From 55495d4c1bfef0e18d430ddfb31a3cc375181964 Mon Sep 17 00:00:00 2001 From: Anna Milan Date: Wed, 24 May 2023 11:50:38 +0200 Subject: [PATCH 01/18] refactor paths in table 1-01-01.csv --- .DS_Store | Bin 6148 -> 8196 bytes .github/.DS_Store | Bin 6148 -> 6148 bytes tables_en/1-01-01.csv | 1350 ++++++++++++++++++++--------------------- 3 files changed, 675 insertions(+), 675 deletions(-) diff --git a/.DS_Store b/.DS_Store index 1ebd56b22012b3d3b98097d61c50b52226d57981..0b8975b8b9aec3b22aabdf43b0355df06430648f 100644 GIT binary patch delta 517 zcmZoMXmOBWU|?W$DortDU;r^WfEYvza8FDWo2aMAD7P_SH}hr%jz7$tj6iW9;NadY z$RWnES&io*^TYxcM!Cs6ERu2dn_dFtSQzve(it)tN^Dz+46j@6-)1=*E2LJnVC&c%P!5y+7cLilC&x91a~ z!eW!F*?F0H7#M&`#CXbri}G^v^U^{7ncU4T72A6O93JHixeO@`Mabc0;LZ$k8YH~n z@(4Sy$s>ms!=?qBRd`-8b4hRmt#AcJCNRdnGf(Ch@to|>!@&WJNKia8Y>wxd!wdku C1&+J` delta 500 zcmZp1XfcprU|?W$DortDU=RQ@Ie-{Mvv5sJ6q~50$SAupU^g?P>|`DR$vC6OJ|HOu zJ%)6KOoo!&d>5Cboctt^w*F-?MP21b98u*{@X8lt7zQWj=N16Q*<}-fo&s_tgb;o~5*C|WEzHZzae!g+T4AYd%V@Co%NcSRQW%PmgD1-Y9)|S?K%vCI2qqagxHl$>vusx9dB7~l3=tCG2GXveh})R>oq009j3+1> R8JHkZ3W{Zh&G9^Qm;uu?e<}a~ diff --git a/.github/.DS_Store b/.github/.DS_Store index d8aeda5c60c1f67e0d060c9630b45b29df3f5b4f..28e979483d0f1d0a25f77a07cb8ad7fcfb9036ac 100644 GIT binary patch delta 102 zcmZoMXffDe#l$37F}Z+AX>uGB7aPmU-|N;qot(#{hhQoR6l53%C+FuDFo1yq!(=~Z lvB|HP_!)nLSpv*FY+mV?|L^`b*@szTvK5@W*@tuGB7uzHLdo`Wqlk=GL5KJY3f(*mprXyyu53|H%D>!$v5AzNY04Ty8uK)l5 diff --git a/tables_en/1-01-01.csv b/tables_en/1-01-01.csv index 7968ed93..3dfb87cf 100644 --- a/tables_en/1-01-01.csv +++ b/tables_en/1-01-01.csv @@ -1,676 +1,676 @@ notation,path,domains,tags,name,description -39,\Atmosphere\Atmospheric density,,,Atmospheric density,Density of the atmosphere. -44,\Atmosphere\Integrated air samples,,,Integrated air samples, -56,\Atmosphere\Special phenomena,,,Special phenomena, -57,\Atmosphere\State of ground,,,State of ground, -179,\Atmosphere\Clouds\Cloud amount,,,Cloud amount,"Fraction of the sky covered by clouds of a particular type or combination. It can refer to a genus, species, variety, layer, or a certain combination of clouds. Also, see 'cloud cover'." -180,\Atmosphere\Clouds\Cloud cover,,,Cloud cover,"The amount of sky estimated to be covered by a specified cloud type (partial cloud amount), or by all cloud types (total cloud amount). In either case, the estimate is made to the nearest okta (eighth) and is reported on a scale which is essentially one of the nearest eighth, except that figures 0 and 8 on the scale signify a completely clear and cloudy sky, respectively, with consequent adjustment to the adjacent 1 and 7 okta intervals." -181,\Atmosphere\Clouds\Cloud drop effective radius,,,Cloud drop effective radius,"The area weighted mean radius of liquid water drops, assimilated to spheres of the same volume." -182,\Atmosphere\Clouds\Cloud hydrometeor concentration,,,Cloud hydrometeor concentration, -183,\Atmosphere\Clouds\Effective radius of cloud hydrometeors,,,Effective radius of cloud hydrometeors, -186,\Atmosphere\Clouds\Melting layer depth in clouds,,,Melting layer depth in clouds,Depth of the atmospheric layer in cloud where liquid-solid states transform into each other. -188,\Atmosphere\Clouds\PSC occurrence,,,PSC occurrence,Polar Stratospheric Clouds occurrence. - Accuracy expressed as Hit Rate [HR] and False Alarm Rate [FAR]. Simplified: [FAR/HR] -192,\Atmosphere\Gas\Greenhouse Gas\CH4 (methane),,,CH4 (methane),"IUPAC: methane, PubChem CID: 297, CAS Number: 74-82-8, in gas phase" -193,"\Atmosphere\Gas\Greenhouse Gas\CH4 (methane, C-13)",,,"CH4 (methane, C-13)","IUPAC: methane C-13, PubChem CID: 105026, CAS Number: 14762-74-4, in gas phase" -194,\Atmosphere\Gas\Greenhouse Gas\CO2 (carbon dioxide),,,CO2 (carbon dioxide),"IUPAC: carbon dioxide, PubChem CID: 280, CAS Number: 124-38-9, in gas phase" -195,"\Atmosphere\Gas\Greenhouse Gas\CO2 (carbon dioxide, C-13)",,,"CO2 (carbon dioxide, C-13)","IUPAC: n/a, PubChem CID: 10129882, CAS Number: 1111-72-4, in gas phase" -196,\Atmosphere\Gas\Greenhouse Gas\CO2 [O-18],,,CO2 [O-18],CO2 with O-18 isotope -201,\Atmosphere\Gas\Greenhouse Gas\N2O (nitrous oxide),,,N2O (nitrous oxide),"IUPAC: nitrous oxide, PubChem CID: 948, CAS Number: 10024-97-2, in gas phase" -203,\Atmosphere\Gas\Greenhouse Gas\SF6 (sulfur hexafluoride),,,SF6 (sulfur hexafluoride),"IUPAC: hexafluoro-λ6-sulfane, PubChem CID: 17358, CAS Number: 2551-62-4, in gas phase" -204,\Atmosphere\Gas\Greenhouse Gas\SO2F2 (sulfuryl fluoride),,,SO2F2 (sulfuryl fluoride),"IUPAC: sulfuryl difluoride, PubChem CID: 17607, CAS Number: 2699-79-8, in gas phase" -205,\Atmosphere\Gas\Other Gas\H2 (hydrogen molecule),,,H2 (hydrogen molecule),"IUPAC: molecular hydrogen, PubChem CID: 783, CAS Number: 1333-74-0, in gas phase" -206,\Atmosphere\Gas\Other Gas\H2O (as a chemical species),,,H2O (as a chemical species),"IUPAC: oxidane, PubChem CID: 962, CAS Number: 7732-18-5, in gas phase" -207,\Atmosphere\Gas\Other Gas\HDO (as a chemical species),,,HDO (as a chemical species),"IUPAC: n/a, PubChem CID: 139859, CAS Number: 14940-63-7, in gas phase" -210,\Atmosphere\Precipitation\Amount of precipitation,,,Amount of precipitation, -211,\Atmosphere\Precipitation\Duration of precipitation,,,Duration of precipitation, -212,\Atmosphere\Precipitation\Intensity of precipitation,,,Intensity of precipitation, -213,\Atmosphere\Precipitation\Occurrence of precipitation during last period (yes-no),,,Occurrence of precipitation during last period (yes/no), -214,\Atmosphere\Precipitation\Rate of ice accretion,,,Rate of ice accretion, -215,\Atmosphere\Precipitation\Type of precipitation,,,Type of precipitation, -216,\Atmosphere\Pressure\Atmospheric pressure,,,Atmospheric pressure, -217,\Atmosphere\Pressure\Characteristic of pressure tendency,,,Characteristic of pressure tendency,"The pressure characteristic is an indication of how the pressure has changed during that period of time, for example, decreasing then increasing, or increasing and then increasing more rapidly." -218,\Atmosphere\Pressure\Pressure tendency,,,Pressure tendency,"Pressure tendency is the character and amount of atmospheric pressure change for a three-hour or other specified period ending at the time of observation. Pressure tendency is composed of two parts, namely the characteristic of pressure tendency and amount of pressure tendency." -219,\Atmosphere\Radionuclide\Beryllium [Be-7],,,Beryllium [Be-7],"IUPAC: beryllium-7, PubChem CID: 6335489, CAS Number: 13966-02-4" -220,\Atmosphere\Radionuclide\CO2 [C-14],,,CO2 [C-14],CO2 with C-14 isotope -221,\Atmosphere\Radionuclide\Krypton [Kr-85],,,Krypton [Kr-85],"IUPAC: krypton-85, PubChem CID: 104816, CAS Number: 13983-27-2" -222,\Atmosphere\Radionuclide\Lead [Pb-210],,,Lead [Pb-210],"IUPAC: lead-210, PubChem CID: 6328175, CAS Number: 14255-04-0" -223,\Atmosphere\Radionuclide\Radon [Rn-222],,,Radon [Rn-222],"IUPAC: radon-222, PubChem CID: 61773, CAS Number: 14859-67-7" -224,\Atmosphere\Temperature\Air temperature (at specified distance from reference surface),,,Air temperature (at specified distance from reference surface), -225,\Atmosphere\Temperature\Dew-point temperature (at specified distance from reference surface),,,Dew-point temperature (at specified distance from reference surface), -226,"\Atmosphere\Temperature\Extreme temperature (min, max) (at specified distance from reference surface)",,,"Extreme temperature (min, max) (at specified distance from reference surface)", -229,\Atmosphere\Visibility\Runway visual range,,,Runway visual range, -230,\Atmosphere\Visibility\Visibility,,,Visibility, -248,"\Atmosphere\Dynamics\Transport calculations (e.g., trajectories)",,,"Transport calculations (e.g., trajectories)", -249,\Atmosphere\Dynamics\Turbulence,,,Turbulence,Kinetic energy density of turbulent motion of the air -250,\Atmosphere\Dynamics\Turbulence type (low levels and wake vortex),,,Turbulence type (low levels and wake vortex), -252,\Atmosphere\Humidity\Integrated water vapour,,,Integrated water vapour, -253,\Atmosphere\Humidity\Mass mixing ratio,,,Mass mixing ratio, -254,\Atmosphere\Humidity\Object wetness duration,,,Object wetness duration, -255,\Atmosphere\Humidity\Water vapour pressure,,,Water vapour pressure, -257,\Atmosphere\Lightning\Lightning discharge energy,,,Lightning discharge energy, -258,\Atmosphere\Lightning\Lightning discharge polarity,,,Lightning discharge polarity, -259,\Atmosphere\Lightning\Lightning discharge rates,,,Lightning discharge rates, -260,"\Atmosphere\Lightning\Lightning discharge type (cloud to cloud, cloud to surface)",,,"Lightning discharge type (cloud to cloud, cloud to surface)", -265,atmosphere,,,Past weather,"Predominant characteristic of weather which had existed at the station during a given period of time. [Manual on Codes (WMO-No. 306), Volume I.1. 2011 edition updated in 2019.]" -266,atmosphere,,,Present weather,"Weather existing at the time of observation, or under certain conditions, during the hour preceding the time of observation. [Manual on Codes (WMO-No. 306), Volume I.1. 2011 edition updated in 2019.]" -267,\Atmosphere\Radiation\Background luminance,,,Background luminance, -270,\Atmosphere\Radiation\Sunshine duration,,,Sunshine duration, -271,\Atmosphere\Radiation\Surface albedo,,,Surface albedo, -273,\Atmosphere\Radiation\UV\UV-B radiation,,,UV-B radiation, -274,\Atmosphere\Gas\Reactive Gas\BrO (bromine monoxide),,,BrO (bromine monoxide),"IUPAC: n/a, PubChem CID: 5460627, CAS Number: 15656-19-6, in gas phase" -275,\Atmosphere\Gas\Reactive Gas\C2Cl4 (tetrachloroethene),,,C2Cl4 (tetrachloroethene),"IUPAC: 1,1,2,2-tetrachloroethene, PubChem CID: 31373, CAS Number: 127-18-4, in gas phase" -276,\Atmosphere\Gas\Reactive Gas\C2HCl3 (trichloroethene),,,C2HCl3 (trichloroethene),"IUPAC: 1,1,2-trichloroethene, PubChem CID: 6575, CAS Number: 79-01-6, in gas phase" -277,\Atmosphere\Gas\Reactive Gas\CH2Br2 (dibromomethane),,,CH2Br2 (dibromomethane),"IUPAC: dibromomethane, PubChem CID: 3024, CAS Number: 74-95-3, in gas phase" -278,\Atmosphere\Gas\Reactive Gas\CH2Cl2 (dichloromethane),,,CH2Cl2 (dichloromethane),"IUPAC: dichloromethane, PubChem CID: 6344, CAS Number: 75-09-2, in gas phase" -279,\Atmosphere\Gas\Reactive Gas\CH3Br (bromomethane),,,CH3Br (bromomethane),"IUPAC: bromomethane, PubChem CID: 6323, CAS Number: 74-83-9, in gas phase" -280,\Atmosphere\Gas\Reactive Gas\CH3Cl (chloromethane),,,CH3Cl (chloromethane),"IUPAC: chloromethane, PubChem CID: 6327, CAS Number: 74-87-3, in gas phase" -281,\Atmosphere\Gas\Reactive Gas\CH3I (iodomethane),,,CH3I (iodomethane),"IUPAC: iodomethane, PubChem CID: 6328, CAS Number: 74-88-4, in gas phase" -282,\Atmosphere\Gas\Reactive Gas\CHBr3 (bromoform),,,CHBr3 (bromoform),"IUPAC: bromoform, PubChem CID: 5558, CAS Number: 75-25-2, in gas phase" -283,"\Atmosphere\Gas\Reactive Gas\CHCl3 (trichloromethane, chloroform)",,,"CHCl3 (trichloromethane, chloroform)","IUPAC: chloroform, PubChem CID: 6212, CAS Number: 67-66-3, in gas phase" -284,\Atmosphere\Gas\Reactive Gas\CO,,,CO,"IUPAC: carbon monoxide, PubChem CID: 281, CAS Number: 630-08-0, in gas phase" -285,"\Atmosphere\Gas\Reactive Gas\COF2 (difluoromethanal, carbonyl fluoride)",,,"COF2 (difluoromethanal, carbonyl fluoride)","IUPAC: carbonyl difluoride, PubChem CID: 9623, CAS Number: 353-50-4, in gas phase" -286,\Atmosphere\Gas\Reactive Gas\ClO (chlorine monoxide),,,ClO (chlorine monoxide),"IUPAC: n/a, PubChem CID: 166686, CAS Number: 14989-30-1, in gas phase" -287,\Atmosphere\Gas\Reactive Gas\H2O2 (hydrogen peroxide),,,H2O2 (hydrogen peroxide),"IUPAC: hydrogen peroxide, PubChem CID: 784, CAS Number: 7722-84-1, in gas phase" -288,\Atmosphere\Gas\Reactive Gas\HCl (hydrochloric acid),,,HCl (hydrochloric acid),"IUPAC: chlorane, PubChem CID: 313, CAS Number: 7647-01-0, in gas phase" -289,\Atmosphere\Gas\Reactive Gas\HF (hydrofluoric acid),,,HF (hydrofluoric acid),"IUPAC: fluorane, PubChem CID: 14917, CAS Number: 7664-39-3, in gas phase" -291,\Atmosphere\Gas\Reactive Gas\ROOH,,,ROOH, -294,\Atmosphere\Total Atmospheric Deposition\Acidity-Alkalinity,,,Acidity-Alkalinity, -295,\Atmosphere\Total Atmospheric Deposition\Electric conductivity,,,Electric conductivity, -296,\Atmosphere\Total Atmospheric Deposition\Hydrogen ion (H+) or pH,,,Hydrogen ion (H+) or pH, -302,\Atmosphere\Total Atmospheric Deposition\Sulfur (S),,,S (sulfur),"IUPAC: sulfur, PubChem CID: n/a, CAS Number: 7704-34-9, in total deposition" -304,\Atmosphere\Wind\Direction of cloud movement,,,Direction of cloud movement, -305,\Atmosphere\Wind\Gust Speed,,,Gust Speed, -307,"\Atmosphere\Wind\Wind (Z component, vertical)",,,"Wind (Z component, vertical)",Z component of wind vector (horizontal and vertical profile) -310,"\Atmosphere\Wind\Upper wind (X, Y components, horizontal)",,,"Upper wind (X, Y components, horizontal)",Horizontal component of wind as a vector in an orthogonal coordinate system. -314,"particle phase, optical properties",,,Aerosol Absorption Optical Depth,Vertical column integral of spectral aerosol absorption coefficient: AAOD = exp(-K.Δz) where K is the absorption coefficient [km-1] and Δz the vertical path [km] -315,"particle phase, optical properties",,,Aerosol Extinction Coefficient,Spectral volumetric extinction cross-section of aerosol particles. -316,"particle phase, optical properties",,,"Particle light absorption coefficient, PM1",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: PM1 -317,"particle phase, optical properties",,,"Particle light absorption coefficient, PM10",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: PM10 -318,"particle phase, optical properties",,,"Particle light absorption coefficient, TSP",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: TSP -322,"particle phase, optical properties",,,"Particle light scattering coefficient, PM1",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: PM1 -323,"particle phase, optical properties",,,"Particle light scattering coefficient, PM10",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: PM10 -324,"particle phase, optical properties",,,"Particle light scattering coefficient, TSP",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: TSP -325,"particle phase, optical properties",,,"Aerosol optical depth, TSP","The AOD is the effective depth of the aerosol over a specified distance, from the viewpoint of radiation propagation: Vertical integral of spectral aerosol extinction coefficient AOD = exp(-K. Δz) where K is the extinction coefficient [km-1 ] and Δz the vertical path [km]." -327,\Atmosphere\Clouds\Ice\Cloud ice,,,Cloud ice,Atmospheric water in the solid phase (precipitating or not). -329,\Atmosphere\Clouds\Ice\Cloud ice effective radius,,,Cloud ice effective radius,"The area weighted mean radius of ice particles, assimilated to spheres of the same volume." -330,\Atmosphere\Clouds\Ice\Freezing level height in clouds,,,Freezing level height in clouds,Height of the atmospheric layer in cloud where liquid-solid states transform into each other -331,\Atmosphere\Clouds\Ice\Icing potential,,,Icing potential,"3D field of super-cooled liquid water, enabling the formation of ice coating on an object." -332,\Atmosphere\Gas\Greenhouse Gas\Halon\CBrClF2 (Halon 1211),,,CBrClF2 (Halon 1211),"IUPAC: bromo-chloro-difluoromethane, PubChem CID: 9625, CAS Number: 353-59-3, in gas phase" -333,"\Atmosphere\Gas\Greenhouse Gas\Halon\CBrF3 (bromotrifluoromethane, Halon 1301)",,,"CBrF3 (bromotrifluoromethane, Halon 1301)","IUPAC: bromo(trifluoro)methane, PubChem CID: 6384, CAS Number: 75-63-8, in gas phase" -334,"\Atmosphere\POPs\PAH\C13H10 (9H-fluorene, fluorene), in air",,,"C13H10 (9H-fluorene, fluorene), in air","IUPAC: 9H-fluorene, PubChem CID: 6853, CAS Number: 86-73-7, in gas phase" -335,"\Atmosphere\POPs\PAH\C14H10 (anthracene), PM10",,,"C14H10 (anthracene), PM10","IUPAC: anthracene, PubChem CID: 8418, CAS Number: 120-12-7, in particle phase, PM10" -336,"\Atmosphere\POPs\PAH\C14H10 (anthracene), in aerosol",,,"C14H10 (anthracene), in aerosol","IUPAC: anthracene, PubChem CID: 8418, CAS Number: 120-12-7, in particle phase" -337,"\Atmosphere\POPs\PAH\C14H10 (anthracene), in air and aerosol",,,"C14H10 (anthracene), in air and aerosol","IUPAC: anthracene, PubChem CID: 8418, CAS Number: 120-12-7, in aerosol" -338,"\Atmosphere\POPs\PAH\C14H10 (anthracene), in air",,,"C14H10 (anthracene), in air","IUPAC: anthracene, PubChem CID: 8418, CAS Number: 120-12-7, in gas phase" -339,"\Atmosphere\POPs\PAH\C14H10 (phenanthrene), PM10",,,"C14H10 (phenanthrene), PM10","IUPAC: phenanthrene, PubChem CID: 995, CAS Number: 85-01-8, in particle phase, PM10" -340,"\Atmosphere\POPs\PAH\C14H10 (phenanthrene), in aerosol",,,"C14H10 (phenanthrene), in aerosol","IUPAC: phenanthrene, PubChem CID: 995, CAS Number: 85-01-8, in particle phase" -341,"\Atmosphere\POPs\PAH\C14H10 (phenanthrene), in air",,,"C14H10 (phenanthrene), in air","IUPAC: phenanthrene, PubChem CID: 995, CAS Number: 85-01-8, in gas phase" -342,"\Atmosphere\POPs\PAH\C14H10 (phenanthrene), in air and aerosol",,,"C14H10 (phenanthrene), in air and aerosol","IUPAC: phenanthrene, PubChem CID: 995, CAS Number: 85-01-8, in aerosol" -343,"\Atmosphere\POPs\PAH\C14H10 (phenanthrene), in wet deposition",,,"C14H10 (phenanthrene), in wet deposition","IUPAC: phenanthrene, PubChem CID: 995, CAS Number: 85-01-8, in wet deposition" -344,"\Atmosphere\POPs\PAH\C14H10 (phenanthrene), in total precipitation",,,"C14H10 (phenanthrene), in total precipitation","IUPAC: phenanthrene, PubChem CID: 995, CAS Number: 85-01-8, in total precipitation" -345,"\Atmosphere\POPs\PAH\C16H10 (pyrene), in air and aerosol",,,"C16H10 (pyrene), in air and aerosol","IUPAC: pyrene, PubChem CID: 31423, CAS Number: 129-00-0, in aerosol" -346,"\Atmosphere\POPs\PAH\C18H12 (Benz(a)anthracene), PM10",,,"C18H12 (Benz(a)anthracene), PM10","IUPAC: benzo[a]anthracene, PubChem CID: 5954, CAS Number: 56-55-3, in particle phase, PM10" -347,"\Atmosphere\POPs\PAH\C18H12 (Benz(a)anthracene), in aerosol",,,"C18H12 (Benz(a)anthracene), in aerosol","IUPAC: benzo[a]anthracene, PubChem CID: 5954, CAS Number: 56-55-3, in particle phase" -348,"\Atmosphere\POPs\PAH\C18H12 (Benz(a)anthracene), in air",,,"C18H12 (Benz(a)anthracene), in air","IUPAC: benzo[a]anthracene, PubChem CID: 5954, CAS Number: 56-55-3, in gas phase" -349,"\Atmosphere\POPs\PAH\C18H12 (Benz(a)anthracene), in air and aerosol",,,"C18H12 (Benz(a)anthracene), in air and aerosol","IUPAC: benzo[a]anthracene, PubChem CID: 5954, CAS Number: 56-55-3, in aerosol" -350,"\Atmosphere\POPs\PAH\C18H12 (Benz(a)anthracene), in precipitation",,,"C18H12 (Benz(a)anthracene), in precipitation","IUPAC: benzo[a]anthracene, PubChem CID: 5954, CAS Number: 56-55-3, in precipitation" -351,"\Atmosphere\POPs\PAH\C18H12 (Benz(a)anthracene), in total precipitation",,,"C18H12 (Benz(a)anthracene), in total precipitation","IUPAC: benzo[a]anthracene, PubChem CID: 5954, CAS Number: 56-55-3, in total precipitation" -356,\Atmosphere\Radiation\UV\UV Broadband,,,UV Broadband, -357,\Atmosphere\Radiation\UV\UV Erythemally weighted,,,UV Erythemally weighted, -358,\Atmosphere\Radiation\UV\UV Multiband,,,UV Multiband, -359,\Atmosphere\Radiation\UV\UV Spectral,,,UV Spectral, -361,\Atmosphere\Aerosol\Physical properties - primary\Aerosol column burden (mass density),,,Aerosol column burden (mass density),2D field of the column burden of condensed particles in the atmosphere -362,"particle phase, physical properties",,,Particle effective radius,The area weighted mean radius of the aerosol particles. -364,"particle phase, physical properties",,,"Particle mass concentration, PM10","Mass of particles per unit volume of air, size range: PM10" -365,"particle phase, physical properties",,,"Particle mass concentration, PM1","Mass of particles per unit volume of air, size range: PM1" -366,"particle phase, physical properties",,,"Particle mass concentration, PM2.5","Mass of particles per unit volume of air, size range: PM2.5" -367,"particle phase, physical properties",,,Particle mass concentration (size fractionated),"Mass of particles per unit volume of air, size fractionated" -368,"particle phase, physical properties",,,"Particle mass concentration, TSP","Mass of particles per unit volume of air, size range: TSP" -369,"particle phase, physical properties",,,Particle number concentration,Amount of particles per unit volume of air -370,"particle phase, physical properties",,,"Particle number size distribution, PM10","Particle number concentration as a function of size, typically equivalent spherical radius or diameter. Size range: TSP" -371,"particle phase, physical properties",,,"Particle number size distribution, TSP","Particle number concentration as a function of size, typically equivalent spherical radius or diameter. Size range: PM10" -373,\Atmosphere\Clouds\Liquid water\Cloud liquid water (CLW),,,Cloud liquid water (CLW),Atmospheric water in the liquid phase (precipitating or not). -375,"\Atmosphere\POPs\POP\C12H8Cl6 (aldrin), in aerosol",,,"C12H8Cl6 (aldrin), in aerosol","IUPAC: (1R,4S,4aS,5S,8R,8aR)-1,2,3,4,10,10-Hexachloro-1,4,4a,5,8,8a-hexahydro-1,4:5,8-dimethanonaphthalene, PubChem CID: 2087, CAS Number: 309-00-2, in particle phase" -376,"\Atmosphere\POPs\POP\C12H8Cl6 (aldrin), in air",,,"C12H8Cl6 (aldrin), in air","IUPAC: (1R,4S,4aS,5S,8R,8aR)-1,2,3,4,10,10-Hexachloro-1,4,4a,5,8,8a-hexahydro-1,4:5,8-dimethanonaphthalene, PubChem CID: 2087, CAS Number: 309-00-2, in gas phase" -377,"\Atmosphere\POPs\POP\C12H8Cl6 (aldrin), in air and aerosol",,,"C12H8Cl6 (aldrin), in air and aerosol","IUPAC: (1R,4S,4aS,5S,8R,8aR)-1,2,3,4,10,10-Hexachloro-1,4,4a,5,8,8a-hexahydro-1,4:5,8-dimethanonaphthalene, PubChem CID: 2087, CAS Number: 309-00-2, in aerosol" -378,"\Atmosphere\POPs\POP\C12H8Cl6 (aldrin), in total precipitation",,,"C12H8Cl6 (aldrin), in total precipitation","IUPAC: (1R,4S,4aS,5S,8R,8aR)-1,2,3,4,10,10-Hexachloro-1,4,4a,5,8,8a-hexahydro-1,4:5,8-dimethanonaphthalene, PubChem CID: 2087, CAS Number: 309-00-2, in total precipitation" -379,"\Atmosphere\POPs\POP\C12H8Cl6 (aldrin), in wet precipitation",,,"C12H8Cl6 (aldrin), in wet precipitation","IUPAC: (1R,4S,4aS,5S,8R,8aR)-1,2,3,4,10,10-Hexachloro-1,4,4a,5,8,8a-hexahydro-1,4:5,8-dimethanonaphthalene, PubChem CID: 2087, CAS Number: 309-00-2, in wet precipitation" -380,"\Atmosphere\POPs\POP\C6Cl6 (hexachlorobenzene, HCB), in air",,,"C6Cl6 (hexachlorobenzene, HCB), in air","IUPAC: 1,2,3,4,5,6-hexachlorobenzene, PubChem CID: 8370, CAS Number: 118-74-1, in gas phase" -381,"\Atmosphere\POPs\POP\C6H6Cl6 (1,2,3,4,5,6-hexachlorocyclohexane, alpha-lindane, alpha-HCH), in aerosol",,,"C6H6Cl6 (1,2,3,4,5,6-hexachlorocyclohexane, alpha-lindane, alpha-HCH), in aerosol","IUPAC: 1,2,3,4,5,6-hexachlorocyclohexane, PubChem CID: 727, CAS Number: 319-84-6, in particle phase" -382,"\Atmosphere\POPs\POP\C6H6Cl6 (1,2,3,4,5,6-hexachlorocyclohexane, alpha-lindane, alpha-HCH), in air",,,"C6H6Cl6 (1,2,3,4,5,6-hexachlorocyclohexane, alpha-lindane, alpha-HCH), in air","IUPAC: 1,2,3,4,5,6-hexachlorocyclohexane, PubChem CID: 727, CAS Number: 319-84-6, in gas phase" -383,"\Atmosphere\POPs\POP\C6H6Cl6 (1,2,3,4,5,6-hexachlorocyclohexane, alpha-lindane, alpha-HCH), in wet precipitation",,,"C6H6Cl6 (1,2,3,4,5,6-hexachlorocyclohexane, alpha-lindane, alpha-HCH), in wet precipitation","IUPAC: 1,2,3,4,5,6-hexachlorocyclohexane, PubChem CID: 727, CAS Number: 319-84-6, in wet deposition" -384,"\Atmosphere\POPs\POP\C6H6Cl6 (1,2,3,4,5,6-hexachlorocyclohexane, gamma-lindane, gamma-HCH), in air",,,"C6H6Cl6 (1,2,3,4,5,6-hexachlorocyclohexane, gamma-lindane, gamma-HCH), in air","IUPAC: 1,2,3,4,5,6-hexachlorocyclohexane, PubChem CID: 727, CAS Number: 319-84-6, in gas phase" -385,"\Atmosphere\POPs\POP\C6H6Cl6 (1,2,3,4,5,6-hexachlorocyclohexane, gamma-lindane, gamma-HCH), in wet precipitation",,,"C6H6Cl6 (1,2,3,4,5,6-hexachlorocyclohexane, gamma-lindane, gamma-HCH), in wet precipitation","IUPAC: 1,2,3,4,5,6-hexachlorocyclohexane, PubChem CID: 727, CAS Number: 319-84-6, in wet deposition" -390,\Atmosphere\Gas\Reactive Gas\Nitrogen containing compounds\Ammonia (NH3),,,NH3 (Ammonia),"IUPAC: azane, PubChem CID: 222, CAS Number: 7664-41-7, in gas phase" -391,"\Atmosphere\Gas\Reactive Gas\Nitrogen containing compounds\C2H3O5N (peroxyacetylnitrate, PAN)",,,"C2H3O5N (peroxyacetylnitrate, PAN)","IUPAC: nitro ethaneperoxoate, PubChem CID: 16782, CAS Number: 2278-22-0, in gas phase" -392,\Atmosphere\Gas\Reactive Gas\Nitrogen containing compounds\ClONO2 (chlorine nitrate),,,ClONO2 (chlorine nitrate),"IUPAC: chloro nitrate, PubChem CID: 114934, CAS Number: 14545-72-3, in gas phase" -393,"\Atmosphere\Gas\Reactive Gas\Nitrogen containing compounds\HCN (formonitrile, hydrogen cyanide)",,,"HCN (formonitrile, hydrogen cyanide)","IUPAC: formonitrile, PubChem CID: 768, CAS Number: 74-90-8, in gas phase" -394,\Atmosphere\Gas\Reactive Gas\Nitrogen containing compounds\HNO3 (nitric acid),,,HNO3 (nitric acid),"IUPAC: nitric acid, PubChem CID: 944, CAS Number: 7697-37-2, in gas phase" -395,\Atmosphere\Gas\Reactive Gas\Nitrogen containing compounds\NO (nitrogen monoxide),,,NO (nitrogen monoxide),"IUPAC: nitric oxide, PubChem CID: 145068, CAS Number: 10102-43-9, in gas phase" -396,\Atmosphere\Gas\Reactive Gas\Nitrogen containing compounds\NO2 (nitrogen dioxide),,,NO2 (nitrogen dioxide),"IUPAC: n/a, PubChem CID: 3032552, CAS Number: 10102-44-0, in gas phase" -397,\Atmosphere\Gas\Reactive Gas\Nitrogen containing compounds\NOx,,,NOx, -398,\Atmosphere\Gas\Reactive Gas\Nitrogen containing compounds\NOy,,,NOy, -411,"particle phase, physical properties",,,CCN concentration at single supersaturation, -412,"particle phase, physical properties",,,CCN concentration spectra, -413,"particle phase, physical properties",,,"Hygroscopic growth factor, 110 μm equivalent", -414,"particle phase, physical properties",,,"Hygroscopic growth factor, 165 μm equivalent", -415,"particle phase, physical properties",,,"Hygroscopic growth factor, 35 μm equivalent", -416,"particle phase, physical properties",,,"Hygroscopic growth factor, 50 μm equivalent", -417,"particle phase, physical properties",,,"Hygroscopic growth factor, 75 μm equivalent", -418,"particle phase, physical properties",,,"Hygroscopic growth factor, total aerosol", -419,"\Atmosphere\Gas\Greenhouse Gas\PFCs\C2F6 (hexafluoroethane, PFC-116)",,,"C2F6 (hexafluoroethane, PFC-116)","IUPAC: 1,1,1,2,2,2-hexafluoroethane, PubChem CID: 6431, CAS Number: 76-16-4, in gas phase" -420,"\Atmosphere\Gas\Greenhouse Gas\PFCs\C3F8 (octafluoropropane, PFC-218)",,,"C3F8 (octafluoropropane, PFC-218)","IUPAC: 1,1,1,2,2,3,3,3-octafluoropropane, PubChem CID: 6432, CAS Number: 76-19-7, in gas phase" -421,"\Atmosphere\Gas\Greenhouse Gas\PFCs\CF4 (tetrafluoromethane, carbon tetrafluoride, perfluoromethane, PFC-14)",,,"CF4 (tetrafluoromethane, carbon tetrafluoride, perfluoromethane, PFC-14)","IUPAC: tetrafluoromethane, PubChem CID: 6393, CAS Number: 75-73-0, in gas phase" -428,"\Atmosphere\Gas\Reactive Gas\Sulfur containing compounds\COS (OCS, carbon oxide sulfide, carbonyl sulfide)",,,"COS (OCS, carbon oxide sulfide, carbonyl sulfide)","IUPAC: carbonyl sulfide, PubChem CID: 10039, CAS Number: 463-58-1, in gas phase" -429,\Atmosphere\Gas\Reactive Gas\Sulfur containing compounds\CS2 (Carbon disulfide),,,CS2 (Carbon disulfide),"IUPAC: methanedithione, PubChem CID: 6348, CAS Number: 75-15-0, in gas phase" -430,\Atmosphere\Gas\Reactive Gas\Sulfur containing compounds\SO2,,,SO2,"IUPAC: sulfur dioxide, PubChem CID: 1119, CAS Number: 7446 09-5, in gas phase" -431,\Atmosphere\Lightning\Position\Lightning detection (time and location),,,Lightning detection (time and location),"Detection of the time and location (latitude, longitude) of lightning events. Accuracy expressed in terms of Hit Rate and False Alarm Rate, which requires predetermination of a specific distance and time tolerance." -432,\Atmosphere\Lightning\Position\Lightning direction from station,,,Lightning direction from station, -433,\Atmosphere\Lightning\Position\Lightning distance from station,,,Lightning distance from station, -434,"\Atmosphere\Gas\Reactive Gas\VOC\C2H2 (ethyne, acetylene)",,,"C2H2 (ethyne, acetylene)","IUPAC: acetylene, PubChem CID: 6326, CAS Number: 74-86-2, in gas phase" -435,"\Atmosphere\Gas\Reactive Gas\VOC\C2H2O2 (oxaldehyde, ethanedial)",,,"C2H2O2 (oxaldehyde, ethanedial)","IUPAC: oxaldehyde, PubChem CID: 7860, CAS Number: 107-22-2, in gas phase" -436,\Atmosphere\Gas\Reactive Gas\VOC\C2H4 (ethene),,,C2H4 (ethene),"IUPAC: ethene, PubChem CID: 6325, CAS Number: 74-85-1, in gas phase" -437,\Atmosphere\Gas\Reactive Gas\VOC\C2H6 (ethane),,,C2H6 (ethane),"IUPAC: ethane, PubChem CID: 6324, CAS Number: 74-84-0, in gas phase" -438,"\Atmosphere\Gas\Reactive Gas\VOC\C2H6S (dimethylsulfide, DMS)",,,"C2H6S (dimethylsulfide, DMS)","IUPAC: methylsulfanylmethane, PubChem CID: 1068, CAS Number: 75-18-3, in gas phase" -439,\Atmosphere\Gas\Reactive Gas\VOC\C3H4 (propyne),,,C3H4 (propyne),"IUPAC: prop-1-yne, PubChem CID: 6335, CAS Number: 74-99-7, in gas phase" -440,"\Atmosphere\Gas\Reactive Gas\VOC\C3H4O (prop-2-enal, acrolein)",,,"C3H4O (prop-2-enal, acrolein)","IUPAC: prop-2-enal, PubChem CID: 7847, CAS Number: 107-02-8, in gas phase" -441,"\Atmosphere\Gas\Reactive Gas\VOC\C3H4O2 (2-oxopropanal, methylglyoxal)",,,"C3H4O2 (2-oxopropanal, methylglyoxal)","IUPAC: 2-oxopropanal, PubChem CID: 880, CAS Number: 78-98-8, in gas phase" -442,\Atmosphere\Gas\Reactive Gas\VOC\C3H6 (propene),,,C3H6 (propene),"IUPAC: prop-1-ene, PubChem CID: 8252, CAS Number: 115-07-1, in gas phase" -443,"\Atmosphere\Gas\Reactive Gas\VOC\C3H6O (acetone, propanone)",,,"C3H6O (acetone, propanone)","IUPAC: propan-2-one, PubChem CID: 180, CAS Number: 67-64-1, in gas phase" -444,\Atmosphere\Gas\Reactive Gas\VOC\C3H6O (propanal),,,C3H6O (propanal),"IUPAC: propanal, PubChem CID: 527, CAS Number: 123-38-6, in gas phase" -445,\Atmosphere\Gas\Reactive Gas\VOC\C3H8 (propane),,,C3H8 (propane),"IUPAC: propane, PubChem CID: 6334, CAS Number: 74-98-6, in gas phase" -446,"\Atmosphere\Gas\Reactive Gas\VOC\C4H6 (1,3-butadiene, butadiene)",,,"C4H6 (1,3-butadiene, butadiene)","IUPAC: buta-1,3-diene, PubChem CID: 7845, CAS Number: 106-99-0, in gas phase" -447,"\Atmosphere\Gas\Reactive Gas\VOC\C4H6O (2-methylprop-2-enal, methacrolein)",,,"C4H6O (2-methylprop-2-enal, methacrolein)","IUPAC: 2-methylprop-2-enal, PubChem CID: 6562, CAS Number: 78-85-3, in gas phase" -448,"\Atmosphere\Gas\Reactive Gas\VOC\C4H6O (but-3-en-2-one, methylvinylketone)",,,"C4H6O (but-3-en-2-one, methylvinylketone)","IUPAC: but-3-en-2-one, PubChem CID: 6570, CAS Number: 78-94-4, in gas phase" -449,\Atmosphere\Gas\Reactive Gas\VOC\C4H8 (1-butene),,,C4H8 (1-butene),"IUPAC: but-1-ene, PubChem CID: 7844, CAS Number: 106-98-9, in gas phase" -450,\Atmosphere\Gas\Reactive Gas\VOC\C4H8 (sum of butenes),,,C4H8 (sum of butenes), -451,"\Atmosphere\Gas\Reactive Gas\VOC\C4H8O (butan-2-one, methylethylketone)",,,"C4H8O (butan-2-one, methylethylketone)","IUPAC: butan-2-one, PubChem CID: 6569, CAS Number: 78-93-3, in gas phase" -452,\Atmosphere\Gas\Reactive Gas\VOC\C4H8O (butanal isomers),,,C4H8O (butanal isomers), -453,\Atmosphere\Gas\Reactive Gas\VOC\C5H10 (1-pentene),,,C5H10 (1-pentene),"IUPAC: pent-1-ene, PubChem CID: 8004, CAS Number: 109-67-1, in gas phase" -454,\Atmosphere\Gas\Reactive Gas\VOC\C5H10 (2-methyl-1-butene),,,C5H10 (2-methyl-1-butene),"IUPAC: 2-methylbut-1-ene, PubChem CID: 11240, CAS Number: 563-46-2, in gas phase" -455,\Atmosphere\Gas\Reactive Gas\VOC\C5H10 (2-methyl-2-butene),,,C5H10 (2-methyl-2-butene),"IUPAC: 2-methylbut-2-ene, PubChem CID: 10553, CAS Number: 513-35-9, in gas phase" -456,\Atmosphere\Gas\Reactive Gas\VOC\C5H10 (3-methyl-1-butene),,,C5H10 (3-methyl-1-butene),"IUPAC: 3-methylbut-1-ene, PubChem CID: 11239, CAS Number: 563-45-1, in gas phase" -457,\Atmosphere\Gas\Reactive Gas\VOC\C5H10 (cyclopentane),,,C5H10 (cyclopentane),"IUPAC: cyclopentane, PubChem CID: 9253, CAS Number: 287-92-3, in gas phase" -458,\Atmosphere\Gas\Reactive Gas\VOC\C5H10 (sum of 1-pentene and 2-methyl-2-butene),,,C5H10 (sum of 1-pentene and 2-methyl-2-butene), -459,\Atmosphere\Gas\Reactive Gas\VOC\C5H10 (sum of pentenes),,,C5H10 (sum of pentenes), -460,"\Atmosphere\Gas\Reactive Gas\VOC\C5H10O (pentanal, valeraldehyde)",,,"C5H10O (pentanal, valeraldehyde)","IUPAC: pentanal, PubChem CID: 8063, CAS Number: 110-62-3, in gas phase" -461,"\Atmosphere\Gas\Reactive Gas\VOC\C5H12 & C4H8 (sum of 2,2-dimethylpropane & c-2-butene)",,,"C5H12 & C4H8 (sum of 2,2-dimethylpropane & c-2-butene)", -462,"\Atmosphere\Gas\Reactive Gas\VOC\C5H12 (2,2-dimethylpropane)",,,"C5H12 (2,2-dimethylpropane)","IUPAC: 2,2-dimethylpropane, PubChem CID: 10041, CAS Number: 463-82-1, in gas phase" -463,"\Atmosphere\Gas\Reactive Gas\VOC\C5H14 (2,3-dimethylbutane)",,,"C5H14 (2,3-dimethylbutane)","IUPAC: 2,3-dimethylbutane, PubChem CID: 6589, CAS Number: 79-29-8, in gas phase" -464,"\Atmosphere\Gas\Reactive Gas\VOC\C5H8 (2-methyl-1,3-butadiene, isoprene)",,,"C5H8 (2-methyl-1,3-butadiene, isoprene)","IUPAC: 2-methylbuta-1,3-diene, PubChem CID: 6557, CAS Number: 78-79-5, in gas phase" -465,\Atmosphere\Gas\Reactive Gas\VOC\C5H8 (cyclopentene),,,C5H8 (cyclopentene),"IUPAC: cyclopentene, PubChem CID: 8882, CAS Number: 142-29-0, in gas phase" -466,"\Atmosphere\Gas\Reactive Gas\VOC\C5Hn, n=10 (sum of 3-methyl-1-butene and cyclopentene)",,,"C5Hn, n=10 (sum of 3-methyl-1-butene and cyclopentene)","Sum of 3-methyl-1-butene and cyclopentane, in gas phase" -467,"\Atmosphere\Gas\Reactive Gas\VOC\C5Hn (n={12, 10}; sum of n-pentane and cyclopentane)",,,"C5Hn, n={12, 10} (sum of n-pentane and cyclopentane)","Sum of n-pentane and cyclopentane, in gas phase" -468,\Atmosphere\Gas\Reactive Gas\VOC\C6H12 (cyclohexane),,,C6H12 (cyclohexane),"IUPAC: cyclohexane, PubChem CID: 8078, CAS Number: 110-82-7, in gas phase" -469,\Atmosphere\Gas\Reactive Gas\VOC\C6H12 (methylcyclopentane),,,C6H12 (methylcyclopentane),"IUPAC: methylcyclopentane, PubChem CID: 7296, CAS Number: 96-37-7, in gas phase" -470,\Atmosphere\Gas\Reactive Gas\VOC\C6H12O (hexanal isomers),,,C6H12O (hexanal isomers), -471,"\Atmosphere\Gas\Reactive Gas\VOC\C6H14 (2,2-dimethylbutane)",,,"C6H14 (2,2-dimethylbutane)", -472,\Atmosphere\Gas\Reactive Gas\VOC\C6H14 (2-methylpentane),,,C6H14 (2-methylpentane),"IUPAC: 2-methylpentane, PubChem CID: 7892, CAS Number: 107-83-5, in gas phase" -473,\Atmosphere\Gas\Reactive Gas\VOC\C6H14 (3-methylpentane),,,C6H14 (3-methylpentane),"IUPAC: 3-methylpentane, PubChem CID: 7282, CAS Number: 96-14-0, in gas phase" -474,\Atmosphere\Gas\Reactive Gas\VOC\C6H14 (n-hexane),,,C6H14 (n-hexane),"IUPAC: hexane, PubChem CID: 8058, CAS Number: 110-54-3, in gas phase" -475,\Atmosphere\Gas\Reactive Gas\VOC\C6H14 (sum of methylpentanes),,,C6H14 (sum of methylpentanes), -476,\Atmosphere\Gas\Reactive Gas\VOC\C6H6 (benzene),,,C6H6 (benzene),"IUPAC: benzene, PubChem CID: 241, CAS Number: 71-43-2, in gas phase" -477,"\Atmosphere\Gas\Reactive Gas\VOC\C6Hn (n={14, 12}; sum of 3-methylpentane and cyclohexane)",,,"C6Hn, n={14, 12} (sum of 3-methylpentane and cyclohexane)","sum of 3-methylpentane and cyclohexane, in gas phase" -478,"\Atmosphere\Gas\Reactive Gas\VOC\C6Hn (n={14, 12}; sum of 2,2-dimethylbutane and methylcyclopentane",,,"C6Hn, n={14, 12} (sum of 2,2-dimethylbutane and methylcyclopentane)","sum of 2,2-dimethylbutane and methylcyclopentane, in gas phase" -479,"\Atmosphere\Gas\Reactive Gas\VOC\C6Hn (n={14, 12}; sum of 2,3-dimethylbutane and methylcyclopentane",,,"C6Hn, n={14, 12} (sum of 2,3-dimethylbutane and methylcyclopentane)","sum of 2,3-dimethylbutane and methylcyclopentane, in gas phase" -480,\Atmosphere\Gas\Reactive Gas\VOC\C7H16 (sum of methylhexanes),,,C7H16 (sum of methylhexanes), -481,\Atmosphere\Gas\Reactive Gas\VOC\C7H6O (benzene carbaldehyde),,,C7H6O (benzene carbaldehyde), -482,\Atmosphere\Gas\Reactive Gas\VOC\C7H8 (toluene),,,C7H8 (toluene),"IUPAC: toluene, PubChem CID: 1140, CAS Number: 108-88-3, in gas phase" -483,\Atmosphere\Gas\Reactive Gas\VOC\C8H10 (ethylbenzene),,,C8H10 (ethylbenzene),"IUPAC: ethylbenzene, PubChem CID: 7500, CAS Number: 100-41-4, in gas phase" -484,\Atmosphere\Gas\Reactive Gas\VOC\C8H10 (m-xylene),,,C8H10 (m-xylene),"IUPAC: 1,3-xylene, PubChem CID: 7929, CAS Number: 108-38-3, in gas phase" -485,\Atmosphere\Gas\Reactive Gas\VOC\C8H10 (o-xylene),,,C8H10 (o-xylene),"IUPAC: 1,2-xylene, PubChem CID: 7237, CAS Number: 95-47-6, in gas phase" -486,"\Atmosphere\Gas\Reactive Gas\VOC\C8H10 (Sum of p-xylene and m-xylene, 1,3- and 1,4-dimethylbenzene)",,,"C8H10 (Sum of p-xylene and m-xylene, 1,3- and 1,4-dimethylbenzene)", -487,"\Atmosphere\Gas\Reactive Gas\VOC\C9H12 (1,2,4-trimethylbenzene)",,,"C9H12 (1,2,4-trimethylbenzene)","IUPAC: 1,2,4-trimethylbenzene, PubChem CID: 7247, CAS Number: 95-36-3, in gas phase" -488,"\Atmosphere\Gas\Reactive Gas\VOC\C9H12 (1,3,5-trimethylbenzene)",,,"C9H12 (1,3,5-trimethylbenzene)","IUPAC: 1,3,5-trimethylbenzene, PubChem CID: 7947, CAS Number: 108-67-8, in gas phase" -489,"\Atmosphere\Gas\Reactive Gas\VOC\CH2O (methanal, formaldehyde)",,,"CH2O (methanal, formaldehyde)","IUPAC: formaldehyde, PubChem CID: 712, CAS Number: 50-00-0, in gas phase" -490,\Atmosphere\Gas\Reactive Gas\VOC\CH3CH2OH (ethanol),,,CH3CH2OH (ethanol),"IUPAC: ethanol, PubChem CID: 702, CAS Number: 64-17-5, in gas phase" -491,"\Atmosphere\Gas\Reactive Gas\VOC\CH3CHO (acetaldehyde, ethanal)",,,"CH3CHO (acetaldehyde, ethanal)","IUPAC: acetaldehyde, PubChem CID: 177, CAS Number: 75-07-0, in gas phase" -492,\Atmosphere\Gas\Reactive Gas\VOC\CH3CN (acetonitrile),,,CH3CN (acetonitrile),"IUPAC: acetonitrile, PubChem CID: 6342, CAS Number: 75-05-8, in gas phase" -493,\Atmosphere\Gas\Reactive Gas\VOC\CH3OH (methanol),,,CH3OH (methanol),"IUPAC: methanol, PubChem CID: 887, CAS Number: 67-56-1, in gas phase" -494,\Atmosphere\Gas\Reactive Gas\VOC\NMHC,,,NMHC, -495,\Atmosphere\Gas\Reactive Gas\VOC\c-C4H8 (cis-2-butene),,,c-C4H8 (cis-2-butene),"IUPAC: (Z)-but-2-ene, PubChem CID: 5287573, CAS Number: 590-18-1, in gas phase" -496,\Atmosphere\Gas\Reactive Gas\VOC\c-C5H10 (cis-2-pentene),,,c-C5H10 (cis-2-pentene),"IUPAC: (Z)-pent-2-ene, PubChem CID: 5326160, CAS Number: 627-20-3, in gas phase" -497,"\Atmosphere\Gas\Reactive Gas\VOC\i-C4H10 (2-methylpropane, iso-butane)",,,"i-C4H10 (2-methylpropane, iso-butane)","IUPAC: 2-methylpropane, PubChem CID: 6360, CAS Number: 75-28-5, in gas phase" -498,"\Atmosphere\Gas\Reactive Gas\VOC\i-C4H8 (2-methylpropene, iso-butene)",,,"i-C4H8 (2-methylpropene, iso-butene)","IUPAC: 2-methylprop-1-ene, PubChem CID: 8255, CAS Number: 115-11-7, in gas phase" -499,"\Atmosphere\Gas\Reactive Gas\VOC\i-C5H12 (2-methylbutane, iso-pentane)",,,"i-C5H12 (2-methylbutane, iso-pentane)","IUPAC: 2-methylbutane, PubChem CID: 6556, CAS Number: 78-78-4, in gas phase" -500,"\Atmosphere\Gas\Reactive Gas\VOC\i-C7H16 (2-methylhexane, isoheptane)",,,"i-C7H16 (2-methylhexane, isoheptane)","IUPAC: 2-methylhexane, PubChem CID: 11582, CAS Number: 591-76-4, in gas phase" -501,\Atmosphere\Gas\Reactive Gas\VOC\n-C4H10 (n-butane),,,n-C4H10 (n-butane),"IUPAC: butane, PubChem CID: 7843, CAS Number: 106-97-8, in gas phase" -502,\Atmosphere\Gas\Reactive Gas\VOC\n-C5H12 (n-pentane),,,n-C5H12 (n-pentane),"IUPAC: pentane, PubChem CID: 8003, CAS Number: 109-66-0, in gas phase" -503,\Atmosphere\Gas\Reactive Gas\VOC\n-C7H16 (n-heptane),,,n-C7H16 (n-heptane),"IUPAC: heptane, PubChem CID: 8900, CAS Number: 142-82-5, in gas phase" -504,\Atmosphere\Gas\Reactive Gas\VOC\t-C4H8 (trans-2-butene),,,t-C4H8 (trans-2-butene),"IUPAC: (E)-but-2-ene, PubChem CID: 62695, CAS Number: 107-01-7, in gas phase" -505,\Atmosphere\Gas\Reactive Gas\VOC\t-C5H10 (trans-2-pentene),,,t-C5H10 (trans-2-pentene),"IUPAC: (E)-pent-2-ene, PubChem CID: 5326161, CAS Number: 109-68-2, in gas phase" -506,\Atmosphere\Clouds\Optical properties\Cloud optical depth,,,Cloud optical depth,"Effective depth (thickness) of a cloud from the viewpoint of radiation propagation. Specifically, OD = exp(-K.Δz), where K is the extinction coefficient [km-1] and Δz the vertical path [km] between the base and the top of the cloud. The WMO Cloud Atlas (https://cloudatlas.wmo.int/en/optical-thickness.html) defines cloud optical thickness as 'The optical thickness of a cloud is the degree to which the cloud prevents light from passing through it.'" -507,\Atmosphere\Clouds\Optical properties\Optical depth of fog,,,Optical depth of fog, -508,\Atmosphere\Clouds\Optical properties\Optical depth within each cloud layer,,,Optical depth within each cloud layer, -509,\Atmosphere\Clouds\Optical properties\Short-wave cloud reflectance,,,Short-wave cloud reflectance,Reflectance of the solar radiation from clouds -521,\Atmosphere\Visibility\Obscurations\Extinction coefficient,,,Extinction coefficient, -522,\Atmosphere\Visibility\Obscurations\Hydrometeor radius,,,Hydrometeor radius, -523,\Atmosphere\Visibility\Obscurations\Hydrometeor type,,,Hydrometeor type, -524,\Atmosphere\Visibility\Obscurations\Lithometeor type,,,Lithometeor type, -525,\Atmosphere\Visibility\Obscurations\Meteorological Optical Range,,,Meteorological Optical Range, -526,\Atmosphere\Visibility\Obscurations\Obscuration type,,,Obscuration type, -529,\Atmosphere\Total Atmospheric Deposition\Inorganic acid\Strong acids,,,Strong acids, -531,\Atmosphere\Clouds\Position\Cloud base height,,,Cloud base height,"For surface observations, height of the cloud base above ground level; for aircraft observations, altitude of the cloud base above mean sea level." -532,\Atmosphere\Clouds\Position\Cloud Top Height,,,Cloud top height,Height of the top of the cloud (highest cloud in case of multi-layer clouds) above mean sea level. -533,\Atmosphere\Clouds\Position\Height of inversion,,,Height of inversion, -534,"\Atmosphere\Gas\Greenhouse Gas\HCFCs\C2H3Cl2F (1,1-dichloro-1-fluoroethane, HCFC-141b)",,,"C2H3Cl2F (1,1-dichloro-1-fluoroethane, HCFC-141b)","IUPAC: 1,1-dichloro-1-fluoroethane, PubChem CID: 15586, CAS Number: 1717-00-6, in gas phase" -535,"\Atmosphere\Gas\Greenhouse Gas\HCFCs\C2H3ClF2 (1-chloro-1,1-difluoroethane, HCFC-142b)",,,"C2H3ClF2 (1-chloro-1,1-difluoroethane, HCFC-142b)","IUPAC: 1-chloro-1,1-difluoroethane, PubChem CID: 6388, CAS Number: 75-68-3, in gas phase" -536,"\Atmosphere\Gas\Greenhouse Gas\HFCs\C2H3F3 (1,1,1-trifluoroethane, HFC-143a)",,,"C2H3F3 (1,1,1-trifluoroethane, HFC-143a)","IUPAC: 1,1,1-trifluoroethane, PubChem CID: 9868, CAS Number: 420-46-2, in gas phase" -537,"\Atmosphere\Gas\Greenhouse Gas\HCFCs\CHClF2 (chlorodifluoromethane, HCFC-22)",,,"CHClF2 (chlorodifluoromethane, HCFC-22)","IUPAC: chloro(difluoro)methane, PubChem CID: 6372, CAS Number: 75-45-6, in gas phase" -538,\Atmosphere\Total Atmospheric Deposition\Inorganic anions\Bromide (Br-),,,Br- (bromide),"IUPAC: bromide, PubChem CID: 259, CAS Number: 24959-67-9, in total deposition" -539,\Atmosphere\Total Atmospheric Deposition\Inorganic anions\Chloride (Cl-),,,Cl- (chloride),"IUPAC: chloride, PubChem CID: 312, CAS Number: 16887-00-6, in total deposition" -540,\Atmosphere\Total Atmospheric Deposition\Inorganic anions\Fluoride (F-),,,F- (fluoride),"IUPAC: fluoride, PubChem CID: 28179, CAS Number: 16984-48-8, in total deposition" -541,\Atmosphere\Total Atmospheric Deposition\Inorganic anions\Iodide (I-),,,I- (iodide),"IUPAC: iodide, PubChem CID: 30165, CAS Number: 20461-54-5, in total deposition" -542,\Atmosphere\Total Atmospheric Deposition\Inorganic anions\Phosphate (PO4---),,,PO4--- (phosphate),"IUPAC: phosphate, PubChem CID: 1061, CAS Number: 14265-44-2, in total deposition" -543,"\Atmosphere\Total Atmospheric Deposition\Inorganic anions\Sulfate (SO4=), corrected",,,"SO4= (sulfate), corrected","IUPAC: sulfate, PubChem CID: 1117, CAS Number: 14808-79-8, in total deposition" -544,"\Atmosphere\Total Atmospheric Deposition\Inorganic anions\Sulfate (SO4=), total",,,SO4= (sulfate),"IUPAC: sulfate, PubChem CID: 1117, CAS Number: 14808-79-8, in total deposition" -545,\Atmosphere\Total Atmospheric Deposition\Inorganic cations\Calcium (Ca++),,,Ca++ (calcium),"IUPAC: calcium(2+), PubChem CID: 271, CAS Number: 14127-61-8, in total deposition" -546,\Atmosphere\Total Atmospheric Deposition\Inorganic cations\Magnesium (Mg++),,,Mg++ (magnesium),"IUPAC: magnesium(2+), PubChem CID: 888, CAS Number: 22537-22-0, in total deposition" -547,\Atmosphere\Total Atmospheric Deposition\Inorganic cations\Potassium (K+),,,K+ (potassium),"IUPAC: potassium(1+), PubChem CID: 813, CAS Number: 24203-36-9, in total deposition" -548,\Atmosphere\Total Atmospheric Deposition\Inorganic cations\Sodium (Na+),,,Na+ (sodium),"IUPAC: sodium(1+), PubChem CID: 923, CAS Number: 17341-25-2, in total deposition" -550,\Atmosphere\Clouds\Type\Type of cloud,,,Type of cloud,"Result of cloud type classification - Accuracy expressed as inverse of number of classes, so that smaller figures correspond to better performance." -551,\Atmosphere\Clouds\Type\Type of high clouds,,,Type of high clouds,"Type of clouds of genera Cirrus, Cirrocumulus, or Cirrostratus. These occur between 3-8 km (polar regions), 5-13 km (temperate regions) and 6-18 km (tropics) above ground [ref: WMO, International Cloud Atlas, 2017 ed.]" -552,\Atmosphere\Clouds\Type\Type of low clouds,,,Type of low clouds,"Type of clouds of genera Stratus, Stratocumulus, Cumulus, or Cumulonimbus. These occur between 0-2 km above ground [ref: WMO, International Cloud Atlas, 2017 ed.]" -553,\Atmosphere\Clouds\Type\Type of middle clouds,,,Type of middle clouds,"Type of clouds of genera Altocumulus, Altostratus, or Nimbostratus. These occur between 2-4 km (polar regions), 2-7 km (temperate regions) and 2-8 km (tropics) above ground [ref: WMO, International Cloud Atlas, 2017 ed.]" -554,"\Atmosphere\Gas\Greenhouse Gas\HFCs\C2H2F4 (1,1,1,2-tetrafluoroethane, HFC-134a)",,,"C2H2F4 (1,1,1,2-tetrafluoroethane, HFC-134a)","IUPAC: 1,1,1,2-tetrafluoroethane, PubChem CID: 13129, CAS Number: 811-97-2, in gas phase" -555,"\Atmosphere\Gas\Greenhouse Gas\HFCs\C2H4F2 (1,1-difluoroethane, HFC-152a)",,,"C2H4F2 (1,1-difluoroethane, HFC-152a)","IUPAC: 1,1-difluoroethane, PubChem CID: 6368, CAS Number: 75-37-6, in gas phase" -556,"\Atmosphere\Gas\Greenhouse Gas\HFCs\C2HF5 (pentafluoroethane, HFC-125)",,,"C2HF5 (pentafluoroethane, HFC-125)","IUPAC: 1,1,1,2,2-pentafluoroethane, PubChem CID: 9633, CAS Number: 354-33-6, in gas phase" -557,"gas phase, greenhouse gas, HFC",,,"C3H2F6 (1,1,1,2,3,3-hexafluoropropane, HFC-236ea)","IUPAC: 1,1,1,2,3,3-hexafluoropropane, PubChem CID: 79009, CAS Number: 431-63-0, in gas phase" -558,"\Atmosphere\Gas\Greenhouse Gas\HFCs\C3H3F5 (1,1,1,3,3-Pentafluoropropane, HFC-245fa)",,,"C3H3F5 (1,1,1,3,3-Pentafluoropropane, HFC-245fa)","IUPAC: 1,1,1,3,3-pentafluoropropane, PubChem CID: 68030, CAS Number: 460-73-1, in gas phase" -559,"\Atmosphere\Gas\Greenhouse Gas\HFCs\C3HF7 (1,1,1,2,3,3,3-Heptafluoropropane, HFC-227ea)",,,"C3HF7 (1,1,1,2,3,3,3-Heptafluoropropane, HFC-227ea)","IUPAC: 1,1,1,2,3,3,3-heptafluoropropane, PubChem CID: 67940, CAS Number: 431-89-0, in gas phase" -560,"\Atmosphere\Gas\Greenhouse Gas\HFCs\C4H5F5 (1,1,1,3,3-pentafluorobutane, HFC-365mfc)",,,"C4H5F5 (1,1,1,3,3-pentafluorobutane, HFC-365mfc)","IUPAC: 1,1,1,3,3-pentafluorobutane, PubChem CID: 67884, CAS Number: 406-58-6, in gas phase" -561,"\Atmosphere\Gas\Greenhouse Gas\HFCs\CH2F2 (difluoromethane, HFC-32)",,,"CH2F2 (difluoromethane, HFC-32)","IUPAC: difluoromethane, PubChem CID: 6345, CAS Number: 75-10-5, in gas phase" -562,"\Atmosphere\Gas\Greenhouse Gas\HFCs\CHF3 (trifluoromethane, HFC-23)",,,"CHF3 (trifluoromethane, HFC-23)","IUPAC: fluoroform, PubChem CID: 6373, CAS Number: 75-46-7, in gas phase" -565,\Atmosphere\Radiation\IR\Long-wave radiation (direction unspecified),,,Long-wave radiation (direction unspecified), -566,\Atmosphere\Radiation\IR\Long-wave radiation (downwelling),,,Long-wave radiation (downwelling), -567,\Atmosphere\Radiation\IR\Long-wave radiation (upwelling),,,Long-wave radiation (upwelling), -568,\Atmosphere\Total Atmospheric Deposition\Inorganic nitrogen species\Ammonium (NH4+),,,NH4+ (ammonium),"IUPAC: azanium, PubChem CID: 223, CAS Number: 14798-03-9, in total deposition" -569,\Atmosphere\Total Atmospheric Deposition\Inorganic nitrogen species\Nitrate (NO3-),,,NO3- (nitrate),"IUPAC: nitrate, PubChem CID: 943, CAS Number: 14797-55-8, in total deposition" -570,\Atmosphere\Total Atmospheric Deposition\Inorganic nitrogen species\Nitrite (NO2-),,,NO2- (nitrite),"IUPAC: nitrite, PubChem CID: 946, CAS Number: 14797-65-0, in total deposition" -571,\Atmosphere\Radiation\Solar\Diffuse solar radiation,,,Diffuse solar radiation, -572,\Atmosphere\Radiation\Solar\Direct solar radiation,,,Direct solar radiation, -573,\Atmosphere\Radiation\Solar\Global solar radiation (downwelling),,,Global solar radiation (downwelling), -574,\Atmosphere\Radiation\Solar\Global solar radiation (upwelling),,,Global solar radiation (upwelling), -576,\Atmosphere\Total Atmospheric Deposition\Organic acid\Acetate (CH3COO-),,,CH3COO- (acetate),"IUPAC: acetate, PubChem CID: 175, CAS Number: 71-50-1, in total deposition" -577,\Atmosphere\Total Atmospheric Deposition\Organic acid\Formate (HCOO-),,,HCOO- (formate),"IUPAC: formate, PubChem CID: 283, CAS Number: 71-47-6, in total deposition" -578,\Atmosphere\Total Atmospheric Deposition\Organic acid\Propionate (C2H5COO-),,,C2H5COO- (propionate),"IUPAC: propanoate, PubChem CID: 104745, CAS Number: 72-03-7, in total deposition" -579,"\Atmosphere\Aerosol\Composition\Acidity-Alkalinity, total aerosol",,,"Acidity-Alkalinity, TSP", -589,"\Atmosphere\Gas\Greenhouse Gas\CFCs\C2Cl2F4 (1,2-dichlorotetrafluoroethane, CFC-114)",,,"C2Cl2F4 (1,2-dichlorotetrafluoroethane, CFC-114)","IUPAC: 1,2-dichloro-1,1,2,2-tetrafluoroethane, PubChem CID: 6429, CAS Number: 76-14-2" -590,"\Atmosphere\Gas\Greenhouse Gas\CFCs\C2Cl3F3 (1,1,2-trichloro-1,2,2-trifluoroethane, CFC-113)",,,"C2Cl3F3 (1,1,2-trichloro-1,2,2-trifluoroethane, CFC-113)","IUPAC: 1,1,2-trichloro-1,2,2-trifluoroethane, PubChem CID: 6428, CAS Number: 76-13-1, in gas phase" -591,"\Atmosphere\Gas\Greenhouse Gas\CFCs\C2ClF5 (1-chloro-1,1,2,2,2-pentafluoroethane, CFC-115)",,,"C2ClF5 (1-chloro-1,1,2,2,2-pentafluoroethane, CFC-115)","IUPAC: 1-chloro-1,1,2,2,2-pentafluoroethane, PubChem CID: 6430, CAS Number: 76-15-3, in gas phase" -592,"\Atmosphere\Gas\Greenhouse Gas\CFCs\CCl2F2 (dichlorodifluoromethane, CFC-12)",,,"CCl2F2 (dichlorodifluoromethane, CFC-12)","IUPAC: dichloro(difluoro)methane, PubChem CID: 6391, CAS Number: 75-71-8, in gas phase" -593,"\Atmosphere\Gas\Greenhouse Gas\CFCs\CCl3F (trichlorofluoromethane, CFC-11)",,,"CCl3F (trichlorofluoromethane, CFC-11)","IUPAC: trichloro(fluoro)methane, PubChem CID: 6389, CAS Number: 75-69-4, in gas phase" -594,"\Atmosphere\Gas\Greenhouse Gas\Halocarbons\CCl4 (tetrachloromethane, carbon tetrachloride)",,,"CCl4 (tetrachloromethane, carbon tetrachloride)","IUPAC: tetrachloromethane, PubChem CID: 5943, CAS Number: 56-23-5, in gas phase" -595,"\Atmosphere\Gas\Greenhouse Gas\Halocarbons\CH3CCl3 (1,1,1-trichloroethane, methyl chloroform)",,,"CH3CCl3 (1,1,1-trichloroethane, methyl chloroform)","IUPAC: 1,1,1-trichloroethane, PubChem CID: 6278, CAS Number: 71-55-6, in gas phase" -597,\Atmosphere\Total Atmospheric Deposition\Trace elements\Aluminium (Al),,,Al (aluminium),"IUPAC: aluminium, PubChem CID: 5359268, CAS Number: 7429-90-5, in total deposition" -598,\Atmosphere\Total Atmospheric Deposition\Trace elements\Arsenic (As),,,As (arsenic),"IUPAC: arsenic, PubChem CID: 5359596, CAS Number: 7440-38-2, in total deposition" -599,\Atmosphere\Total Atmospheric Deposition\Trace elements\Cadmium (Cd),,,Cd (cadmium),"IUPAC: cadmium, PubChem CID: 23973, CAS Number: 7440-43-9, in total deposition" -600,\Atmosphere\Total Atmospheric Deposition\Trace elements\Chromium (Cr),,,Cr (chromium),"IUPAC: chromium, PubChem CID: 23976, CAS Number: 7440-47-3, in total deposition" -601,\Atmosphere\Total Atmospheric Deposition\Trace elements\Cobalt (Co),,,Co (cobalt),"IUPAC: cobalt, PubChem CID: 104730, CAS Number: 7440-48-4, in total deposition" -602,\Atmosphere\Total Atmospheric Deposition\Trace elements\Copper (Cu),,,Cu (copper),"IUPAC: copper, PubChem CID: 23978, CAS Number: 7440-50-8, in total deposition" -603,\Atmosphere\Total Atmospheric Deposition\Trace elements\Iron (Fe),,,Fe (iron),"IUPAC: iron, PubChem CID: 23925, CAS Number: 7439-89-6, in total deposition" -604,\Atmosphere\Total Atmospheric Deposition\Trace elements\Lead (Pb),,,Pb (lead),"IUPAC: lead, PubChem CID: 5352425, CAS Number: 7439-92-1, in total deposition" -605,\Atmosphere\Total Atmospheric Deposition\Trace elements\Manganese (Mn),,,Mn (manganese),"IUPAC: manganese, PubChem CID: 23930, CAS Number: 7439-96-5, in total deposition" -606,\Atmosphere\Total Atmospheric Deposition\Trace elements\Mercury (Hg),,,Hg (mercury),"IUPAC: mercury, PubChem CID: 23931, CAS Number: 7439-97-6, in total deposition" -607,\Atmosphere\Total Atmospheric Deposition\Trace elements\Nickel (Ni),,,Ni (nickel),"IUPAC: nickel, PubChem CID: 936, CAS Number: 7440-02-1, in total deposition" -608,\Atmosphere\Total Atmospheric Deposition\Trace elements\Vanadium (V),,,V (vanadium),"IUPAC: vanadium, PubChem CID: 23990, CAS Number: 7440-62-2, in total deposition" -609,\Atmosphere\Total Atmospheric Deposition\Trace elements\Zinc (Zn),,,Zn (zinc),"IUPAC: zinc, PubChem CID: 23994, CAS Number: 7440-66-6, in total deposition" -614,"\Atmosphere\Aerosol\Composition\Inorganic anions\Chloride (Cl-), PM1",,,"Cl- (chloride), PM1","IUPAC: chloride, PubChem CID: 312, CAS Number: 16887-00-6, in particle phase, PM1" -615,"\Atmosphere\Aerosol\Composition\Inorganic anions\Chloride (Cl-), PM10",,,"Cl- (chloride), PM10","IUPAC: chloride, PubChem CID: 312, CAS Number: 16887-00-6, in particle phase, PM10" -616,"\Atmosphere\Aerosol\Composition\Inorganic anions\Chloride (Cl-), PM2.5",,,"Cl- (chloride), PM2.5","IUPAC: chloride, PubChem CID: 312, CAS Number: 16887-00-6, in particle phase, PM2.5" -617,"\Atmosphere\Aerosol\Composition\Inorganic anions\Chloride (Cl-), total aerosol",,,"Cl- (chloride), TSP","IUPAC: chloride, PubChem CID: 312, CAS Number: 16887-00-6, in particle phase, TSP" -618,"\Atmosphere\Aerosol\Composition\Inorganic anions\Fluoride (F-), total aerosol",,,"F- (fluoride), TSP","IUPAC: fluoride, PubChem CID: 28179, CAS Number: 16984-48-8, in particle phase, TSP" -619,"\Atmosphere\Aerosol\Composition\Inorganic anions\SO4= (sulfate), corrected",,,"SO4= (sulfate), corrected","IUPAC: sulfate, PubChem CID: 1117, CAS Number: 14808-79-8, in particle phase" -620,"\Atmosphere\Aerosol\Composition\Inorganic anions\Sulfate (SO4=), total",,,"SO4= (sulfate), TSP","IUPAC: sulfate, PubChem CID: 1117, CAS Number: 14808-79-8, in particle phase, TSP" -621,"\Atmosphere\Aerosol\Composition\Inorganic anions\Sulfate (SO4=), total, PM10",,,"SO4= (sulfate), PM10","IUPAC: sulfate, PubChem CID: 1117, CAS Number: 14808-79-8, in particle phase, PM10" -622,"\Atmosphere\Aerosol\Composition\Inorganic anions\Sulfate (SO4=), total, PM2.5",,,"SO4= (sulfate), PM2.5","IUPAC: sulfate, PubChem CID: 1117, CAS Number: 14808-79-8, in particle phase, PM2.5" -623,"\Atmosphere\Aerosol\Composition\Inorganic carbonaceous\Elemental carbon, PM10",,,"Elemental carbon, PM10",Carbonaceous fraction of particulate matter that is thermally stable in an inert atmosphere to high temperatures near 4000 K and can only be gasified by oxidation starting at temperatures above 340 degC. It is assumed to be inert and non-volatile under atmospheric conditions and insoluble in any solvent. Size range: PM10 -624,"\Atmosphere\Aerosol\Composition\Inorganic carbonaceous\Elemental carbon, PM1",,,"Elemental carbon, PM1",Carbonaceous fraction of particulate matter that is thermally stable in an inert atmosphere to high temperatures near 4000 K and can only be gasified by oxidation starting at temperatures above 340 degC. It is assumed to be inert and non-volatile under atmospheric conditions and insoluble in any solvent. Size range: PM1 -625,"\Atmosphere\Aerosol\Composition\Inorganic carbonaceous\Elemental carbon, PM2.5",,,"Elemental carbon, PM2.5",Carbonaceous fraction of particulate matter that is thermally stable in an inert atmosphere to high temperatures near 4000 K and can only be gasified by oxidation starting at temperatures above 340 degC. It is assumed to be inert and non-volatile under atmospheric conditions and insoluble in any solvent. Size range: PM2.5 -626,"\Atmosphere\Aerosol\Composition\Inorganic carbonaceous\Total carbon, PM10",,,"Total carbon, PM10","Sum of elemental and organic carbon. Includes inorganic carbon, which is operationally distributed between elemental and organic carbon. Size range: PM10" -632,"\Atmosphere\Aerosol\Composition\Inorganic cations\Calcium (Ca++), PM10",,,"Ca++ (calcium), PM10","IUPAC: calcium(2+), PubChem CID: 271, CAS Number: 14127-61-8, in particle phase, PM10" -633,"\Atmosphere\Aerosol\Composition\Inorganic cations\Calcium (Ca++), PM2.5",,,"Ca++ (calcium), PM2.5","IUPAC: calcium(2+), PubChem CID: 271, CAS Number: 14127-61-8, in particle phase, PM2.5" -634,"\Atmosphere\Aerosol\Composition\Inorganic cations\Calcium (Ca++), total aerosol",,,"Ca++ (calcium), TSP","IUPAC: calcium(2+), PubChem CID: 271, CAS Number: 14127-61-8, in particle phase, TSP" -635,"\Atmosphere\Aerosol\Composition\Inorganic cations\Magnesium (Mg++), PM10",,,"Mg++ (magnesium), PM10","IUPAC: magnesium(2+), PubChem CID: 888, CAS Number: 22537-22-0, in particle phase, PM10" -636,"\Atmosphere\Aerosol\Composition\Inorganic cations\Magnesium (Mg++), PM2.5",,,"Mg++ (magnesium), PM2.5","IUPAC: magnesium(2+), PubChem CID: 888, CAS Number: 22537-22-0, in particle phase, PM2.5" -637,"\Atmosphere\Aerosol\Composition\Inorganic cations\Magnesium (Mg++), total aerosol",,,"Mg++ (magnesium), TSP","IUPAC: magnesium(2+), PubChem CID: 888, CAS Number: 22537-22-0, in particle phase, TSP" -638,"\Atmosphere\Aerosol\Composition\Inorganic cations\Potassium (K+), PM10",,,"K+ (potassium), PM10","IUPAC: potassium(1+), PubChem CID: 813, CAS Number: 24203-36-9, in particle phase, PM10" -639,"\Atmosphere\Aerosol\Composition\Inorganic cations\Potassium (K+), PM2.5",,,"K+ (potassium), PM2.5","IUPAC: potassium(1+), PubChem CID: 813, CAS Number: 24203-36-9, in particle phase, PM2.5" -640,"\Atmosphere\Aerosol\Composition\Inorganic cations\Potassium (K+), total aerosol",,,"K+ (potassium), TSP","IUPAC: potassium(1+), PubChem CID: 813, CAS Number: 24203-36-9, in particle phase, TSP" -641,"\Atmosphere\Aerosol\Composition\Inorganic cations\Sodium (Na+), PM10",,,"Na+ (sodium), PM10","IUPAC: sodium(1+), PubChem CID: 923, CAS Number: 17341-25-2, in particle phase, PM10" -642,"\Atmosphere\Aerosol\Composition\Inorganic cations\Sodium (Na+), PM2.5",,,"Na+ (sodium), PM2.5","IUPAC: sodium(1+), PubChem CID: 923, CAS Number: 17341-25-2, in particle phase, PM2.5" -643,"\Atmosphere\Aerosol\Composition\Inorganic cations\Sodium (Na+), total aerosol",,,"Na+ (sodium), TSP","IUPAC: sodium(1+), PubChem CID: 923, CAS Number: 17341-25-2, in particle phase, TSP" -644,"\Atmosphere\Aerosol\Composition\Inorganic nitrogen species\Ammonia (NH3), PM2.5",,,"NH3 (ammonia), PM2.5","IUPAC: azane, PubChem CID: 222, CAS Number: 7664-41-7, in particle phase, PM2.5" -645,"\Atmosphere\Aerosol\Composition\Inorganic nitrogen species\Ammonium (NH4+), PM10",,,"NH4+ (ammonium), PM10","IUPAC: azanium, PubChem CID: 223, CAS Number: 14798-03-9, in particle phase, PM10" -646,"\Atmosphere\Aerosol\Composition\Inorganic nitrogen species\Ammonium (NH4+), PM2.5",,,"NH4+ (ammonia), PM2.5","IUPAC: azanium, PubChem CID: 223, CAS Number: 14798-03-9, in particle phase, PM2.5" -647,"\Atmosphere\Aerosol\Composition\Inorganic nitrogen species\Ammonium (NH4+), total aerosol",,,"NH4+ (ammonium), TSP","IUPAC: azanium, PubChem CID: 223, CAS Number: 14798-03-9, in particle phase, TSP" -648,"\Atmosphere\Aerosol\Composition\Inorganic nitrogen species\Ammonium nitrate (NH4NO3), total aerosol",,,"NH4NO4 (ammonium nitrate), TSP","IUPAC: ammonium nitrate, PubChem CID: 22985, CAS Number: 6484-52-2, in particle phase, TSP" -649,"\Atmosphere\Aerosol\Composition\Inorganic nitrogen species\Ammonium nitrate (NH4NO3), PM1",,,"NH4NO3 (ammonium nitrate), PM1","IUPAC: ammonium nitrate, PubChem CID: 22985, CAS Number: 6484-52-2, in particle phase, PM1" -650,"\Atmosphere\Aerosol\Composition\Inorganic nitrogen species\Nitrate (NO3-), PM10",,,"NO3- (nitrate), PM10","IUPAC: nitrate, PubChem CID: 943, CAS Number: 14797-55-8, in particle phase, PM10" -651,"\Atmosphere\Aerosol\Composition\Inorganic nitrogen species\Nitrate (NO3-), PM2.5",,,"NO3- (nitrate), PM2.5","IUPAC: nitrate, PubChem CID: 943, CAS Number: 14797-55-8, in particle phase, PM2.5" -652,"\Atmosphere\Aerosol\Composition\Inorganic nitrogen species\Nitrate (NO3-), total aerosol",,,"NO3- (nitrate), TSP","IUPAC: nitrate, PubChem CID: 943, CAS Number: 14797-55-8, in particle phase, TSP" -653,"\Atmosphere\Aerosol\Composition\Inorganic nitrogen species\Nitrite (NO2-), total aerosol",,,"NO2- (nitrite), TSP","IUPAC: nitrite, PubChem CID: 946, CAS Number: 14797-65-0, in particle phase, TSP" -654,"\Atmosphere\Aerosol\Composition\Inorganic nitrogen species\Sum of ammonia (NH3) and ammonium (NH4+), in air and aerosol",,,Sum of NH3 (ammonia) and NH4+ (ammonium),Sum of NH3 (ammonia) and NH4+ (ammonium) -655,"\Atmosphere\Aerosol\Composition\Inorganic nitrogen species\Sum of nitric acid (HNO3) and nitrate (NO3-), in air and aerosol",,,Sum of HNO3 (nitric acid) and NO3- (nitrate),Sum of HNO3 (nitric acid) and NO3- (nitrate) -656,\Atmosphere\Aerosol\Composition\Major inorganic components\Major chemical components (size fractionated),,,Major chemical components,Major chemical components -657,\Atmosphere\Aerosol\Composition\Major inorganic components\Major inorganic components (TSP),,,"Major inorganic components, TSP","Major inorganic components, TSP" -658,\Atmosphere\Aerosol\Composition\Major inorganic components\Major inorganic components (coarse),,,"Major inorganic components, coarse","Major inorganic components, coarse" -659,\Atmosphere\Aerosol\Composition\Major inorganic components\Major inorganic components (fine),,,"Major inorganic components, fine","Major inorganic components, fine" -660,\Atmosphere\Aerosol\Composition\Major inorganic components\Other chemical components (coarse),,,"Other chemical components, coarse","Other chemical components, coarse" -661,\Atmosphere\Aerosol\Composition\Major inorganic components\Other chemical components (fine),,,"Other chemical components, fine","Other chemical components, fine" -662,"\Atmosphere\Aerosol\Composition\Organic anions\C2H3O2- (CH3COO-, acetate), PM1",,,"C2H3O2- (CH3COO-, acetate), PM1","IUPAC: acetate, PubChem CID: 175, CAS Number: 71-50-0, in particle phase, PM1" -663,"\Atmosphere\Aerosol\Composition\Organic anions\C2H3O2- (CH3COO-, acetate), in aerosol",,,"C2H3O2- (CH3COO-, acetate)","IUPAC: acetate, PubChem CID: 175, CAS Number: 71-50-0, in particle phase" -664,"\Atmosphere\Aerosol\Composition\Organic anions\C2O4= (oxalate, ethanedioate), PM1",,,"C2O4= (oxalate, ethanedioate), PM1","IUPAC: oxalate, PubChem CID: 71081, CAS Number: 338-70-5, in particle phase, PM1" -665,"\Atmosphere\Aerosol\Composition\Organic anions\C2O4= (oxalate, ethanedioate), PM10",,,"C2O4= (oxalate, ethanedioate), PM10","IUPAC: oxalate, PubChem CID: 71081, CAS Number: 338-70-5, in particle phase, PM10" -666,"\Atmosphere\Aerosol\Composition\Organic anions\C2O4= (oxalate, ethanedioate), total aerosol",,,"C2O4= (oxalate, ethanedioate), TSP","IUPAC: oxalate, PubChem CID: 71081, CAS Number: 338-70-5, in particle phase, TSP" -667,"\Atmosphere\Aerosol\Composition\Organic anions\CH3O3S- (methanesulfonate), PM1",,,"CH3O3S- (methanesulfonate), PM1","IUPAC: methanesulfonate, PubChem CID: 85257, CAS Number: 16053-58-0, in particle phase, PM1" -668,"\Atmosphere\Aerosol\Composition\Organic anions\CH3O3S- (methanesulfonate), total aerosol",,,"CH3O3S- (methanesulfonate), TSP","IUPAC: methanesulfonate, PubChem CID: 85257, CAS Number: 16053-58-0, in particle phase, TSP" -669,"\Atmosphere\Aerosol\Composition\Organic anions\CHO2- (HCOO-, formate), in aerosol",,,"CHO2- (HCOO-, formate)","IUPAC: formate, PubChem CID: 283, CAS Number: 71-47-6, in particle phase" -670,"\Atmosphere\Aerosol\Composition\Organic carbonaceous\Carbonaceous-organic material (coarse), PM10",,,"Carbonaceous-organic material, PM10", -671,\Atmosphere\Aerosol\Composition\Organic carbonaceous-Carbonaceous-organic material (fine),,,"Carbonaceous-organic material, fine", -672,"\Atmosphere\Aerosol\Composition\Trace elements\Titanium (Ti), total aerosol",,,"Ti (Titanium), TSP","IUPAC: titanium, PubChem CID: 23963, CAS Number: 7440-32-6, in particle phase, TSP" -673,"\Atmosphere\Aerosol\Composition\Trace elements\Aluminium (Al), PM2.5",,,"Al (Aluminium), PM2.5","IUPAC: aluminium, PubChem CID: 5359268, CAS Number: 7429-90-5, in particle phase, PM2.5" -674,"\Atmosphere\Aerosol\Composition\Trace elements\Aluminium (Al), total aerosol",,,"Al (Aluminium), TSP","IUPAC: aluminium, PubChem CID: 5359268, CAS Number: 7429-90-5, in particle phase, TSP" -675,"\Atmosphere\Aerosol\Composition\Trace elements\Antimony (Sb), PM2.5",,,"Sb (Antimony), PM2.5","IUPAC: antimony, PubChem CID: 5354495, CAS Number: 7440-36-0, in particle phase, PM2.5" -676,"\Atmosphere\Aerosol\Composition\Trace elements\Antimony (Sb), total aerosol",,,"Sb (Antimony), TSP","IUPAC: antimony, PubChem CID: 5354495, CAS Number: 7440-36-0, in particle phase, TSP" -677,"\Atmosphere\Aerosol\Composition\Trace elements\Arsenic (As), PM10",,,"As (Arsenic), PM10","IUPAC: arsenic, PubChem CID: 5359596, CAS Number: 7440-38-2, in particle phase, PM10" -678,"\Atmosphere\Aerosol\Composition\Trace elements\Arsenic (As), total aerosol",,,"As (Arsenic), TSP","IUPAC: arsenic, PubChem CID: 5359596, CAS Number: 7440-38-2, in particle phase, TSP" -679,"\Atmosphere\Aerosol\Composition\Trace elements\Barium (Ba), PM2.5",,,"Ba (Barium), PM2.5","IUPAC: barium, PubChem CID: 5355457, CAS Number: 7440-39-3, in particle phase, PM2.5" -680,"\Atmosphere\Aerosol\Composition\Trace elements\Barium (Ba), total aerosol",,,"Ba (Barium), TSP","IUPAC: barium, PubChem CID: 5355457, CAS Number: 7440-39-3, in particle phase, TSP" -681,"\Atmosphere\Aerosol\Composition\Trace elements\Bismuth (Bi), PM2.5",,,"Bi (Bismuth), PM2.5","IUPAC: bismuth, PubChem CID: 5359367, CAS Number: 7440-69-9, in particle phase, PM2.5" -682,"\Atmosphere\Aerosol\Composition\Trace elements\Bismuth (Bi), total aerosol",,,"Bi (Bismuth), TSP","IUPAC: bismuth, PubChem CID: 5359367, CAS Number: 7440-69-9, in particle phase, TSP" -683,"\Atmosphere\Aerosol\Composition\Trace elements\Cadmium (Cd), PM1",,,"Cd (Cadmium), PM1","IUPAC: cadmium, PubChem CID: 23973, CAS Number: 7440-43-9, in particle phase, PM1" -684,"\Atmosphere\Aerosol\Composition\Trace elements\Cadmium (Cd), PM10",,,"Cd (Cadmium), PM10","IUPAC: cadmium, PubChem CID: 23973, CAS Number: 7440-43-9, in particle phase, PM10" -685,"\Atmosphere\Aerosol\Composition\Trace elements\Cadmium (Cd), PM2.5",,,"Cd (Cadmium), PM2.5","IUPAC: cadmium, PubChem CID: 23973, CAS Number: 7440-43-9, in particle phase, PM2.5" -686,"\Atmosphere\Aerosol\Composition\Trace elements\Cadmium (Cd), PM2.5 thru PM10",,,"Cd (Cadmium), PM2.5 - PM10","IUPAC: cadmium, PubChem CID: 23973, CAS Number: 7440-43-9, in particle phase, PM2.5 - PM10" -687,"\Atmosphere\Aerosol\Composition\Trace elements\Cadmium (Cd), total aerosol",,,"Cd (Cadmium), TSP","IUPAC: cadmium, PubChem CID: 23973, CAS Number: 7440-43-9, in particle phase, TSP" -688,"\Atmosphere\Aerosol\Composition\Trace elements\Cerium (Ce), PM2.5",,,"Ce (Cerium), PM2.5","IUPAC: cerium, PubChem CID: 23974, CAS Number: 7440-45-1, in particle phase, PM2.5" -689,"\Atmosphere\Aerosol\Composition\Trace elements\Cerium (Ce), total aerosol",,,"Ce (Cerium), TSP","IUPAC: cerium, PubChem CID: 23974, CAS Number: 7440-45-1, in particle phase, TSP" -690,"\Atmosphere\Aerosol\Composition\Trace elements\Chromium (Cr), total aerosol",,,"Cr (Chromium), TSP","IUPAC: chromium, PubChem CID: 23976, CAS Number: 7440-47-3, in particle phase, TSP" -691,"\Atmosphere\Aerosol\Composition\Trace elements\Cobalt (Co), total aerosol",,,"Co (Cobalt), TSP","IUPAC: cobalt, PubChem CID: 104730, CAS Number: 7440-48-4, in particle phase, TSP" -692,"\Atmosphere\Aerosol\Composition\Trace elements\Copper (Cu), PM10",,,"Cu (Copper), PM10","IUPAC: copper, PubChem CID: 23978, CAS Number: 7440-50-8, in particle phase, PM10" -693,"\Atmosphere\Aerosol\Composition\Trace elements\Copper (Cu), total aerosol",,,"Cu (Copper), TSP","IUPAC: copper, PubChem CID: 23978, CAS Number: 7440-50-8, in particle phase, TSP" -694,"\Atmosphere\Aerosol\Composition\Trace elements\Iron (Fe), total aerosol",,,"Fe (Iron), TSP","IUPAC: iron, PubChem CID: 23925, CAS Number: 7439-89-6, in particle phase, TSP" -695,"\Atmosphere\Aerosol\Composition\Trace elements\Lanthanum (La), PM2.5",,,"La (Lanthanum), PM2.5","IUPAC: lanthanum, PubChem CID: 23926, CAS Number: 7439-91-0, in particle phase, PM2.5" -696,"\Atmosphere\Aerosol\Composition\Trace elements\Lanthanum (La), total aerosol",,,"La (Lanthanum), TSP","IUPAC: lanthanum, PubChem CID: 23926, CAS Number: 7439-91-0, in particle phase, TSP" -697,"\Atmosphere\Aerosol\Composition\Trace elements\Lead (Pb), PM10",,,"Pb (Lead), PM10","IUPAC: lead, PubChem CID: 5352425, CAS Number: 7439-92-1, in particle phase, PM10" -698,"\Atmosphere\Aerosol\Composition\Trace elements\Lead (Pb), total aerosol",,,"Pb (Lead), TSP","IUPAC: lead, PubChem CID: 5352425, CAS Number: 7439-92-1, in particle phase, TSP" -699,"\Atmosphere\Aerosol\Composition\Trace elements\Lithium (Li), PM2.5",,,"Li (Lithium), PM2.5","IUPAC: lithium, PubChem CID: 3028194, CAS Number: 7439-93-2, in particle phase, PM2.5" -700,"\Atmosphere\Aerosol\Composition\Trace elements\Lithium (Li), total aerosol",,,"Li (Lithium), TSP","IUPAC: lithium, PubChem CID: 3028194, CAS Number: 7439-93-2, in particle phase, TSP" -701,"\Atmosphere\Aerosol\Composition\Trace elements\Manganese (Mn), PM10",,,"Mn (Manganese), PM10","IUPAC: manganese, PubChem CID: 23930, CAS Number: 7439-96-5, in particle phase, PM10" -702,"\Atmosphere\Aerosol\Composition\Trace elements\Manganese (Mn), total aerosol",,,"Mn (Manganese), TSP","IUPAC: manganese, PubChem CID: 23930, CAS Number: 7439-96-5, in particle phase, TSP" -703,"\Atmosphere\Aerosol\Composition\Trace elements\Mercury (Hg), total aerosol",,,"Hg (Mercury), TSP","IUPAC: mercury, PubChem CID: 23931, CAS Number: 7439-97-6, in particle phase, TSP" -704,"\Atmosphere\Aerosol\Composition\Trace elements\Nickel (Ni), PM10",,,"Ni (Nickel), PM10","IUPAC: nickel, PubChem CID: 935, CAS Number: 7440-02-0, in particle phase, PM10" -705,"\Atmosphere\Aerosol\Composition\Trace elements\Nickel (Ni), total aerosol",,,"Ni (Nickel), TSP","IUPAC: nickel, PubChem CID: 935, CAS Number: 7440-02-0, in particle phase, TSP" -706,"\Atmosphere\Aerosol\Composition\Trace elements\Phosphorous (P), PM2.5",,,"P (Phosphorous), PM2.5","IUPAC: phosphorus, PubChem CID: 5462309, CAS Number: 7723-14-0, in particle phase, PM2.5" -707,"\Atmosphere\Aerosol\Composition\Trace elements\Phosphorous (P), total aerosol",,,"P (Phosphorous), TSP","IUPAC: phosphorus, PubChem CID: 5462309, CAS Number: 7723-14-0, in particle phase, TSP" -708,"\Atmosphere\Aerosol\Composition\Trace elements\Rubidium (Rb), PM2.5",,,"Rb (Rubidium), PM2.5","IUPAC: rubidium, PubChem CID: 5357696, CAS Number: 7440-17-7, in particle phase, PM2.5" -709,"\Atmosphere\Aerosol\Composition\Trace elements\Rubidium (Rb), total aerosol",,,"Rb (Rubidium), TSP","IUPAC: rubidium, PubChem CID: 5357696, CAS Number: 7440-17-7, in particle phase, TSP" -710,"\Atmosphere\Aerosol\Composition\Trace elements\Selenium (Se), total aerosol",,,"Se (Selenium), TSP","IUPAC: selenium, PubChem CID: 6326970, CAS Number: 7782-49-2, in particle phase, TSP" -711,"\Atmosphere\Aerosol\Composition\Trace elements\Strontium (Sr), PM2.5",,,"Sr (Strontium), PM2.5","IUPAC: strontium, PubChem CID: 5359327, CAS Number: 7440-24-6, in particle phase, PM2.5" -712,"\Atmosphere\Aerosol\Composition\Trace elements\Strontium (Sr), total aerosol",,,"Sr (Strontium), TSP","IUPAC: strontium, PubChem CID: 5359327, CAS Number: 7440-24-6, in particle phase, TSP" -713,"\Atmosphere\Aerosol\Composition\Trace elements\Thallium (Tl), PM2.5",,,"Tl (Thallium), PM2.5","IUPAC: thallium, PubChem CID: 5359464, CAS Number: 7440-28-0, in particle phase, PM2.5" -714,"\Atmosphere\Aerosol\Composition\Trace elements\Thallium (Tl), total aerosol",,,"Tl (Thallium), TSP","IUPAC: thallium, PubChem CID: 5359464, CAS Number: 7440-28-0, in particle phase, TSP" -715,"\Atmosphere\Aerosol\Composition\Trace elements\Thorium (Th), PM2.5",,,"Th (Thorium), PM2.5","IUPAC: thorium, PubChem CID: 23960, CAS Number: 7440-29-1, in particle phase, PM2.5" -716,"\Atmosphere\Aerosol\Composition\Trace elements\Thorium (Th), total aerosol",,,"Th (Thorium), TSP","IUPAC: thorium, PubChem CID: 23960, CAS Number: 7440-29-1, in particle phase, TSP" -717,"\Atmosphere\Aerosol\Composition\Trace elements\Tin (Sn), PM2.5",,,"Sn (Tin), PM2.5","IUPAC: tin, PubChem CID: 5352426, CAS Number: 7440-31-5, in particle phase, PM2.5" -718,"\Atmosphere\Aerosol\Composition\Trace elements\Tin (Sn), total aerosol",,,"Sn (Tin), TSP","IUPAC: tin, PubChem CID: 5352426, CAS Number: 7440-31-5, in particle phase, TSP" -719,"\Atmosphere\Aerosol\Composition\Trace elements\Uranium (U), PM2.5",,,"U (Uranium), PM2.5","IUPAC: uranium, PubChem CID: 23989, CAS Number: 7440-61-1, in particle phase, PM2.5" -720,"\Atmosphere\Aerosol\Composition\Trace elements\Uranium (U), total aerosol",,,"U (Uranium), TSP","IUPAC: uranium, PubChem CID: 23989, CAS Number: 7440-61-1, in particle phase, TSP" -721,"\Atmosphere\Aerosol\Composition\Trace elements\Vanadium (V), PM2.5",,,"V (Vanadium), PM2.5","IUPAC: vanadium, PubChem CID: 23990, CAS Number: 7440-62-2, in particle phase, PM2.5" -722,"\Atmosphere\Aerosol\Composition\Trace elements\Vanadium (V), total aerosol",,,"V (Vanadium), TSP","IUPAC: vanadium, PubChem CID: 23990, CAS Number: 7440-62-2, in particle phase, TSP" -723,"\Atmosphere\Aerosol\Composition\Trace elements\Zinc (Zn), PM2.5",,,"Zn (Zinc), PM2.5","IUPAC: zinc, PubChem CID: 23994, CAS Number: 7440-66-6, in particle phase, PM2.5" -724,"\Atmosphere\Aerosol\Composition\Trace elements\Zinc (Zn), total aerosol",,,"Zn (Zinc), TSP","IUPAC: zinc, PubChem CID: 23994, CAS Number: 7440-66-6, in particle phase, TSP" -727,"particle phase, physical properties",,,Dust mass concentration,Concentration of dust or sand in the atmosphere -728,"particle phase, physical properties",,,Volcanic ash particle mass concentration,3D field of mass mixing ratio of volcanic ash -729,"particle phase, physical properties",,,Aerosol volcanic ash (Total column),Field of total column mass of volcanic ash -12001,\Atmosphere\Lightning\Total lightning density,,,Total lightning density, -12002,\Atmosphere\Lightning\Lightning density cloud-to-ground,,,Lightning density cloud-to-ground, -12005,\Atmosphere\Wind\Horizontal wind direction at specified distance from reference surface,,,Horizontal wind direction at specified distance from reference surface,Horizontal wind direction at specified distance from reference surface -12006,\Atmosphere\Wind\Horizontal wind speed at specified distance from reference surface,,,Horizontal wind speed at specified distance from reference surface,Horizontal wind speed at specified distance from reference surface -12016,"Atmosphere\Gas\Greenhouse Gas\CFCs\Cl3CCF3 (1,1,1-trichloro-2,2,2-trifluoroethane, CFC-113a)",,,"Cl3CCF3 (1,1,1-trichloro-2,2,2-trifluoroethane, CFC-113a)","IUPAC: 1,1,1-trichloro-2,2,2-trifluoroethane, PubChem CID: 9635, CAS Number: 354-58-5, in gas phase" -12017,"Atmosphere\Gas\Greenhouse Gas\Halon\CBr2F2 (dibromodifluoromethane, Halon 1202)",,,"CBr2F2 (dibromodifluoromethane, Halon 1202)","IUPAC: dibromo(difluoro)methane, PubChem CID: 6382, CAS Number: 75-61-6, in gas phase" -12018,"Atmosphere\Gas\Greenhouse Gas\Halon\C2Br2F4 (1,2-dibromo-1,1,2,2-tetrafluoroethane, Halon 2402)",,,"C2Br2F4 (1,2-dibromo-1,1,2,2-tetrafluoroethane, Halon 2402)","IUPAC: 1,2-dibromo-1,1,2,2-tetrafluoroethane, PubChem CID: 31301, CAS Number: 124-73-2, in gas phase" -12019,"Atmosphere\Gas\Greenhouse Gas\HCFCs\C2H3Cl2F (1,1-dichloro-2-fluoroethane, HCFC-141a)",,,"C2H3Cl2F (1,1-dichloro-2-fluoroethane, HCFC-141a)","IUPAC: 1,1-dichloro-2-fluoroethane, PubChem CID: 67936, CAS Number: 430-53-5, in gas phase" -12021,gas phase,,,O2/N2 ratio,Atmospheric O2/N2 ratio -12022,"bioaerosol, pollen",,,Total pollen,All pollen taxa -12023,"bioaerosol, pollen, pinaceae",,,Total Pinaceae,Pine family pollen -12024,"bioaerosol, pollen, pinaceae",,,Abies,Fir pollen -12025,"bioaerosol, pollen, pinaceae",,,Picea,Spruce pollen -12026,"bioaerosol, pollen, pinaceae",,,Larix,Larch pollen -12027,"bioaerosol, pollen, pinaceae",,,Pinus,Pine pollen -12028,"bioaerosol, pollen, cupressaceae",,,Total Cupressaceae,Cypress family pollen -12029,"bioaerosol, pollen, arecaceae",,,Total Arecaceae,Palm family pollen -12030,"bioaerosol, pollen, platanaceae",,,Platanus,Plane tree pollen -12031,"bioaerosol, pollen, urticaceae",,,Parietaria,Pellitory pollen -12032,"bioaerosol, pollen, urticaceae",,,Urtica,Nettle pollen -12033,"bioaerosol, pollen, fagaceae",,,Castanea,Sweet chestnut pollen -12034,"bioaerosol, pollen, fagaceae",,,Fagus,Beech pollen -12035,"bioaerosol, pollen, fagaceae",,,Quercus,Oak pollen -12036,"bioaerosol, pollen, betulaceae",,,Total Betulaceae,Birch family pollen -12037,"bioaerosol, pollen, betulaceae",,,Alnus,Alder pollen -12038,"bioaerosol, pollen, betulaceae",,,Betula,Birch pollen -12039,"bioaerosol, pollen, betulaceae",,,Carpinus,Hornbeam pollen -12040,"bioaerosol, pollen, betulaceae",,,Corylus,Hazel pollen -12041,"bioaerosol, pollen, amaranthaceae",,,Total Amaranthaceae,Amaranth family pollen -12042,"bioaerosol, pollen, amaranthaceae",,,Chenopodium,Chenopodium (goosefoot) pollen -12043,"bioaerosol, pollen, salicaceae",,,Populus,Poplar pollen -12044,"bioaerosol, pollen, salicaceae",,,Salix,Willow pollen -12045,"bioaerosol, pollen, oleaceae",,,Total Oleaceae,Olive family pollen -12046,"bioaerosol, pollen, oleaceae",,,Olea,Olive pollen -12047,"bioaerosol, pollen, oleaceae",,,Fraxinus,Ash pollen -12048,"bioaerosol, pollen, asteraceae",,,Total Asteraceae,Aster family pollen -12049,"bioaerosol, pollen, asteraceae",,,Ambrosia,Ragweed pollen -12050,"bioaerosol, pollen, asteraceae",,,Artemisia,Mugwort pollen -12051,"bioaerosol, pollen, asteraceae",,,Solidago,Solidago (goldenrod) pollen -12052,"bioaerosol, pollen, poaceae",,,Total Poaceae,Grasses pollen -12053,"bioaerosol, pollen, poaceae",,,Secale,Secale pollen -12054,"bioaerosol, pollen, poaceae",,,Zea mays,Maize pollen -12055,"bioaerosol, pollen, juglandaceae",,,Juglans,Walnut tree pollen -12056,"bioaerosol, pollen, ulmaceae",,,Ulmus,Elm pollen -12057,"bioaerosol, pollen, sapindaceae",,,Acer,Maple pollen -12058,"bioaerosol, pollen, sapindaceae",,,Aesculus,Aesculus pollen -12059,"bioaerosol, pollen, brassicaceae",,,Brassica,Brassica pollen -12060,"bioaerosol, pollen, plantaginaceae",,,Plantago,Plantain pollen -12061,"bioaerosol, pollen, adoxaceae",,,Sambucus,Sambucus (elder) pollen -12062,"bioaerosol, pollen, polygonaceae",,,Rumex,"Rumex (dock, sorrel) pollen" -12063,"bioaerosol, pollen, malvaceae",,,Tilia,Linden pollen -12064,"bioaerosol, pollen, cannabaceae",,,Humulus,Hop pollen -12065,"bioaerosol, pollen, taxaceae",,,Taxus,Yew pollen -12066,"bioaerosol, pollen, elaeagnaceae",,,Hippophae,Sea-buckthorn pollen -12067,"bioaerosol, pollen, aquifoliaceae",,,Ilex,Holly pollen -12068,"bioaerosol, pollen, oleaceae",,,Ligustrum,Privet pollen -12069,"bioaerosol, pollen, juncaceae",,,Total Juncaceae,Rush family pollen -12070,"bioaerosol, pollen, cyperaceae",,,Total Cyperaceae,Sedge family pollen -12071,"bioaerosol, pollen, ericaceae",,,Total Ericaceae,Heather family pollen -12072,"bioaerosol, pollen, rosaceae",,,Total Rosaceae,Rose family pollen -12073,"bioaerosol, pollen, caryophyllaceae",,,Silene,Melandrium pollen -12074,"bioaerosol, pollen, ranunculaceae",,,Total Ranunculaceae,Buttercup family pollen -12075,"bioaerosol, pollen, umbelliferae",,,Total Umbelliferae,"Celery, carrot or parsley family pollen" -12076,"bioaerosol, pollen, brassicaceae",,,Total Brassicaceae,"Cabbage family (mustards, crucifers) pollen" -12077,"bioaerosol, pollen, betulaceae",,,Ostrya,Hophornbeam pollen -12078,"bioaerosol, pollen, pinaceae",,,Cedrus,Cedar family pollen -12079,"bioaerosol, pollen, buxaceae",,,Buxus,Box pollen -12080,"bioaerosol, pollen, ginkgoaceae",,,Ginkgo,Ginkgo pollen -12081,"bioaerosol, pollen, altingiaceae",,,Liquidambar,Sweetgum pollen -12082,"bioaerosol, pollen, euphorbiaceae",,,Mercurialis,Mercuries pollen -12083,"bioaerosol, pollen, moraceae",,,Total Moraceae,Mulberry family pollen -12084,"bioaerosol, fungi, pleosporales",,,Alternaria,Alternaria spores -12085,"bioaerosol, fungi, capnodiales",,,Cladosporium,Cladosporium spores -12086,"gas phase, greenhouse gas, inorganic, N species",,,NF3 (nitrogen trifluoride),"IUPAC: nitrogen trifluoride, PubChem CID: 24553, CAS Number: 7783-54-2, in gas phase" -12087,"gas phase, greenhouse gas, organic, isotopologue",,,"CH3D (monodeuterated methane, methane-d1)","IUPAC: deuteriomethane, PubChem CID: 12669, CAS Number: 676-49-3, in gas phase" -12088,"gas phase, greenhouse gas, CFCs, organic, halocarbon",,,"CClF3 (chlorotrifluoromethane, CFC-13)","IUPAC: chloro(trifluoro)methane, PubChem CID: 6392, CAS Number: 75-72-9, in gas phase" -12089,"gas phase, greenhouse gas, HCFCs, organic, halocarbon",,,"C2HClF4 (1-chloro-1,2,2,2-tetrafluoroethane, HCFC-124)","IUPAC: 2-chloro-1,1,1,2-tetrafluoroethane, PubChem CID: 17822, CAS Number: 2837-89-0, in gas phase" -12090,"gas phase, Greenhouse Gas, HFCs, organic, halocarbon",,,"C5H2F10 (1,1,1,2,2,3,4,5,5,5-decafluoropentane, HFC-43-10-mee)","IUPAC: 1,1,1,2,2,3,4,5,5,5-decafluoropentane, PubChem CID: 86240, CAS Number: 138495-42-8, in gas phase" -12091,"gas phase, greenhouse gas, PFCs, organic, halocarbon",,,"C4F8 (octafluorocyclobutane, PFC-318)","IUPAC: 1,1,2,2,3,3,4,4-octafluorocyclobutane, PubChem CID: 8263, CAS Number: 115-25-3, in gas phase" -12092,"gas phase, organic, alcohol",,,C3H8O (1-propanol),"IUPAC: Propan-1-ol, PubChem CID: 1031, CAS Number: 71-23-8, in gas phase" -12093,"gas phase, organic, alcohol",,,C3H8O (2-propanol),"IUPAC: Propan-2-ol, PubChem CID: 3776, CAS Number: 67-63-0, in gas phase" -12094,"gas phase, organic, OVOC, aromatic",,,C4H4O (furan),"IUPAC: Furan, PubChem CID: 8029, CAS Number: 110-00-9, in gas phase" -12095,"gas phase, organic, OVOC, aromatic",,,C5H6O (2-methylfuran),"IUPAC: 2-Methylfuran, PubChem CID: 10797, CAS Number: 534-22-5, in gas phase" -12096,"gas phase, organic, OVOC, aromatic",,,C5H6O (3-methylfuran),"IUPAC: 3-Methylfuran, PubChem CID: 13587, CAS Number: 930-27-8, in gas phase" -12097,"gas phase, organic, N species, nitrile",,,"C3H3N (2-propenenitrile, acrylonitrile)","IUPAC: Prop-2-enenitrile, PubChem CID: 7855, CAS Number: 107-13-1, in gas phase" -12098,"gas phase, organic, N species, nitrile",,,C3H5N (propanenitrile),"IUPAC: Propanenitrile, PubChem CID: 7854, CAS Number: 107-12-0, in gas phase" -12099,"gas phase, organic, N species, nitrile",,,"C4H5N (2-methyl-2-propenenitrile, methylacrylonitrile)","IUPAC: 2-Methylprop-2-enenitrile, PubChem CID: 31368, CAS Number: 126-98-7, in gas phase" -12100,"gas phase, organic, N species, nitrate",,,CH3NO3 (methyl nitrate),"IUPAC: Methyl nitrate, PubChem CID: 11724, CAS Number: 598-58-3, in gas phase" -12101,"gas phase, organic, N species, nitrate",,,C2H5NO3 (ethyl nitrate),"IUPAC: Ethyl nitrate, PubChem CID: 12259, CAS Number: 625-58-1, in gas phase" -12102,"gas phase, organic, N species, nitrate",,,C3H7NO3 (isopropyl nitrate),"IUPAC: Propan-2-yl nitrate, PubChem CID: 15575, CAS Number: 1712-64-7, in gas phase" -12103,"gas phase, organic, N species, nitrate",,,C4H9NO3 (n-butyl nitrate),"IUPAC: Butyl nitrate, PubChem CID: 13567, CAS Number: 928-45-0, in gas phase" -12104,"gas phase, organic, N species, nitrate",,,C4H9NO3 (isobutyl nitrate),"IUPAC: 2-Methylpropyl nitrate, PubChem CID: 10974, CAS Number: 928-45-0, in gas phase" -12105,"gas phase, organic, N species, nitrate",,,C4H9NO3 (t-butyl nitrate),"IUPAC: tert-Butyl nitrite, PubChem CID: 10906, CAS Number: 540-80-7, in gas phase" -12106,"gas phase, organic, N species, nitrate",,,"C4H9NO3 (2-butyl nitrate, sec-butyl nitrate)","IUPAC: Butan-2-yl nitrite, PubChem CID: 13544, CAS Number: 924-43-6, in gas phase" -12107,"gas phase, organic, OVOC, BVOC, alcohol",,,C5H10O (2-methyl-3-buten-2-ol),"IUPAC: 2-Methylbut-3-en-2-ol, PubChem CID: 8257, CAS Number: 115-18-4, in gas phase" -12108,"gas phase, organic, alkane",,,C8H18 (n-octane),"IUPAC: Octane, PubChem CID: 356, CAS Number: 111-65-9, in gas phase" -12109,"gas phase, organic, alkane",,,"C8H18 (2,2,4-trimethylpentane)","IUPAC: 2,2,4-Trimethylpentane, PubChem CID: 10907, CAS Number: 540-84-1, in gas phase" -12110,"gas phase, organic, aldehyde, alkene, OVOC, specified stereoisomer",,,"C4H6O ((E)-crotonaldehyde, trans-2-butenal)","IUPAC: (2E)-but-2-enal, PubChem CID: 447466, CAS Number: 123-73-9, in gas phase" -12111,"gas phase, organic, aldehyde, alkene, OVOC, specified stereoisomer",,,"C4H6O ((Z)-crotonaldehyde, cis-2-butenal)","IUPAC: (Z)-but-2-enal, PubChem CID: 673950, CAS Number: 15798-64-8, in gas phase" -12112,"gas phase, organic, aldehyde, alkene, OVOC, mixed stereoisomers",,,"C4H6O (crotonaldehyde, 2-butenal)","IUPAC: But-2-enal, PubChem CID: 20138, CAS Number: 4170-30-3, in gas phase" -12113,"gas phase, organic, halocarbon, Cl species",,,"C2H2Cl2 (1,1-dichloroethene)","IUPAC: 1,1-Dichloroethene, PubChem CID: 6366, CAS Number: 75-35-4, in gas phase" -12114,"gas phase, organic, halocarbon, Cl species, specified stereoisomer",,,"C2H2Cl2 ((Z)-1,2-dichloroethene, cis-1,2-dichloroethene)","IUPAC: (Z)-1,2-dichloroethene, PubChem CID: 643833, CAS Number: 156-59-2, in gas phase" -12115,"gas phase, organic, halocarbon, Cl species, specified stereoisomer",,,"C2H2Cl2 ((E)-1,2-dichloroethene, trans-1,2-dichloroethene)","IUPAC: (E)-1,2-dichloroethene, PubChem CID: 638186, CAS Number: 156-60-5, in gas phase" -12116,"gas phase, organic, halocarbon, Cl species, mixed stereoisomers",,,"C2H2Cl2 (1,2-dichloroethene)","IUPAC: 1,2-dichloroethene, PubChem CID: 10900, CAS Number: 540-9-0, in gas phase" -12117,"gas phase, organic, halocarbon, Cl species",,,"C2H4Cl2 (1,1-dichloroethane)","IUPAC: 1,1-Dichloroethane, PubChem CID: 6365, CAS Number: 75-34-3, in gas phase" -12118,"gas phase, organic, halocarbon, Cl species",,,"C2H4Cl2 (1,2-dichloroethane)","IUPAC: 1,2-Dichloroethane, PubChem CID: 11, CAS Number: 107-06-2, in gas phase" -12119,"gas phase, organic, halocarbon",,,CHBr2Cl (dibromochloromethane),"IUPAC: dibromo(chloro)methane, PubChem CID: 31296, CAS Number: 124-48-1, in gas phase" -12120,"gas phase, organic, halocarbon",,,CHBrCl2 (bromodichloromethane),"IUPAC: bromo(dichloro)methane, PubChem CID: 6359, CAS Number: 75-27-4, in gas phase" -12121,"gas phase, organic, halocarbon",,,CH2ClI (chloroiodomethane),"IUPAC: chloro(iodo)methane, PubChem CID: 11644, CAS Number: 593-71-5, in gas phase" -12122,"gas phase, organic, halocarbon",,,CH2I2 (diiodomethane),"IUPAC: diiodomethane, PubChem CID: 6346, CAS Number: 75-11-6, in gas phase" -12123,"gas phase, organic, OVOC, aromatic",,,C5H4O2 (furfural),"IUPAC: furan-2-carbaldehyde, PubChem CID: 7362, CAS Number: 98-01-1, in gas phase" -12124,"gas phase, organic, OVOC, aromatic",,,C5H4O2 (3-furaldehyde),"IUPAC: furan-3-carbaldehyde, PubChem CID: 10351, CAS Number: 498-60-2, in gas phase" -12125,"gas phase, organic, aromatic",,,C8H8 (styrene),"IUPAC: styrene, PubChem CID: 7501, CAS Number: 100-42-5, in gas phase" -12126,"gas phase, organic, aromatic",,,C8H6 (ethynylbenzene),"IUPAC: ethynylbenzene, PubChem CID: 10821, CAS Number: 536-74-3, in gas phase" -12127,"gas phase, organic, aromatic, halocarbon",,,C6H5Cl (chlorobenzene),"IUPAC: chlorobenzene, PubChem CID: 7964, CAS Number: 108-90-7, in gas phase" -12128,"gas phase, organic, terpene",,,C10H16 (tricyclene),"IUPAC: 1,7,7-trimethyltricyclo[2.2.1.02,6]heptane, PubChem CID: 79035, CAS Number: 508-32-7, in gas phase" -12129,"gas phase, organic, terpene",,,C10H16 (alpha-pinene),"IUPAC: 2,6,6-trimethylbicyclo[3.1.1]hept-2-ene, PubChem CID: 6654, CAS Number: 80-56-8, in gas phase" -12130,"gas phase, organic, terpene",,,C10H16 (beta-pinene),"IUPAC: 6,6-dimethyl-2-methylidenebicyclo[3.1.1]heptane, PubChem CID: 14896, CAS Number: 127-91-3, in gas phase" -12131,"gas phase, organic, terpene",,,C10H16 (myrcene),"IUPAC: 7-methyl-3-methylideneocta-1, PubChem CID: 31253, CAS Number: 123-35-3, in gas phase" -12132,"gas phase, organic, terpene",,,C10H16 (camphene),"IUPAC: 2,2-dimethyl-3-methylidenebicyclo[2.2.1]heptane, PubChem CID: 6616, CAS Number: 79-92-5, in gas phase" -12133,"gas phase, organic, terpene",,,C10H16 (D-limonene),"IUPAC: (4R)-1-methyl-4-prop-1-en-2-ylcyclohexene, PubChem CID: 440917, CAS Number: 5989-27-5, in gas phase" -12134,"gas phase, organic, terpene",,,C10H16 (3-carene),"IUPAC: 3,7,7-trimethylbicyclo[4.1.0]hept-3-ene, PubChem CID: 26049, CAS Number: 13466-78-9, in gas phase" -12135,"gas phase, organic, OVOC, aldehyde",,,C2H2O2 (glyoxal),"IUPAC: oxaldehyde, PubChem CID: 7860, CAS Number: 107-22-2, in gas phase" -12136,"gas phase, organic, OVOC, ester",,,C2H4O2 (methyl formate),"IUPAC: methyl formate, PubChem CID: 7865, CAS Number: 107-31-3, in gas phase" -12137,"gas phase, organic, OVOC, aldehyde",,,C2H4O2 (glycolaldehyde),"IUPAC: 2-hydroxyacetaldehyde, PubChem CID: 756, CAS Number: 141-46-8, in gas phase" -12138,"gas phase, organic, OVOC, ester",,,C3H6O2 (methyl acetate),"IUPAC: methyl acetate, PubChem CID: 6584, CAS Number: 79-20-9, in gas phase" -12139,"gas phase, organic, OVOC, ester",,,C3H6O2 (ethyl formate),"IUPAC: ethyl formate, PubChem CID: 8025, CAS Number: 109-94-4, in gas phase" -12140,"gas phase, organic, OVOC, ketone",,,C3H6O2 (hydroxyacetone),"IUPAC: 1-hydroxypropan-2-one, PubChem CID: 8299, CAS Number: 116-09-6, in gas phase" -12141,"gas phase, organic, OVOC",,,"C3H6O2 (1,3-dioxolane)","IUPAC: 1,3-dioxolane, PubChem CID: 12586, CAS Number: 646-06-0, in gas phase" -12142,"gas phase, organic, OVOC, ester",,,C4H8O2 (ethyl acetate),"IUPAC: ethyl acetate, PubChem CID: 8857, CAS Number: 141-78-6, in gas phase" -12143,"gas phase, organic, OVOC, ester",,,C4H8O2 (methyl propionate),"IUPAC: methyl propanoate, PubChem CID: 11124, CAS Number: 554-12-1, in gas phase" -12144,"gas phase, organic, aromatic",,,C8H10 (p-xylene),"IUPAC: 1,4-xylene, PubChem CID: 7809, CAS Number: 106-42-3, in gas phase" -12145,"particle phase, optical properties",,,Particle light extinction coefficient,A measure of light attenuation due to scattering and absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. -12146,"particle phase, optical properties",,,Particle single scattering albedo,Ratio of particle scattering coefficient to particle extinction coefficient or sum of particle absorption and scattering coefficients. -12147,"particle phase, optical properties",,,Ångström exponent for particle light extinction,A measure of dependence of the particle light extinction coefficient on wavelength expressed in power law relationship. -12148,"particle phase, optical properties",,,Ångström exponent for particle light scattering,A measure of dependence of the particle light scattering coefficient on wavelength expressed in power law relationship. -12149,"particle phase, optical properties",,,Ångström exponent for particle light absorption,A measure of dependence of the particle light absorption coefficient on wavelength expressed in power law relationship. -12150,"particle phase, optical properties",,,Ångström exponent for aerosol optical depth,A measure of dependence of the aerosol optical depth on wavelength expressed in power law relationship. -12151,"particle phase, optical properties",,,Ångström exponent for aerosol absorption optical depth,A measure of dependence of the aerosol absorption optical depth on wavelength expressed in power law relationship. -12152,"particle phase, physical properties",,,Particle surface area size distribution,"Particle surface area concentration as a function of size, typically equivalent spherical radius or diameter." -12153,"particle phase, physical properties",,,Particle volume size distribution,"Particle volume concentration as a function of size, typically equivalent spherical radius or diameter." -12154,"particle phase, physical properties",,,Particle mass size distribution,"Particle mass concentration as a function of size, typically equivalent spherical radius or diameter." -12155,"particle phase, physical properties",,,Hygroscopic particle size growth factor,A scaling factor describing the particle equivalent spherical size change as a function of relative humidity due to absorbing or evaporating water. -12156,"particle phase, physical properties",,,Hygroscopic particle light scattering growth factor,A scaling factor describing the particle scattering coefficient change as a function of relative humidity due to absorbing or evaporating water. -12157,"particle phase, physical properties",,,Hygroscopic particle light extinction growth factor,A scaling factor describing the particle extinction coefficient change as a function of relative humidity due to absorbing or evaporating water. -12158,"particle phase, optical properties",,,Particle light hemispheric backscatter coefficient,"The fraction of incident radiative flux scattered into all backward angles, i.e. scattering_angle exceeding pi/2 radians." -12159,"particle phase, optical properties",,,Particle light backscatter coefficient,The fraction of incident radiative flux scattered backward at 180 degrees. -12160,"particle phase, optical properties",,,Particle light hemispheric forward scattering coefficient,"Incident radiative flux scattered into all forward angles, i.e. scattering_angle from zero to pi/2 radians." -12161,"particle phase, physical properties",,,Particle effective diameter,The area weighted mean diameter of the aerosol particles. -12162,aerosol,,,Aerosol layer height,Height of vertically localized aerosol layer above sea level -12163,dynamics,,,Mixed layer height,"Height above the surface to which atmospheric properties (wind speed, etc) or atmospheric constituents (aerosol, gases) are dispersed by turbulent vertical mixing" -12164,\Atmosphere\Gas\O3 (ozone),,,O3 (ozone),"IUPAC: ozone, PubChem CID: 24823, CAS Number: 10028-15-6, in gas phase" -12165,\Atmosphere\Humidity\Water vapour,,,Water vapour, -12166,\Atmosphere\Temperature\Temperature,,,Temperature, -12167,\Atmosphere\Clouds\Cloud phase,,,Cloud phase,"Aggregate state of cloud particles, either water droplets/drops, snowflakes, ice/snow crystals, or mixed." -12168,\Atmosphere\Height of the top of the PBL,,,Height of the top of the PBL,Height of the surface above ground separating the planetary boundary layer (PBL) from the free atmosphere. -12169,\Atmosphere\Particle Phase\Aerosol type,,, Aerosol type,"Selection, out of a pre-defined set of aerosol classes, that best fits an input data set (observed or modeled). The pre-defined set of aerosol classes includes specification of the particle composition, mixing state, complex refractive index, and shape as a function of particle size. The definition of aerosol type includes specification of all the classes as well as the algorithm used to choose the best fit to the input data." -12170,radionuclide,,,Tritium [H-3],"IUPAC: n/a, PubChem CID: 24824, CAS Number: 10028-17-8" -12171,radionuclide,,,Carbon [C-14],"IUPAC: n/a, PubChem CID: 26873, CAS Number: 14762-75-5" -12172,radionuclide,,,Sodium [Na-22],"IUPAC: sodium-22, PubChem CID: 6328543, CAS Number: 13966-32-0" -12173,radionuclide,,,Sodium [Na-24],"IUPAC: sodium-24, PubChem CID: 6335498, CAS Number: 13982-04-2" -12174,radionuclide,,,Chlorine [Cl-38],"IUPAC: n/a, PubChem CID: 167013, CAS Number: 14158-34-0" -12175,radionuclide,,,Potassium [K-40],"IUPAC: potassium-40, PubChem CID: 6328542, CAS Number: 13966-00-2" -12176,radionuclide,,,Potassium [K-42],"IUPAC: potassium-42, PubChem CID: 11607897, CAS Number: 14378-21-3" -12177,radionuclide,,,Scandium [Sc-46],"IUPAC: scandium-46, PubChem CID: 107673, CAS Number: 13967-63-0" -12178,radionuclide,,,Chromium [Cr-51],"IUPAC: chromium-51, PubChem CID: 104786, CAS Number: 14392-02-0" -12179,radionuclide,,,Manganese [Mn-53],"IUPAC: manganese-53, PubChem CID: 167227, CAS Number: 14999-33-8" -12180,radionuclide,,,Manganese [Mn-56],"IUPAC: manganese-56, PubChem CID: 114694, CAS Number: 14681-52-8" -12181,radionuclide,,,Iron [Fe-59],"IUPAC: iron-59, PubChem CID: 104784, CAS Number: 14596-12-4" -12182,radionuclide,,,Cobalt [Co-56],"IUPAC: cobalt-56, PubChem CID: 166998, CAS Number: 14093-03-9" -12183,radionuclide,,,Cobalt [Co-57],"IUPAC: cobalt-57, PubChem CID: 104851, CAS Number: 13981-50-5" -12184,radionuclide,,,Cobalt [Co-58],"IUPAC: cobalt-58, PubChem CID: 104844, CAS Number: 13981-38-9" -12185,radionuclide,,,Cobalt [Co-60],"IUPAC: cobalt-60, PubChem CID: 61492, CAS Number: 10198-40-0" -12186,radionuclide,,,Zinc [Zn-65],"IUPAC: zinc-65, PubChem CID: 91574, CAS Number: 13982-39-3" -12187,radionuclide,,,Gallium [Ga-67],"IUPAC: gallium-67, PubChem CID: 5464084, CAS Number: 14119-09-6" -12188,radionuclide,,,Selenium [Se-75],"IUPAC: selenium-75, PubChem CID: 6328176, CAS Number: 14265-71-5" -12189,radionuclide,,,Strontium [Sr-85],"IUPAC: strontium-85, PubChem CID: 5464271, CAS Number: 13967-73-2" -12190,radionuclide,,,Strontium [Sr-89],"IUPAC: strontium-89, PubChem CID: 5388880, CAS Number: 14158-27-1" -12191,radionuclide,,,Strontium [Sr-90],"IUPAC: strontium-90, PubChem CID: 5486204, CAS Number: 10098-97-2" -12192,radionuclide,,,Strontium [Sr-91],"IUPAC: strontium-91, PubChem CID: 6337043, CAS Number: 14331-91-0" -12193,radionuclide,,,Yttrium [Y-88],"IUPAC: yttrium-88, PubChem CID: 105173, CAS Number: 13982-36-0" -12194,radionuclide,,,Yttrium [Y-90m],"Metastable (excited) state of yttrium-90 isotope, IUPAC: yttrium-90, PubChem CID: 104760, CAS Number: 10098-91-6" -12195,radionuclide,,,Zirconium [Zr-95],"IUPAC: zirconium-95, PubChem CID: 91573, CAS Number: 13967-71-0" -12196,radionuclide,,,Niobium [Nb-95],"IUPAC: niobium-95, PubChem CID: 104776, CAS Number: 13967-76-5" -12197,radionuclide,,,Molybdenum [Mo-99],"IUPAC: molybdenum-99, PubChem CID: 104976, CAS Number: 14119-15-4" -12198,radionuclide,,,Technetium [Tc-99m],"Metastable (excited) state of technetium-99 isotope, IUPAC: technetium-99, PubChem CID: 26476, CAS Number: 14133-76-7" -12199,radionuclide,,,Ruthenium [Ru-103],"IUPAC: ruthenium-103, PubChem CID: 104749, CAS Number: 13968-53-1" -12200,radionuclide,,,Ruthenium [Ru-106],"IUPAC: ruthenium-106, PubChem CID: 26359, CAS Number: 13967-48-1" -12201,radionuclide,,,Silver [Ag-108m],"Metastable (excited) state of silver-108 isotope, IUPAC: silver-108, PubChem CID: 167088, CAS Number: 14391-65-2" -12202,radionuclide,,,Silver [Ag-110m],"Metastable (excited) state of silver-110 isotope, IUPAC: silver-110, PubChem CID: 104828, CAS Number: 14391-76-5" -12203,radionuclide,,,Indium [In-111],"IUPAC: indium-111, PubChem CID: 5462099, CAS Number: 15750-15-9" -12204,radionuclide,,,Tin [Sn-113],"IUPAC: tin-113, PubChem CID: 6335514, CAS Number: 13966-06-8" -12205,radionuclide,,,Antimony [Sb-122],"IUPAC: antimony-122, PubChem CID: 6335836, CAS Number: 14374-79-9" -12206,radionuclide,,,Antimony [Sb-124],"IUPAC: antimony-124, PubChem CID: 6335510, CAS Number: 14683-10-4" -12207,radionuclide,,,Antimony [Sb-125],"IUPAC: antimony-125, PubChem CID: 6335317, CAS Number: 14234-35-6" -12208,radionuclide,,,Tellurium [Te-132],"IUPAC: tellurium-132, PubChem CID: 6336614, CAS Number: 14234-28-7" -12209,radionuclide,,,"Iodine [I-126], elementary","IUPAC: n/a, PubChem CID: 161029, CAS Number: 14158-32-8" -12210,radionuclide,,,"Iodine [I-131], elementary","IUPAC: n/a, PubChem CID: 24855, CAS Number: 10043-66-0" -12211,radionuclide,,,"Iodine [I-132], elementary","IUPAC: n/a, PubChem CID: 104966, CAS Number: 14683-16-0" -12212,radionuclide,,,"Iodine [I-133], elementary","IUPAC: n/a, PubChem CID: 167176, CAS Number: 14834-67-4" -12213,radionuclide,,,Xenon [Xe-133],"IUPAC: xenon-133, PubChem CID: 66376, CAS Number: 14932-42-4" -12214,radionuclide,,,Caesium [Cs-134],"IUPAC: cesium-134, PubChem CID: 6335485, CAS Number: 13967-70-9" -12215,radionuclide,,,Caesium [Cs-136],"IUPAC: cesium-136, PubChem CID: 6335316, CAS Number: 14234-29-8" -12216,radionuclide,,,Caesium [Cs-137],"IUPAC: cesium-137, PubChem CID: 5486527, CAS Number: 10045-97-3" -12217,radionuclide,,,Barium [Ba-133],"IUPAC: barium-133, PubChem CID: 5491664, CAS Number: 13981-41-4" -12218,radionuclide,,,Barium [Ba-140],"IUPAC: barium-140, PubChem CID: 6335490, CAS Number: 14798-08-4" -12219,radionuclide,,,Cerium [Ce-139],"IUPAC: cerium-139, PubChem CID: 166969, CAS Number: 13982-30-4" -12220,radionuclide,,,Cerium [Ce-141],"IUPAC: cerium-141, PubChem CID: 104814, CAS Number: 13967-74-3" -12221,radionuclide,,,Cerium [Ce-144],"IUPAC: cerium-144, PubChem CID: 26874, CAS Number: 14762-78-8" -12222,radionuclide,,,Lanthanum [La-140],"IUPAC: lanthanum-140, PubChem CID: 104882, CAS Number: 13981-28-7" -12223,radionuclide,,,Neodymium [Nd-147],"IUPAC: neodymium-147, PubChem CID: 114848, CAS Number: 14269-74-0" -12224,radionuclide,,,Europium [Eu-152],"IUPAC: europium-152, PubChem CID: 104907, CAS Number: 14683-23-9" -12225,radionuclide,,,Tantalum [Ta-182],"IUPAC: tantalum-182, PubChem CID: 161013, CAS Number: 13982-00-8" -12226,radionuclide,,,Iridium [Ir-192],"IUPAC: iridium-192, PubChem CID: 66373, CAS Number: 14694-69-0" -12227,radionuclide,,,Mercury [Hg-203],"IUPAC: mercury-203, PubChem CID: 104771, CAS Number: 13982-78-0" -12228,radionuclide,,,Bismuth [Bi-212],"IUPAC: bismuth-212, PubChem CID: 6335500, CAS Number: 14913-49-6" -12229,radionuclide,,,Bismuth [Bi-213],"IUPAC: bismuth-213, PubChem CID: 6337093, CAS Number: 15776-20-2" -12230,radionuclide,,,Lead [Pb-212],"IUPAC: lead-212, PubChem CID: 6335491, CAS Number: 15092-94-1" -12231,radionuclide,,,Lead [Pb-214],"IUPAC: lead-214, PubChem CID: 6328551, CAS Number: 15067-28-4" -12232,radionuclide,,,Radium [Ra-226],"IUPAC: radium-226, PubChem CID: 9877911, CAS Number: 13982-63-3" -12233,radionuclide,,,Actinium [Ac-228],"IUPAC: actinium-228, PubChem CID: 105063, CAS Number: 14331-83-0" -12234,radionuclide,,,Thorium [Th-232],"IUPAC: thorium-232, PubChem CID: 11817119, CAS Number: n/a" -12235,radionuclide,,,Uranium [U-234],"IUPAC: uranium-234, PubChem CID: 61704, CAS Number: 13966-29-5" -12236,radionuclide,,,Uranium [U-235],"IUPAC: uranium-235, PubChem CID: 61784, CAS Number: 15117-96-1" -12237,radionuclide,,,Uranium [U-238],"IUPAC: uranium-238, PubChem CID: n/a, CAS Number: n/a" -12238,radionuclide,,,Plutonium [Pu-238],"IUPAC: plutonium-238, PubChem CID: 61709, CAS Number: 13981-16-3" -12239,radionuclide,,,Neptunium [Np-239],"IUPAC: neptunium-239, PubChem CID: 104958, CAS Number: 13968-59-7" -12240,radionuclide,,,Americium [Am-241],"IUPAC: americium-241, PubChem CID: 104726, CAS Number: 14596-10-2" -12241,radionuclide,,,Sum of Plutonium [Pu-239] and [Pu-240],"Sum of Plutonium isotopes: Pu-239 and Pu-240, IUPAC: plutonium-239, PubChem CID: 61782, CAS Number: 15117-48-3 and IUPAC: plutonium-239, PubChem CID: 61782, CAS Number: 15117-48-3" -12242,radionuclide,,,Gold [Au-198],"IUPAC: gold-198, PubChem CID: 66274, CAS Number: 10043-49-9" -12243,"greenhouse gas, HCFCs",,,"C2H2Cl2F2 (1,2-dichloro-1,1-difluoroethane, HCFC-132b)","IUPAC: 1,2-dichloro-1,1-difluoroethane, PubChem CID: 15442, CAS Number: 1649-08-7, in gas phase" -12244,"greenhouse gas, HCFCs",,,"C2H2ClF3 (2-chloro-1,1,1-trifluoroethane, HCFC-133a)","IUPAC: 2-chloro-1,1,1-trifluoroethane, PubChem CID: 6408, CAS Number: 75-88-7, in gas phase" -12245,"greenhouse gas, HFCs",,,"C3H2F6 (1,1,1,3,3,3-hexafluoropropane, HFC-236fa)","IUPAC: 1,1,1,3,3,3-hexafluoropropane, PubChem CID: 12722, CAS Number: 690-39-1, in gas phase" -12246,radionuclide,,,Tellurium [Te-131],"IUPAC: tellurium-131, PubChem CID: 6337051, CAS Number: 14683-12-6" -12247,radionuclide,,,Neodymium [Nd-137],IUPAC: neodymium-137 -12248,"particle phase, optical properties",,,Attenuated backscatter,The product of the total volume backscatter coefficient and the atmospheric two-way transmission of the layers between the instrument and the observed volume. The total volume backscatter coefficient is the sum of all backscatter coefficients from the atmosphere (including from molecules and particles) accounting for all polarizations. The atmospheric two-way transmission accounts for the total volume (molecular and particulate and all polarizations) extinction along the path from the instrument to the observed volume and back. -12249,"atmosphere,humidity",,,Relative humidity (with respect to water),The ratio of the amount fraction of the water vapour in the air to the corresponding amount fraction if the air were saturated with respect to water at a particular pressure and temperature. Relative humidity is typically reported in percent (%). [Based on definition of R1490 in International Vocabulary of Meteorology (WMO-No. 182). 1992.] -12250,"atmosphere,humidity",,,Specific humidity,"The ratio of the mass of water vapour in the air to the mass of a moist air parcel, where the mass of the moist air parcel is the sum of the mass of water vapour and the dry air. Synonym: Moisture content. [Based on definition of M1750 in International Vocabulary of Meteorology (WMO-No. 182). 1992.]" -12251,"particle phase, optical properties, atmosphere",,,Relative attenuated backscatter,"The product of the total volume backscatter coefficient and the atmospheric two-way transmission of the layers between the instrument and the observed volume presented in arbitrary units. The total volume backscatter coefficient is the sum of all backscatter coefficients from the atmosphere (including from molecules and particles) accounting for all polarizations. The atmospheric two-way transmission accounts for the total volume (molecular and particulate and all polarizations) extinction along the path from the instrument to the observed volume and back. The value of this variable in presented in relative, arbitrary units to account for observations of attenuated backscatter lacking final absolute calibrations." -12252,"atmosphere, remote sensing, level 1, optical properties",,,Radiance,"The radiant flux emitted, reflected, transmitted or received by a given surface, per unit solid angle per unit projected area. It is a directional quantity. Note: Historically, radiance was called 'intensity'." -12253,"atmosphere, remote sensing, level 1, optical properties",,,Spectral radiance,"The radiance of a surface per unit frequency or wavelength, depending on whether the spectrum is taken as a function of frequency or of wavelength. It is a directional quantity. Note: 'spectral radiance' is also used for measurements by radiometers and spectrometers, where it means the spectral radiance incident on the instrument integrated over the normalised spectral response function of the instrument. Historically, spectral radiance was called spectral intensity." -12254,"atmosphere, remote sensing, level 1, optical properties",,,Brightness temperature,Also called radiance temperature or equivalent black body temperature. The temperature of a black body emitting the spectral radiance equivalent to the observed spectral radiance at the observed frequency or wavelength. -12255,"atmosphere, remote sensing, level 1, optical properties",,,Spectral bidirectional reflectance,"Ratio of reflected to incident radiation as a function of incident angle, reflected angle and wavelength. For a satellite measurement, these angles are the zenith and azimuth angles of the sun and the zenith and azimuth angle of the viewing instrument at the feature (surface and/or atmospheric column) being observed." -12256,"atmosphere, remote sensing, level 1, optical properties, radar",,,Radar backscatter coefficient,"Normalised radar cross section (NRCS) backscatter coefficient, also called sigma-0 ('sigma-nought'). The normalised measure of the radar return, measured in dB." -12257,"atmosphere, remote sensing, level 1, optical properties, radio occultation",,,Bending angle,"The angle through which an electromagnetic wave is refracted when passing along an atmospheric path, used particularly for GNSS radio occultation observations." -12258,"atmosphere, remote sensing, level 1, optical properties",,,Refractivity,The refractive index (of air) minus one. Particularly used for GNSS radio occultation observations. -12259,"atmosphere, remote sensing, level 1",,,Slant total delay (STD),The time delay of a GNSS radio signal passing along an atmospheric path from transmitter to receiver compared with the same path in vacuum. -12260,"atmosphere, remote sensing, level 1",,,Zenith total delay (ZTD),"The time delay of a GNSS radio signal passing along an atmospheric path from transmitter to receiver compared with the same path in vacuum, and scaled to refer to the equivalent vertical path." -12261,"atmosphere, remote sensing, level 1",,,Delay Doppler map,"A 2D array of backscatter coefficients as a function of Doppler shift and signal delay, derived from GNSS reflectometry." -12262,Radio occultation,,,Impact parameter,"Minimum distance between the direction vector of the ray (prior to bending) and the centre of the curvature of the ellipsoid describing the Earth, used particularly for GNSS radio occultation observations." \ No newline at end of file +39,\Atmosphere,,,Atmospheric density,Density of the atmosphere. +44,\Atmosphere,,,Integrated air samples, +56,\Atmosphere,,,Special phenomena, +57,\Atmosphere,,,State of ground, +179,\Atmosphere\Clouds,,,Cloud amount,"Fraction of the sky covered by clouds of a particular type or combination. It can refer to a genus, species, variety, layer, or a certain combination of clouds. Also, see 'cloud cover'." +180,\Atmosphere\Clouds,,,Cloud cover,"The amount of sky estimated to be covered by a specified cloud type (partial cloud amount), or by all cloud types (total cloud amount). In either case, the estimate is made to the nearest okta (eighth) and is reported on a scale which is essentially one of the nearest eighth, except that figures 0 and 8 on the scale signify a completely clear and cloudy sky, respectively, with consequent adjustment to the adjacent 1 and 7 okta intervals." +181,\Atmosphere\Clouds,,,Cloud drop effective radius,"The area weighted mean radius of liquid water drops, assimilated to spheres of the same volume." +182,\Atmosphere\Clouds,,,Cloud hydrometeor concentration, +183,\Atmosphere\Clouds,,,Effective radius of cloud hydrometeors, +186,\Atmosphere\Clouds,,,Melting layer depth in clouds,Depth of the atmospheric layer in cloud where liquid-solid states transform into each other. +188,\Atmosphere\Clouds,,,PSC occurrence,Polar Stratospheric Clouds occurrence. - Accuracy expressed as Hit Rate [HR] and False Alarm Rate [FAR]. Simplified: [FAR/HR] +192,\Atmosphere\Gas phase\Greenhouse gas,,,CH4 (methane),"IUPAC: methane, PubChem CID: 297, CAS Number: 74-82-8, in gas phase" +193,\Atmosphere\Gas phase\Greenhouse gas,,,"CH4 (methane, C-13)","IUPAC: methane C-13, PubChem CID: 105026, CAS Number: 14762-74-4, in gas phase" +194,\Atmosphere\Gas phase\Greenhouse gas,,,CO2 (carbon dioxide),"IUPAC: carbon dioxide, PubChem CID: 280, CAS Number: 124-38-9, in gas phase" +195,\Atmosphere\Gas phase\Greenhouse gas,,,"CO2 (carbon dioxide, C-13)","IUPAC: n/a, PubChem CID: 10129882, CAS Number: 1111-72-4, in gas phase" +196,\Atmosphere\Gas phase\Greenhouse gas,,,CO2 [O-18],CO2 with O-18 isotope +201,\Atmosphere\Gas phase\Greenhouse gas,,,N2O (nitrous oxide),"IUPAC: nitrous oxide, PubChem CID: 948, CAS Number: 10024-97-2, in gas phase" +203,\Atmosphere\Gas phase\Greenhouse gas,,,SF6 (sulfur hexafluoride),"IUPAC: hexafluoro-Œª6-sulfane, PubChem CID: 17358, CAS Number: 2551-62-4, in gas phase" +204,\Atmosphere\Gas phase\Greenhouse gas,,,SO2F2 (sulfuryl fluoride),"IUPAC: sulfuryl difluoride, PubChem CID: 17607, CAS Number: 2699-79-8, in gas phase" +205,\Atmosphere\Gas phase\Other gas,,,H2 (hydrogen molecule),"IUPAC: molecular hydrogen, PubChem CID: 783, CAS Number: 1333-74-0, in gas phase" +206,\Atmosphere\Gas phase\Other gas,,,H2O (as a chemical species),"IUPAC: oxidane, PubChem CID: 962, CAS Number: 7732-18-5, in gas phase" +207,\Atmosphere\Gas phase\Other gas,,,HDO (as a chemical species),"IUPAC: n/a, PubChem CID: 139859, CAS Number: 14940-63-7, in gas phase" +210,\Atmosphere\Precipitation,,,Amount of precipitation, +211,\Atmosphere\Precipitation,,,Duration of precipitation, +212,\Atmosphere\Precipitation,,,Intensity of precipitation, +213,\Atmosphere\Precipitation,,,Occurrence of precipitation during last period (yes/no), +214,\Atmosphere\Precipitation,,,Rate of ice accretion, +215,\Atmosphere\Precipitation,,,Type of precipitation, +216,\Atmosphere\Pressure,,,Atmospheric pressure, +217,\Atmosphere\Pressure,,,Characteristic of pressure tendency,"The pressure characteristic is an indication of how the pressure has changed during that period of time, for example, decreasing then increasing, or increasing and then increasing more rapidly." +218,\Atmosphere\Pressure,,,Pressure tendency,"Pressure tendency is the character and amount of atmospheric pressure change for a three-hour or other specified period ending at the time of observation. Pressure tendency is composed of two parts, namely the characteristic of pressure tendency and amount of pressure tendency." +219,\Atmosphere\Radionuclide,,,Beryllium [Be-7],"IUPAC: beryllium-7, PubChem CID: 6335489, CAS Number: 13966-02-4" +220,\Atmosphere\Radionuclide,,,CO2 [C-14],CO2 with C-14 isotope +221,\Atmosphere\Radionuclide,,,Krypton [Kr-85],"IUPAC: krypton-85, PubChem CID: 104816, CAS Number: 13983-27-2" +222,\Atmosphere\Radionuclide,,,Lead [Pb-210],"IUPAC: lead-210, PubChem CID: 6328175, CAS Number: 14255-04-0" +223,\Atmosphere\Radionuclide,,,Radon [Rn-222],"IUPAC: radon-222, PubChem CID: 61773, CAS Number: 14859-67-7" +224,\Atmosphere\Temperature,,,Air temperature (at specified distance from reference surface), +225,\Atmosphere\Temperature,,,Dew-point temperature (at specified distance from reference surface), +226,\Atmosphere\Temperature,,,"Extreme temperature (min, max) (at specified distance from reference surface)", +229,\Atmosphere\Visibility,,,Runway visual range, +230,\Atmosphere\Visibility,,,Visibility, +248,\Atmosphere\Dynamics,,,"Transport calculations (e.g., trajectories)", +249,\Atmosphere\Dynamics,,,Turbulence,Kinetic energy density of turbulent motion of the air +250,\Atmosphere\Dynamics,,,Turbulence type (low levels and wake vortex), +252,\Atmosphere\Humidity,,,Integrated water vapour, +253,\Atmosphere\Humidity,,,Mass mixing ratio, +254,\Atmosphere\Humidity,,,Object wetness duration, +255,\Atmosphere\Humidity,,,Water vapour pressure, +257,\Atmosphere\Lightning,,,Lightning discharge energy, +258,\Atmosphere\Lightning,,,Lightning discharge polarity, +259,\Atmosphere\Lightning,,,Lightning discharge rates, +260,\Atmosphere\Lightning,,,"Lightning discharge type (cloud to cloud, cloud to surface)", +265,\Atmosphere,,,Past weather,"Predominant characteristic of weather which had existed at the station during a given period of time. [Manual on Codes (WMO-No. 306), Volume I.1. 2011 edition updated in 2019.]" +266,\Atmosphere,,,Present weather,"Weather existing at the time of observation, or under certain conditions, during the hour preceding the time of observation. [Manual on Codes (WMO-No. 306), Volume I.1. 2011 edition updated in 2019.]" +267,\Atmosphere\Radiation,,,Background luminance, +270,\Atmosphere\Radiation,,,Sunshine duration, +271,\Atmosphere\Radiation,,,Surface albedo, +273,\Atmosphere\Radiation\UV,,,UV-B radiation, +274,\Atmosphere\Gas phase\Reactive gas,,,BrO (bromine monoxide),"IUPAC: n/a, PubChem CID: 5460627, CAS Number: 15656-19-6, in gas phase" +275,\Atmosphere\Gas phase\Reactive gas,,,C2Cl4 (tetrachloroethene),"IUPAC: 1,1,2,2-tetrachloroethene, PubChem CID: 31373, CAS Number: 127-18-4, in gas phase" +276,\Atmosphere\Gas phase\Reactive gas,,,C2HCl3 (trichloroethene),"IUPAC: 1,1,2-trichloroethene, PubChem CID: 6575, CAS Number: 79-01-6, in gas phase" +277,\Atmosphere\Gas phase\Reactive gas,,,CH2Br2 (dibromomethane),"IUPAC: dibromomethane, PubChem CID: 3024, CAS Number: 74-95-3, in gas phase" +278,\Atmosphere\Gas phase\Reactive gas,,,CH2Cl2 (dichloromethane),"IUPAC: dichloromethane, PubChem CID: 6344, CAS Number: 75-09-2, in gas phase" +279,\Atmosphere\Gas phase\Reactive gas,,,CH3Br (bromomethane),"IUPAC: bromomethane, PubChem CID: 6323, CAS Number: 74-83-9, in gas phase" +280,\Atmosphere\Gas phase\Reactive gas,,,CH3Cl (chloromethane),"IUPAC: chloromethane, PubChem CID: 6327, CAS Number: 74-87-3, in gas phase" +281,\Atmosphere\Gas phase\Reactive gas,,,CH3I (iodomethane),"IUPAC: iodomethane, PubChem CID: 6328, CAS Number: 74-88-4, in gas phase" +282,\Atmosphere\Gas phase\Reactive gas,,,CHBr3 (bromoform),"IUPAC: bromoform, PubChem CID: 5558, CAS Number: 75-25-2, in gas phase" +283,\Atmosphere\Gas phase\Reactive gas,,,"CHCl3 (trichloromethane, chloroform)","IUPAC: chloroform, PubChem CID: 6212, CAS Number: 67-66-3, in gas phase" +284,\Atmosphere\Gas phase\Reactive gas,,,CO,"IUPAC: carbon monoxide, PubChem CID: 281, CAS Number: 630-08-0, in gas phase" +285,\Atmosphere\Gas phase\Reactive gas,,,"COF2 (difluoromethanal, carbonyl fluoride)","IUPAC: carbonyl difluoride, PubChem CID: 9623, CAS Number: 353-50-4, in gas phase" +286,\Atmosphere\Gas phase\Reactive gas,,,ClO (chlorine monoxide),"IUPAC: n/a, PubChem CID: 166686, CAS Number: 14989-30-1, in gas phase" +287,\Atmosphere\Gas phase\Reactive gas,,,H2O2 (hydrogen peroxide),"IUPAC: hydrogen peroxide, PubChem CID: 784, CAS Number: 7722-84-1, in gas phase" +288,\Atmosphere\Gas phase\Reactive gas,,,HCl (hydrochloric acid),"IUPAC: chlorane, PubChem CID: 313, CAS Number: 7647-01-0, in gas phase" +289,\Atmosphere\Gas phase\Reactive gas,,,HF (hydrofluoric acid),"IUPAC: fluorane, PubChem CID: 14917, CAS Number: 7664-39-3, in gas phase" +291,\Atmosphere\Gas phase\Reactive gas,,,ROOH, +294,\Atmosphere\Total Atmospheric Deposition,,,Acidity-Alkalinity, +295,\Atmosphere\Total Atmospheric Deposition,,,Electric conductivity, +296,\Atmosphere\Total Atmospheric Deposition,,,Hydrogen ion (H+) or pH, +302,\Atmosphere\Total Atmospheric Deposition,,,S (sulfur),"IUPAC: sulfur, PubChem CID: n/a, CAS Number: 7704-34-9, in total deposition" +304,\Atmosphere\Wind,,,Direction of cloud movement, +305,\Atmosphere\Wind,,,Gust Speed, +307,\Atmosphere\Wind,,,"Wind (Z component, vertical)",Z component of wind vector (horizontal and vertical profile) +310,\Atmosphere\Wind,,,"Upper wind (X, Y components, horizontal)",Horizontal component of wind as a vector in an orthogonal coordinate system. +314,\Atmosphere\Particle phase\Optical properties,,,Aerosol Absorption Optical Depth,Vertical column integral of spectral aerosol absorption coefficient: AAOD = exp(-K.Œîz) where K is the absorption coefficient [km-1] and Œîz the vertical path [km] +315,\Atmosphere\Particle phase\Optical properties,,,Aerosol Extinction Coefficient,Spectral volumetric extinction cross-section of aerosol particles. +316,\Atmosphere\Particle phase\Optical properties,,,"Particle light absorption coefficient, PM1",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: PM1 +317,\Atmosphere\Particle phase\Optical properties,,,"Particle light absorption coefficient, PM10",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: PM10 +318,\Atmosphere\Particle phase\Optical properties,,,"Particle light absorption coefficient, TSP",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: TSP +322,\Atmosphere\Particle phase\Optical properties,,,"Particle light scattering coefficient, PM1",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: PM1 +323,\Atmosphere\Particle phase\Optical properties,,,"Particle light scattering coefficient, PM10",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: PM10 +324,\Atmosphere\Particle phase\Optical properties,,,"Particle light scattering coefficient, TSP",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: TSP +325,\Atmosphere\Particle phase\Optical properties,,,"Aerosol optical depth, TSP","The AOD is the effective depth of the aerosol over a specified distance, from the viewpoint of radiation propagation: Vertical integral of spectral aerosol extinction coefficient AOD = exp(-K. Œîz) where K is the extinction coefficient [km-1 ] and Œîz the vertical path [km]." +327,\Atmosphere\Clouds\Ice,,,Cloud ice,Atmospheric water in the solid phase (precipitating or not). +329,\Atmosphere\Clouds\Ice,,,Cloud ice effective radius,"The area weighted mean radius of ice particles, assimilated to spheres of the same volume." +330,\Atmosphere\Clouds\Ice,,,Freezing level height in clouds,Height of the atmospheric layer in cloud where liquid-solid states transform into each other +331,\Atmosphere\Clouds\Ice,,,Icing potential,"3D field of super-cooled liquid water, enabling the formation of ice coating on an object." +332,\Atmosphere\Gas phase\Greenhouse gas\Halon,,,CBrClF2 (Halon 1211),"IUPAC: bromo-chloro-difluoromethane, PubChem CID: 9625, CAS Number: 353-59-3, in gas phase" +333,\Atmosphere\Gas phase\Greenhouse gas\Halon,,,"CBrF3 (bromotrifluoromethane, Halon 1301)","IUPAC: bromo(trifluoro)methane, PubChem CID: 6384, CAS Number: 75-63-8, in gas phase" +334,\Atmosphere\POPs\PAH,,,"C13H10 (9H-fluorene, fluorene), in air","IUPAC: 9H-fluorene, PubChem CID: 6853, CAS Number: 86-73-7, in gas phase" +335,\Atmosphere\POPs\PAH,,,"C14H10 (anthracene), PM10","IUPAC: anthracene, PubChem CID: 8418, CAS Number: 120-12-7, in particle phase, PM10" +336,\Atmosphere\POPs\PAH,,,"C14H10 (anthracene), in aerosol","IUPAC: anthracene, PubChem CID: 8418, CAS Number: 120-12-7, in particle phase" +337,\Atmosphere\POPs\PAH,,,"C14H10 (anthracene), in air and aerosol","IUPAC: anthracene, PubChem CID: 8418, CAS Number: 120-12-7, in aerosol" +338,\Atmosphere\POPs\PAH,,,"C14H10 (anthracene), in air","IUPAC: anthracene, PubChem CID: 8418, CAS Number: 120-12-7, in gas phase" +339,\Atmosphere\POPs\PAH,,,"C14H10 (phenanthrene), PM10","IUPAC: phenanthrene, PubChem CID: 995, CAS Number: 85-01-8, in particle phase, PM10" +340,\Atmosphere\POPs\PAH,,,"C14H10 (phenanthrene), in aerosol","IUPAC: phenanthrene, PubChem CID: 995, CAS Number: 85-01-8, in particle phase" +341,\Atmosphere\POPs\PAH,,,"C14H10 (phenanthrene), in air","IUPAC: phenanthrene, PubChem CID: 995, CAS Number: 85-01-8, in gas phase" +342,\Atmosphere\POPs\PAH,,,"C14H10 (phenanthrene), in air and aerosol","IUPAC: phenanthrene, PubChem CID: 995, CAS Number: 85-01-8, in aerosol" +343,\Atmosphere\POPs\PAH,,,"C14H10 (phenanthrene), in wet deposition","IUPAC: phenanthrene, PubChem CID: 995, CAS Number: 85-01-8, in wet deposition" +344,\Atmosphere\POPs\PAH,,,"C14H10 (phenanthrene), in total precipitation","IUPAC: phenanthrene, PubChem CID: 995, CAS Number: 85-01-8, in total precipitation" +345,\Atmosphere\POPs\PAH,,,"C16H10 (pyrene), in air and aerosol","IUPAC: pyrene, PubChem CID: 31423, CAS Number: 129-00-0, in aerosol" +346,\Atmosphere\POPs\PAH,,,"C18H12 (Benz(a)anthracene), PM10","IUPAC: benzo[a]anthracene, PubChem CID: 5954, CAS Number: 56-55-3, in particle phase, PM10" +347,\Atmosphere\POPs\PAH,,,"C18H12 (Benz(a)anthracene), in aerosol","IUPAC: benzo[a]anthracene, PubChem CID: 5954, CAS Number: 56-55-3, in particle phase" +348,\Atmosphere\POPs\PAH,,,"C18H12 (Benz(a)anthracene), in air","IUPAC: benzo[a]anthracene, PubChem CID: 5954, CAS Number: 56-55-3, in gas phase" +349,\Atmosphere\POPs\PAH,,,"C18H12 (Benz(a)anthracene), in air and aerosol","IUPAC: benzo[a]anthracene, PubChem CID: 5954, CAS Number: 56-55-3, in aerosol" +350,\Atmosphere\POPs\PAH,,,"C18H12 (Benz(a)anthracene), in precipitation","IUPAC: benzo[a]anthracene, PubChem CID: 5954, CAS Number: 56-55-3, in precipitation" +351,\Atmosphere\POPs\PAH,,,"C18H12 (Benz(a)anthracene), in total precipitation","IUPAC: benzo[a]anthracene, PubChem CID: 5954, CAS Number: 56-55-3, in total precipitation" +356,\Atmosphere\Radiation\UV,,,UV Broadband, +357,\Atmosphere\Radiation\UV,,,UV Erythemally weighted, +358,\Atmosphere\Radiation\UV,,,UV Multiband, +359,\Atmosphere\Radiation\UV,,,UV Spectral, +361,\Atmosphere\Aerosol\Physical properties - primary,,,Aerosol column burden (mass density),2D field of the column burden of condensed particles in the atmosphere +362,\Atmosphere\Particle phase\Physical properties,,,Particle effective radius,The area weighted mean radius of the aerosol particles. +364,\Atmosphere\Particle phase\Physical properties,,,"Particle mass concentration, PM10","Mass of particles per unit volume of air, size range: PM10" +365,\Atmosphere\Particle phase\Physical properties,,,"Particle mass concentration, PM1","Mass of particles per unit volume of air, size range: PM1" +366,\Atmosphere\Particle phase\Physical properties,,,"Particle mass concentration, PM2.5","Mass of particles per unit volume of air, size range: PM2.5" +367,\Atmosphere\Particle phase\Physical properties,,,Particle mass concentration (size fractionated),"Mass of particles per unit volume of air, size fractionated" +368,\Atmosphere\Particle phase\Physical properties,,,"Particle mass concentration, TSP","Mass of particles per unit volume of air, size range: TSP" +369,\Atmosphere\Particle phase\Physical properties,,,Particle number concentration,Amount of particles per unit volume of air +370,\Atmosphere\Particle phase\Physical properties,,,"Particle number size distribution, PM10","Particle number concentration as a function of size, typically equivalent spherical radius or diameter. Size range: TSP" +371,\Atmosphere\Particle phase\Physical properties,,,"Particle number size distribution, TSP","Particle number concentration as a function of size, typically equivalent spherical radius or diameter. Size range: PM10" +373,\Atmosphere\Clouds\Liquid water,,,Cloud liquid water (CLW),Atmospheric water in the liquid phase (precipitating or not). +375,\Atmosphere\POPs\POP,,,"C12H8Cl6 (aldrin), in aerosol","IUPAC: (1R,4S,4aS,5S,8R,8aR)-1,2,3,4,10,10-Hexachloro-1,4,4a,5,8,8a-hexahydro-1,4:5,8-dimethanonaphthalene, PubChem CID: 2087, CAS Number: 309-00-2, in particle phase" +376,\Atmosphere\POPs\POP,,,"C12H8Cl6 (aldrin), in air","IUPAC: (1R,4S,4aS,5S,8R,8aR)-1,2,3,4,10,10-Hexachloro-1,4,4a,5,8,8a-hexahydro-1,4:5,8-dimethanonaphthalene, PubChem CID: 2087, CAS Number: 309-00-2, in gas phase" +377,\Atmosphere\POPs\POP,,,"C12H8Cl6 (aldrin), in air and aerosol","IUPAC: (1R,4S,4aS,5S,8R,8aR)-1,2,3,4,10,10-Hexachloro-1,4,4a,5,8,8a-hexahydro-1,4:5,8-dimethanonaphthalene, PubChem CID: 2087, CAS Number: 309-00-2, in aerosol" +378,\Atmosphere\POPs\POP,,,"C12H8Cl6 (aldrin), in total precipitation","IUPAC: (1R,4S,4aS,5S,8R,8aR)-1,2,3,4,10,10-Hexachloro-1,4,4a,5,8,8a-hexahydro-1,4:5,8-dimethanonaphthalene, PubChem CID: 2087, CAS Number: 309-00-2, in total precipitation" +379,\Atmosphere\POPs\POP,,,"C12H8Cl6 (aldrin), in wet precipitation","IUPAC: (1R,4S,4aS,5S,8R,8aR)-1,2,3,4,10,10-Hexachloro-1,4,4a,5,8,8a-hexahydro-1,4:5,8-dimethanonaphthalene, PubChem CID: 2087, CAS Number: 309-00-2, in wet precipitation" +380,\Atmosphere\POPs\POP,,,"C6Cl6 (hexachlorobenzene, HCB), in air","IUPAC: 1,2,3,4,5,6-hexachlorobenzene, PubChem CID: 8370, CAS Number: 118-74-1, in gas phase" +381,\Atmosphere\POPs\POP,,,"C6H6Cl6 (1,2,3,4,5,6-hexachlorocyclohexane, alpha-lindane, alpha-HCH), in aerosol","IUPAC: 1,2,3,4,5,6-hexachlorocyclohexane, PubChem CID: 727, CAS Number: 319-84-6, in particle phase" +382,\Atmosphere\POPs\POP,,,"C6H6Cl6 (1,2,3,4,5,6-hexachlorocyclohexane, alpha-lindane, alpha-HCH), in air","IUPAC: 1,2,3,4,5,6-hexachlorocyclohexane, PubChem CID: 727, CAS Number: 319-84-6, in gas phase" +383,\Atmosphere\POPs\POP,,,"C6H6Cl6 (1,2,3,4,5,6-hexachlorocyclohexane, alpha-lindane, alpha-HCH), in wet precipitation","IUPAC: 1,2,3,4,5,6-hexachlorocyclohexane, PubChem CID: 727, CAS Number: 319-84-6, in wet deposition" +384,\Atmosphere\POPs\POP,,,"C6H6Cl6 (1,2,3,4,5,6-hexachlorocyclohexane, gamma-lindane, gamma-HCH), in air","IUPAC: 1,2,3,4,5,6-hexachlorocyclohexane, PubChem CID: 727, CAS Number: 319-84-6, in gas phase" +385,\Atmosphere\POPs\POP,,,"C6H6Cl6 (1,2,3,4,5,6-hexachlorocyclohexane, gamma-lindane, gamma-HCH), in wet precipitation","IUPAC: 1,2,3,4,5,6-hexachlorocyclohexane, PubChem CID: 727, CAS Number: 319-84-6, in wet deposition" +390,\Atmosphere\Gas phase\Reactive gas\Nitrogen containing compounds,,,NH3 (Ammonia),"IUPAC: azane, PubChem CID: 222, CAS Number: 7664-41-7, in gas phase" +391,\Atmosphere\Gas phase\Reactive gas\Nitrogen containing compounds,,,"C2H3O5N (peroxyacetylnitrate, PAN)","IUPAC: nitro ethaneperoxoate, PubChem CID: 16782, CAS Number: 2278-22-0, in gas phase" +392,\Atmosphere\Gas phase\Reactive gas\Nitrogen containing compounds,,,ClONO2 (chlorine nitrate),"IUPAC: chloro nitrate, PubChem CID: 114934, CAS Number: 14545-72-3, in gas phase" +393,\Atmosphere\Gas phase\Reactive gas\Nitrogen containing compounds,,,"HCN (formonitrile, hydrogen cyanide)","IUPAC: formonitrile, PubChem CID: 768, CAS Number: 74-90-8, in gas phase" +394,\Atmosphere\Gas phase\Reactive gas\Nitrogen containing compounds,,,HNO3 (nitric acid),"IUPAC: nitric acid, PubChem CID: 944, CAS Number: 7697-37-2, in gas phase" +395,\Atmosphere\Gas phase\Reactive gas\Nitrogen containing compounds,,,NO (nitrogen monoxide),"IUPAC: nitric oxide, PubChem CID: 145068, CAS Number: 10102-43-9, in gas phase" +396,\Atmosphere\Gas phase\Reactive gas\Nitrogen containing compounds,,,NO2 (nitrogen dioxide),"IUPAC: n/a, PubChem CID: 3032552, CAS Number: 10102-44-0, in gas phase" +397,\Atmosphere\Gas phase\Reactive gas\Nitrogen containing compounds,,,NOx, +398,\Atmosphere\Gas phase\Reactive gas\Nitrogen containing compounds,,,NOy, +411,\Atmosphere\Particle phase\Physical properties,,,CCN concentration at single supersaturation, +412,\Atmosphere\Particle phase\Physical properties,,,CCN concentration spectra, +413,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, 110 Œºm equivalent", +414,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, 165 Œºm equivalent", +415,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, 35 Œºm equivalent", +416,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, 50 Œºm equivalent", +417,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, 75 Œºm equivalent", +418,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, total aerosol", +419,\Atmosphere\Gas phase\Greenhouse gas\PFCs,,,"C2F6 (hexafluoroethane, PFC-116)","IUPAC: 1,1,1,2,2,2-hexafluoroethane, PubChem CID: 6431, CAS Number: 76-16-4, in gas phase" +420,\Atmosphere\Gas phase\Greenhouse gas\PFCs,,,"C3F8 (octafluoropropane, PFC-218)","IUPAC: 1,1,1,2,2,3,3,3-octafluoropropane, PubChem CID: 6432, CAS Number: 76-19-7, in gas phase" +421,\Atmosphere\Gas phase\Greenhouse gas\PFCs,,,"CF4 (tetrafluoromethane, carbon tetrafluoride, perfluoromethane, PFC-14)","IUPAC: tetrafluoromethane, PubChem CID: 6393, CAS Number: 75-73-0, in gas phase" +428,\Atmosphere\Gas phase\Reactive gas\Sulfur containing compounds,,,"COS (OCS, carbon oxide sulfide, carbonyl sulfide)","IUPAC: carbonyl sulfide, PubChem CID: 10039, CAS Number: 463-58-1, in gas phase" +429,\Atmosphere\Gas phase\Reactive gas\Sulfur containing compounds,,,CS2 (Carbon disulfide),"IUPAC: methanedithione, PubChem CID: 6348, CAS Number: 75-15-0, in gas phase" +430,\Atmosphere\Gas phase\Reactive gas\Sulfur containing compounds,,,SO2,"IUPAC: sulfur dioxide, PubChem CID: 1119, CAS Number: 7446 09-5, in gas phase" +431,\Atmosphere\Lightning\Position,,,Lightning detection (time and location),"Detection of the time and location (latitude, longitude) of lightning events. Accuracy expressed in terms of Hit Rate and False Alarm Rate, which requires predetermination of a specific distance and time tolerance." +432,\Atmosphere\Lightning\Position,,,Lightning direction from station, +433,\Atmosphere\Lightning\Position,,,Lightning distance from station, +434,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C2H2 (ethyne, acetylene)","IUPAC: acetylene, PubChem CID: 6326, CAS Number: 74-86-2, in gas phase" +435,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C2H2O2 (oxaldehyde, ethanedial)","IUPAC: oxaldehyde, PubChem CID: 7860, CAS Number: 107-22-2, in gas phase" +436,\Atmosphere\Gas phase\Reactive gas\VOC,,,C2H4 (ethene),"IUPAC: ethene, PubChem CID: 6325, CAS Number: 74-85-1, in gas phase" +437,\Atmosphere\Gas phase\Reactive gas\VOC,,,C2H6 (ethane),"IUPAC: ethane, PubChem CID: 6324, CAS Number: 74-84-0, in gas phase" +438,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C2H6S (dimethylsulfide, DMS)","IUPAC: methylsulfanylmethane, PubChem CID: 1068, CAS Number: 75-18-3, in gas phase" +439,\Atmosphere\Gas phase\Reactive gas\VOC,,,C3H4 (propyne),"IUPAC: prop-1-yne, PubChem CID: 6335, CAS Number: 74-99-7, in gas phase" +440,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C3H4O (prop-2-enal, acrolein)","IUPAC: prop-2-enal, PubChem CID: 7847, CAS Number: 107-02-8, in gas phase" +441,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C3H4O2 (2-oxopropanal, methylglyoxal)","IUPAC: 2-oxopropanal, PubChem CID: 880, CAS Number: 78-98-8, in gas phase" +442,\Atmosphere\Gas phase\Reactive gas\VOC,,,C3H6 (propene),"IUPAC: prop-1-ene, PubChem CID: 8252, CAS Number: 115-07-1, in gas phase" +443,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C3H6O (acetone, propanone)","IUPAC: propan-2-one, PubChem CID: 180, CAS Number: 67-64-1, in gas phase" +444,\Atmosphere\Gas phase\Reactive gas\VOC,,,C3H6O (propanal),"IUPAC: propanal, PubChem CID: 527, CAS Number: 123-38-6, in gas phase" +445,\Atmosphere\Gas phase\Reactive gas\VOC,,,C3H8 (propane),"IUPAC: propane, PubChem CID: 6334, CAS Number: 74-98-6, in gas phase" +446,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C4H6 (1,3-butadiene, butadiene)","IUPAC: buta-1,3-diene, PubChem CID: 7845, CAS Number: 106-99-0, in gas phase" +447,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C4H6O (2-methylprop-2-enal, methacrolein)","IUPAC: 2-methylprop-2-enal, PubChem CID: 6562, CAS Number: 78-85-3, in gas phase" +448,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C4H6O (but-3-en-2-one, methylvinylketone)","IUPAC: but-3-en-2-one, PubChem CID: 6570, CAS Number: 78-94-4, in gas phase" +449,\Atmosphere\Gas phase\Reactive gas\VOC,,,C4H8 (1-butene),"IUPAC: but-1-ene, PubChem CID: 7844, CAS Number: 106-98-9, in gas phase" +450,\Atmosphere\Gas phase\Reactive gas\VOC,,,C4H8 (sum of butenes), +451,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C4H8O (butan-2-one, methylethylketone)","IUPAC: butan-2-one, PubChem CID: 6569, CAS Number: 78-93-3, in gas phase" +452,\Atmosphere\Gas phase\Reactive gas\VOC,,,C4H8O (butanal isomers), +453,\Atmosphere\Gas phase\Reactive gas\VOC,,,C5H10 (1-pentene),"IUPAC: pent-1-ene, PubChem CID: 8004, CAS Number: 109-67-1, in gas phase" +454,\Atmosphere\Gas phase\Reactive gas\VOC,,,C5H10 (2-methyl-1-butene),"IUPAC: 2-methylbut-1-ene, PubChem CID: 11240, CAS Number: 563-46-2, in gas phase" +455,\Atmosphere\Gas phase\Reactive gas\VOC,,,C5H10 (2-methyl-2-butene),"IUPAC: 2-methylbut-2-ene, PubChem CID: 10553, CAS Number: 513-35-9, in gas phase" +456,\Atmosphere\Gas phase\Reactive gas\VOC,,,C5H10 (3-methyl-1-butene),"IUPAC: 3-methylbut-1-ene, PubChem CID: 11239, CAS Number: 563-45-1, in gas phase" +457,\Atmosphere\Gas phase\Reactive gas\VOC,,,C5H10 (cyclopentane),"IUPAC: cyclopentane, PubChem CID: 9253, CAS Number: 287-92-3, in gas phase" +458,\Atmosphere\Gas phase\Reactive gas\VOC,,,C5H10 (sum of 1-pentene and 2-methyl-2-butene), +459,\Atmosphere\Gas phase\Reactive gas\VOC,,,C5H10 (sum of pentenes), +460,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C5H10O (pentanal, valeraldehyde)","IUPAC: pentanal, PubChem CID: 8063, CAS Number: 110-62-3, in gas phase" +461,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C5H12 & C4H8 (sum of 2,2-dimethylpropane & c-2-butene)", +462,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C5H12 (2,2-dimethylpropane)","IUPAC: 2,2-dimethylpropane, PubChem CID: 10041, CAS Number: 463-82-1, in gas phase" +463,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C5H14 (2,3-dimethylbutane)","IUPAC: 2,3-dimethylbutane, PubChem CID: 6589, CAS Number: 79-29-8, in gas phase" +464,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C5H8 (2-methyl-1,3-butadiene, isoprene)","IUPAC: 2-methylbuta-1,3-diene, PubChem CID: 6557, CAS Number: 78-79-5, in gas phase" +465,\Atmosphere\Gas phase\Reactive gas\VOC,,,C5H8 (cyclopentene),"IUPAC: cyclopentene, PubChem CID: 8882, CAS Number: 142-29-0, in gas phase" +466,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C5Hn, n=10 (sum of 3-methyl-1-butene and cyclopentene)","Sum of 3-methyl-1-butene and cyclopentane, in gas phase" +467,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C5Hn, n={12, 10} (sum of n-pentane and cyclopentane)","Sum of n-pentane and cyclopentane, in gas phase" +468,\Atmosphere\Gas phase\Reactive gas\VOC,,,C6H12 (cyclohexane),"IUPAC: cyclohexane, PubChem CID: 8078, CAS Number: 110-82-7, in gas phase" +469,\Atmosphere\Gas phase\Reactive gas\VOC,,,C6H12 (methylcyclopentane),"IUPAC: methylcyclopentane, PubChem CID: 7296, CAS Number: 96-37-7, in gas phase" +470,\Atmosphere\Gas phase\Reactive gas\VOC,,,C6H12O (hexanal isomers), +471,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C6H14 (2,2-dimethylbutane)", +472,\Atmosphere\Gas phase\Reactive gas\VOC,,,C6H14 (2-methylpentane),"IUPAC: 2-methylpentane, PubChem CID: 7892, CAS Number: 107-83-5, in gas phase" +473,\Atmosphere\Gas phase\Reactive gas\VOC,,,C6H14 (3-methylpentane),"IUPAC: 3-methylpentane, PubChem CID: 7282, CAS Number: 96-14-0, in gas phase" +474,\Atmosphere\Gas phase\Reactive gas\VOC,,,C6H14 (n-hexane),"IUPAC: hexane, PubChem CID: 8058, CAS Number: 110-54-3, in gas phase" +475,\Atmosphere\Gas phase\Reactive gas\VOC,,,C6H14 (sum of methylpentanes), +476,\Atmosphere\Gas phase\Reactive gas\VOC,,,C6H6 (benzene),"IUPAC: benzene, PubChem CID: 241, CAS Number: 71-43-2, in gas phase" +477,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C6Hn, n={14, 12} (sum of 3-methylpentane and cyclohexane)","sum of 3-methylpentane and cyclohexane, in gas phase" +478,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C6Hn, n={14, 12} (sum of 2,2-dimethylbutane and methylcyclopentane)","sum of 2,2-dimethylbutane and methylcyclopentane, in gas phase" +479,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C6Hn, n={14, 12} (sum of 2,3-dimethylbutane and methylcyclopentane)","sum of 2,3-dimethylbutane and methylcyclopentane, in gas phase" +480,\Atmosphere\Gas phase\Reactive gas\VOC,,,C7H16 (sum of methylhexanes), +481,\Atmosphere\Gas phase\Reactive gas\VOC,,,C7H6O (benzene carbaldehyde), +482,\Atmosphere\Gas phase\Reactive gas\VOC,,,C7H8 (toluene),"IUPAC: toluene, PubChem CID: 1140, CAS Number: 108-88-3, in gas phase" +483,\Atmosphere\Gas phase\Reactive gas\VOC,,,C8H10 (ethylbenzene),"IUPAC: ethylbenzene, PubChem CID: 7500, CAS Number: 100-41-4, in gas phase" +484,\Atmosphere\Gas phase\Reactive gas\VOC,,,C8H10 (m-xylene),"IUPAC: 1,3-xylene, PubChem CID: 7929, CAS Number: 108-38-3, in gas phase" +485,\Atmosphere\Gas phase\Reactive gas\VOC,,,C8H10 (o-xylene),"IUPAC: 1,2-xylene, PubChem CID: 7237, CAS Number: 95-47-6, in gas phase" +486,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C8H10 (Sum of p-xylene and m-xylene, 1,3- and 1,4-dimethylbenzene)", +487,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C9H12 (1,2,4-trimethylbenzene)","IUPAC: 1,2,4-trimethylbenzene, PubChem CID: 7247, CAS Number: 95-36-3, in gas phase" +488,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C9H12 (1,3,5-trimethylbenzene)","IUPAC: 1,3,5-trimethylbenzene, PubChem CID: 7947, CAS Number: 108-67-8, in gas phase" +489,\Atmosphere\Gas phase\Reactive gas\VOC,,,"CH2O (methanal, formaldehyde)","IUPAC: formaldehyde, PubChem CID: 712, CAS Number: 50-00-0, in gas phase" +490,\Atmosphere\Gas phase\Reactive gas\VOC,,,CH3CH2OH (ethanol),"IUPAC: ethanol, PubChem CID: 702, CAS Number: 64-17-5, in gas phase" +491,\Atmosphere\Gas phase\Reactive gas\VOC,,,"CH3CHO (acetaldehyde, ethanal)","IUPAC: acetaldehyde, PubChem CID: 177, CAS Number: 75-07-0, in gas phase" +492,\Atmosphere\Gas phase\Reactive gas\VOC,,,CH3CN (acetonitrile),"IUPAC: acetonitrile, PubChem CID: 6342, CAS Number: 75-05-8, in gas phase" +493,\Atmosphere\Gas phase\Reactive gas\VOC,,,CH3OH (methanol),"IUPAC: methanol, PubChem CID: 887, CAS Number: 67-56-1, in gas phase" +494,\Atmosphere\Gas phase\Reactive gas\VOC,,,NMHC, +495,\Atmosphere\Gas phase\Reactive gas\VOC,,,c-C4H8 (cis-2-butene),"IUPAC: (Z)-but-2-ene, PubChem CID: 5287573, CAS Number: 590-18-1, in gas phase" +496,\Atmosphere\Gas phase\Reactive gas\VOC,,,c-C5H10 (cis-2-pentene),"IUPAC: (Z)-pent-2-ene, PubChem CID: 5326160, CAS Number: 627-20-3, in gas phase" +497,\Atmosphere\Gas phase\Reactive gas\VOC,,,"i-C4H10 (2-methylpropane, iso-butane)","IUPAC: 2-methylpropane, PubChem CID: 6360, CAS Number: 75-28-5, in gas phase" +498,\Atmosphere\Gas phase\Reactive gas\VOC,,,"i-C4H8 (2-methylpropene, iso-butene)","IUPAC: 2-methylprop-1-ene, PubChem CID: 8255, CAS Number: 115-11-7, in gas phase" +499,\Atmosphere\Gas phase\Reactive gas\VOC,,,"i-C5H12 (2-methylbutane, iso-pentane)","IUPAC: 2-methylbutane, PubChem CID: 6556, CAS Number: 78-78-4, in gas phase" +500,\Atmosphere\Gas phase\Reactive gas\VOC,,,"i-C7H16 (2-methylhexane, isoheptane)","IUPAC: 2-methylhexane, PubChem CID: 11582, CAS Number: 591-76-4, in gas phase" +501,\Atmosphere\Gas phase\Reactive gas\VOC,,,n-C4H10 (n-butane),"IUPAC: butane, PubChem CID: 7843, CAS Number: 106-97-8, in gas phase" +502,\Atmosphere\Gas phase\Reactive gas\VOC,,,n-C5H12 (n-pentane),"IUPAC: pentane, PubChem CID: 8003, CAS Number: 109-66-0, in gas phase" +503,\Atmosphere\Gas phase\Reactive gas\VOC,,,n-C7H16 (n-heptane),"IUPAC: heptane, PubChem CID: 8900, CAS Number: 142-82-5, in gas phase" +504,\Atmosphere\Gas phase\Reactive gas\VOC,,,t-C4H8 (trans-2-butene),"IUPAC: (E)-but-2-ene, PubChem CID: 62695, CAS Number: 107-01-7, in gas phase" +505,\Atmosphere\Gas phase\Reactive gas\VOC,,,t-C5H10 (trans-2-pentene),"IUPAC: (E)-pent-2-ene, PubChem CID: 5326161, CAS Number: 109-68-2, in gas phase" +506,\Atmosphere\Clouds\Optical properties,,,Cloud optical depth,"Effective depth (thickness) of a cloud from the viewpoint of radiation propagation. Specifically, OD = exp(-K.Œîz), where K is the extinction coefficient [km-1] and Œîz the vertical path [km] between the base and the top of the cloud. The WMO Cloud Atlas (https://cloudatlas.wmo.int/en/optical-thickness.html) defines cloud optical thickness as 'The optical thickness of a cloud is the degree to which the cloud prevents light from passing through it.'" +507,\Atmosphere\Clouds\Optical properties,,,Optical depth of fog, +508,\Atmosphere\Clouds\Optical properties,,,Optical depth within each cloud layer, +509,\Atmosphere\Clouds\Optical properties,,,Short-wave cloud reflectance,Reflectance of the solar radiation from clouds +521,\Atmosphere\Visibility\Obscurations,,,Extinction coefficient, +522,\Atmosphere\Visibility\Obscurations,,,Hydrometeor radius, +523,\Atmosphere\Visibility\Obscurations,,,Hydrometeor type, +524,\Atmosphere\Visibility\Obscurations,,,Lithometeor type, +525,\Atmosphere\Visibility\Obscurations,,,Meteorological Optical Range, +526,\Atmosphere\Visibility\Obscurations,,,Obscuration type, +529,\Atmosphere\Total Atmospheric Deposition\Inorganic acid,,,Strong acids, +531,\Atmosphere\Clouds\Position,,,Cloud base height,"For surface observations, height of the cloud base above ground level; for aircraft observations, altitude of the cloud base above mean sea level." +532,\Atmosphere\Clouds\Position,,,Cloud top height,Height of the top of the cloud (highest cloud in case of multi-layer clouds) above mean sea level. +533,\Atmosphere\Clouds\Position,,,Height of inversion, +534,\Atmosphere\Gas phase\Greenhouse gas\HCFCs,,,"C2H3Cl2F (1,1-dichloro-1-fluoroethane, HCFC-141b)","IUPAC: 1,1-dichloro-1-fluoroethane, PubChem CID: 15586, CAS Number: 1717-00-6, in gas phase" +535,\Atmosphere\Gas phase\Greenhouse gas\HCFCs,,,"C2H3ClF2 (1-chloro-1,1-difluoroethane, HCFC-142b)","IUPAC: 1-chloro-1,1-difluoroethane, PubChem CID: 6388, CAS Number: 75-68-3, in gas phase" +536,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C2H3F3 (1,1,1-trifluoroethane, HFC-143a)","IUPAC: 1,1,1-trifluoroethane, PubChem CID: 9868, CAS Number: 420-46-2, in gas phase" +537,\Atmosphere\Gas phase\Greenhouse gas\HCFCs,,,"CHClF2 (chlorodifluoromethane, HCFC-22)","IUPAC: chloro(difluoro)methane, PubChem CID: 6372, CAS Number: 75-45-6, in gas phase" +538,\Atmosphere\Total Atmospheric Deposition\Inorganic anions,,,Br- (bromide),"IUPAC: bromide, PubChem CID: 259, CAS Number: 24959-67-9, in total deposition" +539,\Atmosphere\Total Atmospheric Deposition\Inorganic anions,,,Cl- (chloride),"IUPAC: chloride, PubChem CID: 312, CAS Number: 16887-00-6, in total deposition" +540,\Atmosphere\Total Atmospheric Deposition\Inorganic anions,,,F- (fluoride),"IUPAC: fluoride, PubChem CID: 28179, CAS Number: 16984-48-8, in total deposition" +541,\Atmosphere\Total Atmospheric Deposition\Inorganic anions,,,I- (iodide),"IUPAC: iodide, PubChem CID: 30165, CAS Number: 20461-54-5, in total deposition" +542,\Atmosphere\Total Atmospheric Deposition\Inorganic anions,,,PO4--- (phosphate),"IUPAC: phosphate, PubChem CID: 1061, CAS Number: 14265-44-2, in total deposition" +543,\Atmosphere\Total Atmospheric Deposition\Inorganic anions,,,"SO4= (sulfate), corrected","IUPAC: sulfate, PubChem CID: 1117, CAS Number: 14808-79-8, in total deposition" +544,\Atmosphere\Total Atmospheric Deposition\Inorganic anions,,,SO4= (sulfate),"IUPAC: sulfate, PubChem CID: 1117, CAS Number: 14808-79-8, in total deposition" +545,\Atmosphere\Total Atmospheric Deposition\Inorganic cations,,,Ca++ (calcium),"IUPAC: calcium(2+), PubChem CID: 271, CAS Number: 14127-61-8, in total deposition" +546,\Atmosphere\Total Atmospheric Deposition\Inorganic cations,,,Mg++ (magnesium),"IUPAC: magnesium(2+), PubChem CID: 888, CAS Number: 22537-22-0, in total deposition" +547,\Atmosphere\Total Atmospheric Deposition\Inorganic cations,,,K+ (potassium),"IUPAC: potassium(1+), PubChem CID: 813, CAS Number: 24203-36-9, in total deposition" +548,\Atmosphere\Total Atmospheric Deposition\Inorganic cations,,,Na+ (sodium),"IUPAC: sodium(1+), PubChem CID: 923, CAS Number: 17341-25-2, in total deposition" +550,\Atmosphere\Clouds\Type,,,Type of cloud,"Result of cloud type classification - Accuracy expressed as inverse of number of classes, so that smaller figures correspond to better performance." +551,\Atmosphere\Clouds\Type,,,Type of high clouds,"Type of clouds of genera Cirrus, Cirrocumulus, or Cirrostratus. These occur between 3-8 km (polar regions), 5-13 km (temperate regions) and 6-18 km (tropics) above ground [ref: WMO, International Cloud Atlas, 2017 ed.]" +552,\Atmosphere\Clouds\Type,,,Type of low clouds,"Type of clouds of genera Stratus, Stratocumulus, Cumulus, or Cumulonimbus. These occur between 0-2 km above ground [ref: WMO, International Cloud Atlas, 2017 ed.]" +553,\Atmosphere\Clouds\Type,,,Type of middle clouds,"Type of clouds of genera Altocumulus, Altostratus, or Nimbostratus. These occur between 2-4 km (polar regions), 2-7 km (temperate regions) and 2-8 km (tropics) above ground [ref: WMO, International Cloud Atlas, 2017 ed.]" +554,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C2H2F4 (1,1,1,2-tetrafluoroethane, HFC-134a)","IUPAC: 1,1,1,2-tetrafluoroethane, PubChem CID: 13129, CAS Number: 811-97-2, in gas phase" +555,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C2H4F2 (1,1-difluoroethane, HFC-152a)","IUPAC: 1,1-difluoroethane, PubChem CID: 6368, CAS Number: 75-37-6, in gas phase" +556,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C2HF5 (pentafluoroethane, HFC-125)","IUPAC: 1,1,1,2,2-pentafluoroethane, PubChem CID: 9633, CAS Number: 354-33-6, in gas phase" +557,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C3H2F6 (1,1,1,2,3,3-hexafluoropropane, HFC-236ea)","IUPAC: 1,1,1,2,3,3-hexafluoropropane, PubChem CID: 79009, CAS Number: 431-63-0, in gas phase" +558,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C3H3F5 (1,1,1,3,3-Pentafluoropropane, HFC-245fa)","IUPAC: 1,1,1,3,3-pentafluoropropane, PubChem CID: 68030, CAS Number: 460-73-1, in gas phase" +559,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C3HF7 (1,1,1,2,3,3,3-Heptafluoropropane, HFC-227ea)","IUPAC: 1,1,1,2,3,3,3-heptafluoropropane, PubChem CID: 67940, CAS Number: 431-89-0, in gas phase" +560,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C4H5F5 (1,1,1,3,3-pentafluorobutane, HFC-365mfc)","IUPAC: 1,1,1,3,3-pentafluorobutane, PubChem CID: 67884, CAS Number: 406-58-6, in gas phase" +561,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"CH2F2 (difluoromethane, HFC-32)","IUPAC: difluoromethane, PubChem CID: 6345, CAS Number: 75-10-5, in gas phase" +562,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"CHF3 (trifluoromethane, HFC-23)","IUPAC: fluoroform, PubChem CID: 6373, CAS Number: 75-46-7, in gas phase" +565,\Atmosphere\Radiation\IR,,,Long-wave radiation (direction unspecified), +566,\Atmosphere\Radiation\IR,,,Long-wave radiation (downwelling), +567,\Atmosphere\Radiation\IR,,,Long-wave radiation (upwelling), +568,\Atmosphere\Total Atmospheric Deposition\Inorganic nitrogen species,,,NH4+ (ammonium),"IUPAC: azanium, PubChem CID: 223, CAS Number: 14798-03-9, in total deposition" +569,\Atmosphere\Total Atmospheric Deposition\Inorganic nitrogen species,,,NO3- (nitrate),"IUPAC: nitrate, PubChem CID: 943, CAS Number: 14797-55-8, in total deposition" +570,\Atmosphere\Total Atmospheric Deposition\Inorganic nitrogen species,,,NO2- (nitrite),"IUPAC: nitrite, PubChem CID: 946, CAS Number: 14797-65-0, in total deposition" +571,\Atmosphere\Radiation\Solar,,,Diffuse solar radiation, +572,\Atmosphere\Radiation\Solar,,,Direct solar radiation, +573,\Atmosphere\Radiation\Solar,,,Global solar radiation (downwelling), +574,\Atmosphere\Radiation\Solar,,,Global solar radiation (upwelling), +576,\Atmosphere\Total Atmospheric Deposition\Organic acid,,,CH3COO- (acetate),"IUPAC: acetate, PubChem CID: 175, CAS Number: 71-50-1, in total deposition" +577,\Atmosphere\Total Atmospheric Deposition\Organic acid,,,HCOO- (formate),"IUPAC: formate, PubChem CID: 283, CAS Number: 71-47-6, in total deposition" +578,\Atmosphere\Total Atmospheric Deposition\Organic acid,,,C2H5COO- (propionate),"IUPAC: propanoate, PubChem CID: 104745, CAS Number: 72-03-7, in total deposition" +579,\Atmosphere\Aerosol\Composition,,,"Acidity-Alkalinity, TSP", +589,\Atmosphere\Gas phase\Greenhouse gas\CFCs,,,"C2Cl2F4 (1,2-dichlorotetrafluoroethane, CFC-114)","IUPAC: 1,2-dichloro-1,1,2,2-tetrafluoroethane, PubChem CID: 6429, CAS Number: 76-14-2" +590,\Atmosphere\Gas phase\Greenhouse gas\CFCs,,,"C2Cl3F3 (1,1,2-trichloro-1,2,2-trifluoroethane, CFC-113)","IUPAC: 1,1,2-trichloro-1,2,2-trifluoroethane, PubChem CID: 6428, CAS Number: 76-13-1, in gas phase" +591,\Atmosphere\Gas phase\Greenhouse gas\CFCs,,,"C2ClF5 (1-chloro-1,1,2,2,2-pentafluoroethane, CFC-115)","IUPAC: 1-chloro-1,1,2,2,2-pentafluoroethane, PubChem CID: 6430, CAS Number: 76-15-3, in gas phase" +592,\Atmosphere\Gas phase\Greenhouse gas\CFCs,,,"CCl2F2 (dichlorodifluoromethane, CFC-12)","IUPAC: dichloro(difluoro)methane, PubChem CID: 6391, CAS Number: 75-71-8, in gas phase" +593,\Atmosphere\Gas phase\Greenhouse gas\CFCs,,,"CCl3F (trichlorofluoromethane, CFC-11)","IUPAC: trichloro(fluoro)methane, PubChem CID: 6389, CAS Number: 75-69-4, in gas phase" +594,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons,,,"CCl4 (tetrachloromethane, carbon tetrachloride)","IUPAC: tetrachloromethane, PubChem CID: 5943, CAS Number: 56-23-5, in gas phase" +595,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons,,,"CH3CCl3 (1,1,1-trichloroethane, methyl chloroform)","IUPAC: 1,1,1-trichloroethane, PubChem CID: 6278, CAS Number: 71-55-6, in gas phase" +597,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Al (aluminium),"IUPAC: aluminium, PubChem CID: 5359268, CAS Number: 7429-90-5, in total deposition" +598,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,As (arsenic),"IUPAC: arsenic, PubChem CID: 5359596, CAS Number: 7440-38-2, in total deposition" +599,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Cd (cadmium),"IUPAC: cadmium, PubChem CID: 23973, CAS Number: 7440-43-9, in total deposition" +600,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Cr (chromium),"IUPAC: chromium, PubChem CID: 23976, CAS Number: 7440-47-3, in total deposition" +601,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Co (cobalt),"IUPAC: cobalt, PubChem CID: 104730, CAS Number: 7440-48-4, in total deposition" +602,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Cu (copper),"IUPAC: copper, PubChem CID: 23978, CAS Number: 7440-50-8, in total deposition" +603,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Fe (iron),"IUPAC: iron, PubChem CID: 23925, CAS Number: 7439-89-6, in total deposition" +604,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Pb (lead),"IUPAC: lead, PubChem CID: 5352425, CAS Number: 7439-92-1, in total deposition" +605,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Mn (manganese),"IUPAC: manganese, PubChem CID: 23930, CAS Number: 7439-96-5, in total deposition" +606,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Hg (mercury),"IUPAC: mercury, PubChem CID: 23931, CAS Number: 7439-97-6, in total deposition" +607,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Ni (nickel),"IUPAC: nickel, PubChem CID: 936, CAS Number: 7440-02-1, in total deposition" +608,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,V (vanadium),"IUPAC: vanadium, PubChem CID: 23990, CAS Number: 7440-62-2, in total deposition" +609,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Zn (zinc),"IUPAC: zinc, PubChem CID: 23994, CAS Number: 7440-66-6, in total deposition" +614,\Atmosphere\Aerosol\Composition\Inorganic anions,,,"Cl- (chloride), PM1","IUPAC: chloride, PubChem CID: 312, CAS Number: 16887-00-6, in particle phase, PM1" +615,\Atmosphere\Aerosol\Composition\Inorganic anions,,,"Cl- (chloride), PM10","IUPAC: chloride, PubChem CID: 312, CAS Number: 16887-00-6, in particle phase, PM10" +616,\Atmosphere\Aerosol\Composition\Inorganic anions,,,"Cl- (chloride), PM2.5","IUPAC: chloride, PubChem CID: 312, CAS Number: 16887-00-6, in particle phase, PM2.5" +617,\Atmosphere\Aerosol\Composition\Inorganic anions,,,"Cl- (chloride), TSP","IUPAC: chloride, PubChem CID: 312, CAS Number: 16887-00-6, in particle phase, TSP" +618,\Atmosphere\Aerosol\Composition\Inorganic anions,,,"F- (fluoride), TSP","IUPAC: fluoride, PubChem CID: 28179, CAS Number: 16984-48-8, in particle phase, TSP" +619,\Atmosphere\Aerosol\Composition\Inorganic anions,,,"SO4= (sulfate), corrected","IUPAC: sulfate, PubChem CID: 1117, CAS Number: 14808-79-8, in particle phase" +620,\Atmosphere\Aerosol\Composition\Inorganic anions,,,"SO4= (sulfate), TSP","IUPAC: sulfate, PubChem CID: 1117, CAS Number: 14808-79-8, in particle phase, TSP" +621,\Atmosphere\Aerosol\Composition\Inorganic anions,,,"SO4= (sulfate), PM10","IUPAC: sulfate, PubChem CID: 1117, CAS Number: 14808-79-8, in particle phase, PM10" +622,\Atmosphere\Aerosol\Composition\Inorganic anions,,,"SO4= (sulfate), PM2.5","IUPAC: sulfate, PubChem CID: 1117, CAS Number: 14808-79-8, in particle phase, PM2.5" +623,\Atmosphere\Aerosol\Composition\Inorganic carbonaceous,,,"Elemental carbon, PM10",Carbonaceous fraction of particulate matter that is thermally stable in an inert atmosphere to high temperatures near 4000 K and can only be gasified by oxidation starting at temperatures above 340 degC. It is assumed to be inert and non-volatile under atmospheric conditions and insoluble in any solvent. Size range: PM10 +624,\Atmosphere\Aerosol\Composition\Inorganic carbonaceous,,,"Elemental carbon, PM1",Carbonaceous fraction of particulate matter that is thermally stable in an inert atmosphere to high temperatures near 4000 K and can only be gasified by oxidation starting at temperatures above 340 degC. It is assumed to be inert and non-volatile under atmospheric conditions and insoluble in any solvent. Size range: PM1 +625,\Atmosphere\Aerosol\Composition\Inorganic carbonaceous,,,"Elemental carbon, PM2.5",Carbonaceous fraction of particulate matter that is thermally stable in an inert atmosphere to high temperatures near 4000 K and can only be gasified by oxidation starting at temperatures above 340 degC. It is assumed to be inert and non-volatile under atmospheric conditions and insoluble in any solvent. Size range: PM2.5 +626,\Atmosphere\Aerosol\Composition\Inorganic carbonaceous,,,"Total carbon, PM10","Sum of elemental and organic carbon. Includes inorganic carbon, which is operationally distributed between elemental and organic carbon. Size range: PM10" +632,\Atmosphere\Aerosol\Composition\Inorganic cations,,,"Ca++ (calcium), PM10","IUPAC: calcium(2+), PubChem CID: 271, CAS Number: 14127-61-8, in particle phase, PM10" +633,\Atmosphere\Aerosol\Composition\Inorganic cations,,,"Ca++ (calcium), PM2.5","IUPAC: calcium(2+), PubChem CID: 271, CAS Number: 14127-61-8, in particle phase, PM2.5" +634,\Atmosphere\Aerosol\Composition\Inorganic cations,,,"Ca++ (calcium), TSP","IUPAC: calcium(2+), PubChem CID: 271, CAS Number: 14127-61-8, in particle phase, TSP" +635,\Atmosphere\Aerosol\Composition\Inorganic cations,,,"Mg++ (magnesium), PM10","IUPAC: magnesium(2+), PubChem CID: 888, CAS Number: 22537-22-0, in particle phase, PM10" +636,\Atmosphere\Aerosol\Composition\Inorganic cations,,,"Mg++ (magnesium), PM2.5","IUPAC: magnesium(2+), PubChem CID: 888, CAS Number: 22537-22-0, in particle phase, PM2.5" +637,\Atmosphere\Aerosol\Composition\Inorganic cations,,,"Mg++ (magnesium), TSP","IUPAC: magnesium(2+), PubChem CID: 888, CAS Number: 22537-22-0, in particle phase, TSP" +638,\Atmosphere\Aerosol\Composition\Inorganic cations,,,"K+ (potassium), PM10","IUPAC: potassium(1+), PubChem CID: 813, CAS Number: 24203-36-9, in particle phase, PM10" +639,\Atmosphere\Aerosol\Composition\Inorganic cations,,,"K+ (potassium), PM2.5","IUPAC: potassium(1+), PubChem CID: 813, CAS Number: 24203-36-9, in particle phase, PM2.5" +640,\Atmosphere\Aerosol\Composition\Inorganic cations,,,"K+ (potassium), TSP","IUPAC: potassium(1+), PubChem CID: 813, CAS Number: 24203-36-9, in particle phase, TSP" +641,\Atmosphere\Aerosol\Composition\Inorganic cations,,,"Na+ (sodium), PM10","IUPAC: sodium(1+), PubChem CID: 923, CAS Number: 17341-25-2, in particle phase, PM10" +642,\Atmosphere\Aerosol\Composition\Inorganic cations,,,"Na+ (sodium), PM2.5","IUPAC: sodium(1+), PubChem CID: 923, CAS Number: 17341-25-2, in particle phase, PM2.5" +643,\Atmosphere\Aerosol\Composition\Inorganic cations,,,"Na+ (sodium), TSP","IUPAC: sodium(1+), PubChem CID: 923, CAS Number: 17341-25-2, in particle phase, TSP" +644,\Atmosphere\Aerosol\Composition\Inorganic nitrogen species,,,"NH3 (ammonia), PM2.5","IUPAC: azane, PubChem CID: 222, CAS Number: 7664-41-7, in particle phase, PM2.5" +645,\Atmosphere\Aerosol\Composition\Inorganic nitrogen species,,,"NH4+ (ammonium), PM10","IUPAC: azanium, PubChem CID: 223, CAS Number: 14798-03-9, in particle phase, PM10" +646,\Atmosphere\Aerosol\Composition\Inorganic nitrogen species,,,"NH4+ (ammonia), PM2.5","IUPAC: azanium, PubChem CID: 223, CAS Number: 14798-03-9, in particle phase, PM2.5" +647,\Atmosphere\Aerosol\Composition\Inorganic nitrogen species,,,"NH4+ (ammonium), TSP","IUPAC: azanium, PubChem CID: 223, CAS Number: 14798-03-9, in particle phase, TSP" +648,\Atmosphere\Aerosol\Composition\Inorganic nitrogen species,,,"NH4NO4 (ammonium nitrate), TSP","IUPAC: ammonium nitrate, PubChem CID: 22985, CAS Number: 6484-52-2, in particle phase, TSP" +649,\Atmosphere\Aerosol\Composition\Inorganic nitrogen species,,,"NH4NO3 (ammonium nitrate), PM1","IUPAC: ammonium nitrate, PubChem CID: 22985, CAS Number: 6484-52-2, in particle phase, PM1" +650,\Atmosphere\Aerosol\Composition\Inorganic nitrogen species,,,"NO3- (nitrate), PM10","IUPAC: nitrate, PubChem CID: 943, CAS Number: 14797-55-8, in particle phase, PM10" +651,\Atmosphere\Aerosol\Composition\Inorganic nitrogen species,,,"NO3- (nitrate), PM2.5","IUPAC: nitrate, PubChem CID: 943, CAS Number: 14797-55-8, in particle phase, PM2.5" +652,\Atmosphere\Aerosol\Composition\Inorganic nitrogen species,,,"NO3- (nitrate), TSP","IUPAC: nitrate, PubChem CID: 943, CAS Number: 14797-55-8, in particle phase, TSP" +653,\Atmosphere\Aerosol\Composition\Inorganic nitrogen species,,,"NO2- (nitrite), TSP","IUPAC: nitrite, PubChem CID: 946, CAS Number: 14797-65-0, in particle phase, TSP" +654,\Atmosphere\Aerosol\Composition\Inorganic nitrogen species,,,Sum of NH3 (ammonia) and NH4+ (ammonium),Sum of NH3 (ammonia) and NH4+ (ammonium) +655,\Atmosphere\Aerosol\Composition\Inorganic nitrogen species,,,Sum of HNO3 (nitric acid) and NO3- (nitrate),Sum of HNO3 (nitric acid) and NO3- (nitrate) +656,\Atmosphere\Aerosol\Composition\Major inorganic components,,,Major chemical components,Major chemical components +657,\Atmosphere\Aerosol\Composition\Major inorganic components,,,"Major inorganic components, TSP","Major inorganic components, TSP" +658,\Atmosphere\Aerosol\Composition\Major inorganic components,,,"Major inorganic components, coarse","Major inorganic components, coarse" +659,\Atmosphere\Aerosol\Composition\Major inorganic components,,,"Major inorganic components, fine","Major inorganic components, fine" +660,\Atmosphere\Aerosol\Composition\Major inorganic components,,,"Other chemical components, coarse","Other chemical components, coarse" +661,\Atmosphere\Aerosol\Composition\Major inorganic components,,,"Other chemical components, fine","Other chemical components, fine" +662,\Atmosphere\Aerosol\Composition\Organic anions,,,"C2H3O2- (CH3COO-, acetate), PM1","IUPAC: acetate, PubChem CID: 175, CAS Number: 71-50-0, in particle phase, PM1" +663,\Atmosphere\Aerosol\Composition\Organic anions,,,"C2H3O2- (CH3COO-, acetate)","IUPAC: acetate, PubChem CID: 175, CAS Number: 71-50-0, in particle phase" +664,\Atmosphere\Aerosol\Composition\Organic anions,,,"C2O4= (oxalate, ethanedioate), PM1","IUPAC: oxalate, PubChem CID: 71081, CAS Number: 338-70-5, in particle phase, PM1" +665,\Atmosphere\Aerosol\Composition\Organic anions,,,"C2O4= (oxalate, ethanedioate), PM10","IUPAC: oxalate, PubChem CID: 71081, CAS Number: 338-70-5, in particle phase, PM10" +666,\Atmosphere\Aerosol\Composition\Organic anions,,,"C2O4= (oxalate, ethanedioate), TSP","IUPAC: oxalate, PubChem CID: 71081, CAS Number: 338-70-5, in particle phase, TSP" +667,\Atmosphere\Aerosol\Composition\Organic anions,,,"CH3O3S- (methanesulfonate), PM1","IUPAC: methanesulfonate, PubChem CID: 85257, CAS Number: 16053-58-0, in particle phase, PM1" +668,\Atmosphere\Aerosol\Composition\Organic anions,,,"CH3O3S- (methanesulfonate), TSP","IUPAC: methanesulfonate, PubChem CID: 85257, CAS Number: 16053-58-0, in particle phase, TSP" +669,\Atmosphere\Aerosol\Composition\Organic anions,,,"CHO2- (HCOO-, formate)","IUPAC: formate, PubChem CID: 283, CAS Number: 71-47-6, in particle phase" +670,\Atmosphere\Aerosol\Composition\Organic carbonaceous,,,"Carbonaceous-organic material, PM10", +671,\Atmosphere\Aerosol\Composition\Organic carbonaceous,,,"Carbonaceous-organic material, fine", +672,\Atmosphere\Aerosol\Composition\Trace elements,,,"Ti (Titanium), TSP","IUPAC: titanium, PubChem CID: 23963, CAS Number: 7440-32-6, in particle phase, TSP" +673,\Atmosphere\Aerosol\Composition\Trace elements,,,"Al (Aluminium), PM2.5","IUPAC: aluminium, PubChem CID: 5359268, CAS Number: 7429-90-5, in particle phase, PM2.5" +674,\Atmosphere\Aerosol\Composition\Trace elements,,,"Al (Aluminium), TSP","IUPAC: aluminium, PubChem CID: 5359268, CAS Number: 7429-90-5, in particle phase, TSP" +675,\Atmosphere\Aerosol\Composition\Trace elements,,,"Sb (Antimony), PM2.5","IUPAC: antimony, PubChem CID: 5354495, CAS Number: 7440-36-0, in particle phase, PM2.5" +676,\Atmosphere\Aerosol\Composition\Trace elements,,,"Sb (Antimony), TSP","IUPAC: antimony, PubChem CID: 5354495, CAS Number: 7440-36-0, in particle phase, TSP" +677,\Atmosphere\Aerosol\Composition\Trace elements,,,"As (Arsenic), PM10","IUPAC: arsenic, PubChem CID: 5359596, CAS Number: 7440-38-2, in particle phase, PM10" +678,\Atmosphere\Aerosol\Composition\Trace elements,,,"As (Arsenic), TSP","IUPAC: arsenic, PubChem CID: 5359596, CAS Number: 7440-38-2, in particle phase, TSP" +679,\Atmosphere\Aerosol\Composition\Trace elements,,,"Ba (Barium), PM2.5","IUPAC: barium, PubChem CID: 5355457, CAS Number: 7440-39-3, in particle phase, PM2.5" +680,\Atmosphere\Aerosol\Composition\Trace elements,,,"Ba (Barium), TSP","IUPAC: barium, PubChem CID: 5355457, CAS Number: 7440-39-3, in particle phase, TSP" +681,\Atmosphere\Aerosol\Composition\Trace elements,,,"Bi (Bismuth), PM2.5","IUPAC: bismuth, PubChem CID: 5359367, CAS Number: 7440-69-9, in particle phase, PM2.5" +682,\Atmosphere\Aerosol\Composition\Trace elements,,,"Bi (Bismuth), TSP","IUPAC: bismuth, PubChem CID: 5359367, CAS Number: 7440-69-9, in particle phase, TSP" +683,\Atmosphere\Aerosol\Composition\Trace elements,,,"Cd (Cadmium), PM1","IUPAC: cadmium, PubChem CID: 23973, CAS Number: 7440-43-9, in particle phase, PM1" +684,\Atmosphere\Aerosol\Composition\Trace elements,,,"Cd (Cadmium), PM10","IUPAC: cadmium, PubChem CID: 23973, CAS Number: 7440-43-9, in particle phase, PM10" +685,\Atmosphere\Aerosol\Composition\Trace elements,,,"Cd (Cadmium), PM2.5","IUPAC: cadmium, PubChem CID: 23973, CAS Number: 7440-43-9, in particle phase, PM2.5" +686,\Atmosphere\Aerosol\Composition\Trace elements,,,"Cd (Cadmium), PM2.5 - PM10","IUPAC: cadmium, PubChem CID: 23973, CAS Number: 7440-43-9, in particle phase, PM2.5 - PM10" +687,\Atmosphere\Aerosol\Composition\Trace elements,,,"Cd (Cadmium), TSP","IUPAC: cadmium, PubChem CID: 23973, CAS Number: 7440-43-9, in particle phase, TSP" +688,\Atmosphere\Aerosol\Composition\Trace elements,,,"Ce (Cerium), PM2.5","IUPAC: cerium, PubChem CID: 23974, CAS Number: 7440-45-1, in particle phase, PM2.5" +689,\Atmosphere\Aerosol\Composition\Trace elements,,,"Ce (Cerium), TSP","IUPAC: cerium, PubChem CID: 23974, CAS Number: 7440-45-1, in particle phase, TSP" +690,\Atmosphere\Aerosol\Composition\Trace elements,,,"Cr (Chromium), TSP","IUPAC: chromium, PubChem CID: 23976, CAS Number: 7440-47-3, in particle phase, TSP" +691,\Atmosphere\Aerosol\Composition\Trace elements,,,"Co (Cobalt), TSP","IUPAC: cobalt, PubChem CID: 104730, CAS Number: 7440-48-4, in particle phase, TSP" +692,\Atmosphere\Aerosol\Composition\Trace elements,,,"Cu (Copper), PM10","IUPAC: copper, PubChem CID: 23978, CAS Number: 7440-50-8, in particle phase, PM10" +693,\Atmosphere\Aerosol\Composition\Trace elements,,,"Cu (Copper), TSP","IUPAC: copper, PubChem CID: 23978, CAS Number: 7440-50-8, in particle phase, TSP" +694,\Atmosphere\Aerosol\Composition\Trace elements,,,"Fe (Iron), TSP","IUPAC: iron, PubChem CID: 23925, CAS Number: 7439-89-6, in particle phase, TSP" +695,\Atmosphere\Aerosol\Composition\Trace elements,,,"La (Lanthanum), PM2.5","IUPAC: lanthanum, PubChem CID: 23926, CAS Number: 7439-91-0, in particle phase, PM2.5" +696,\Atmosphere\Aerosol\Composition\Trace elements,,,"La (Lanthanum), TSP","IUPAC: lanthanum, PubChem CID: 23926, CAS Number: 7439-91-0, in particle phase, TSP" +697,\Atmosphere\Aerosol\Composition\Trace elements,,,"Pb (Lead), PM10","IUPAC: lead, PubChem CID: 5352425, CAS Number: 7439-92-1, in particle phase, PM10" +698,\Atmosphere\Aerosol\Composition\Trace elements,,,"Pb (Lead), TSP","IUPAC: lead, PubChem CID: 5352425, CAS Number: 7439-92-1, in particle phase, TSP" +699,\Atmosphere\Aerosol\Composition\Trace elements,,,"Li (Lithium), PM2.5","IUPAC: lithium, PubChem CID: 3028194, CAS Number: 7439-93-2, in particle phase, PM2.5" +700,\Atmosphere\Aerosol\Composition\Trace elements,,,"Li (Lithium), TSP","IUPAC: lithium, PubChem CID: 3028194, CAS Number: 7439-93-2, in particle phase, TSP" +701,\Atmosphere\Aerosol\Composition\Trace elements,,,"Mn (Manganese), PM10","IUPAC: manganese, PubChem CID: 23930, CAS Number: 7439-96-5, in particle phase, PM10" +702,\Atmosphere\Aerosol\Composition\Trace elements,,,"Mn (Manganese), TSP","IUPAC: manganese, PubChem CID: 23930, CAS Number: 7439-96-5, in particle phase, TSP" +703,\Atmosphere\Aerosol\Composition\Trace elements,,,"Hg (Mercury), TSP","IUPAC: mercury, PubChem CID: 23931, CAS Number: 7439-97-6, in particle phase, TSP" +704,\Atmosphere\Aerosol\Composition\Trace elements,,,"Ni (Nickel), PM10","IUPAC: nickel, PubChem CID: 935, CAS Number: 7440-02-0, in particle phase, PM10" +705,\Atmosphere\Aerosol\Composition\Trace elements,,,"Ni (Nickel), TSP","IUPAC: nickel, PubChem CID: 935, CAS Number: 7440-02-0, in particle phase, TSP" +706,\Atmosphere\Aerosol\Composition\Trace elements,,,"P (Phosphorous), PM2.5","IUPAC: phosphorus, PubChem CID: 5462309, CAS Number: 7723-14-0, in particle phase, PM2.5" +707,\Atmosphere\Aerosol\Composition\Trace elements,,,"P (Phosphorous), TSP","IUPAC: phosphorus, PubChem CID: 5462309, CAS Number: 7723-14-0, in particle phase, TSP" +708,\Atmosphere\Aerosol\Composition\Trace elements,,,"Rb (Rubidium), PM2.5","IUPAC: rubidium, PubChem CID: 5357696, CAS Number: 7440-17-7, in particle phase, PM2.5" +709,\Atmosphere\Aerosol\Composition\Trace elements,,,"Rb (Rubidium), TSP","IUPAC: rubidium, PubChem CID: 5357696, CAS Number: 7440-17-7, in particle phase, TSP" +710,\Atmosphere\Aerosol\Composition\Trace elements,,,"Se (Selenium), TSP","IUPAC: selenium, PubChem CID: 6326970, CAS Number: 7782-49-2, in particle phase, TSP" +711,\Atmosphere\Aerosol\Composition\Trace elements,,,"Sr (Strontium), PM2.5","IUPAC: strontium, PubChem CID: 5359327, CAS Number: 7440-24-6, in particle phase, PM2.5" +712,\Atmosphere\Aerosol\Composition\Trace elements,,,"Sr (Strontium), TSP","IUPAC: strontium, PubChem CID: 5359327, CAS Number: 7440-24-6, in particle phase, TSP" +713,\Atmosphere\Aerosol\Composition\Trace elements,,,"Tl (Thallium), PM2.5","IUPAC: thallium, PubChem CID: 5359464, CAS Number: 7440-28-0, in particle phase, PM2.5" +714,\Atmosphere\Aerosol\Composition\Trace elements,,,"Tl (Thallium), TSP","IUPAC: thallium, PubChem CID: 5359464, CAS Number: 7440-28-0, in particle phase, TSP" +715,\Atmosphere\Aerosol\Composition\Trace elements,,,"Th (Thorium), PM2.5","IUPAC: thorium, PubChem CID: 23960, CAS Number: 7440-29-1, in particle phase, PM2.5" +716,\Atmosphere\Aerosol\Composition\Trace elements,,,"Th (Thorium), TSP","IUPAC: thorium, PubChem CID: 23960, CAS Number: 7440-29-1, in particle phase, TSP" +717,\Atmosphere\Aerosol\Composition\Trace elements,,,"Sn (Tin), PM2.5","IUPAC: tin, PubChem CID: 5352426, CAS Number: 7440-31-5, in particle phase, PM2.5" +718,\Atmosphere\Aerosol\Composition\Trace elements,,,"Sn (Tin), TSP","IUPAC: tin, PubChem CID: 5352426, CAS Number: 7440-31-5, in particle phase, TSP" +719,\Atmosphere\Aerosol\Composition\Trace elements,,,"U (Uranium), PM2.5","IUPAC: uranium, PubChem CID: 23989, CAS Number: 7440-61-1, in particle phase, PM2.5" +720,\Atmosphere\Aerosol\Composition\Trace elements,,,"U (Uranium), TSP","IUPAC: uranium, PubChem CID: 23989, CAS Number: 7440-61-1, in particle phase, TSP" +721,\Atmosphere\Aerosol\Composition\Trace elements,,,"V (Vanadium), PM2.5","IUPAC: vanadium, PubChem CID: 23990, CAS Number: 7440-62-2, in particle phase, PM2.5" +722,\Atmosphere\Aerosol\Composition\Trace elements,,,"V (Vanadium), TSP","IUPAC: vanadium, PubChem CID: 23990, CAS Number: 7440-62-2, in particle phase, TSP" +723,\Atmosphere\Aerosol\Composition\Trace elements,,,"Zn (Zinc), PM2.5","IUPAC: zinc, PubChem CID: 23994, CAS Number: 7440-66-6, in particle phase, PM2.5" +724,\Atmosphere\Aerosol\Composition\Trace elements,,,"Zn (Zinc), TSP","IUPAC: zinc, PubChem CID: 23994, CAS Number: 7440-66-6, in particle phase, TSP" +727,\Atmosphere\Particle phase\Physical properties,,,Dust mass concentration,Concentration of dust or sand in the atmosphere +728,\Atmosphere\Particle phase\Physical properties,,,Volcanic ash particle mass concentration,3D field of mass mixing ratio of volcanic ash +729,\Atmosphere\Particle phase\Physical properties,,,Aerosol volcanic ash (Total column),Field of total column mass of volcanic ash +12001,\Atmosphere\Lightning,,,Total lightning density, +12002,\Atmosphere\Lightning,,,Lightning density cloud-to-ground, +12005,\Atmosphere\Wind,,,Horizontal wind direction at specified distance from reference surface,Horizontal wind direction at specified distance from reference surface +12006,\Atmosphere\Wind,,,Horizontal wind speed at specified distance from reference surface,Horizontal wind speed at specified distance from reference surface +12016,Atmosphere\Gas phase\Greenhouse gas\CFCs,,,"Cl3CCF3 (1,1,1-trichloro-2,2,2-trifluoroethane, CFC-113a)","IUPAC: 1,1,1-trichloro-2,2,2-trifluoroethane, PubChem CID: 9635, CAS Number: 354-58-5, in gas phase" +12017,Atmosphere\Gas phase\Greenhouse gas\Halon,,,"CBr2F2 (dibromodifluoromethane, Halon 1202)","IUPAC: dibromo(difluoro)methane, PubChem CID: 6382, CAS Number: 75-61-6, in gas phase" +12018,Atmosphere\Gas phase\Greenhouse gas\Halon,,,"C2Br2F4 (1,2-dibromo-1,1,2,2-tetrafluoroethane, Halon 2402)","IUPAC: 1,2-dibromo-1,1,2,2-tetrafluoroethane, PubChem CID: 31301, CAS Number: 124-73-2, in gas phase" +12019,Atmosphere\Gas phase\Greenhouse gas\HCFCs,,,"C2H3Cl2F (1,1-dichloro-2-fluoroethane, HCFC-141a)","IUPAC: 1,1-dichloro-2-fluoroethane, PubChem CID: 67936, CAS Number: 430-53-5, in gas phase" +12021,\Atmosphere\Gas phase,,,O2/N2 ratio,Atmospheric O2/N2 ratio +12022,\Atmosphere\Bioaerosol\Pollen,,,Total pollen,All pollen taxa +12023,\Atmosphere\Bioaerosol\Pollen\Pinaceae,,,Total Pinaceae,Pine family pollen +12024,\Atmosphere\Bioaerosol\Pollen\Pinaceae,,,Abies,Fir pollen +12025,\Atmosphere\Bioaerosol\Pollen\Pinaceae,,,Picea,Spruce pollen +12026,\Atmosphere\Bioaerosol\Pollen\Pinaceae,,,Larix,Larch pollen +12027,\Atmosphere\Bioaerosol\Pollen\Pinaceae,,,Pinus,Pine pollen +12028,\Atmosphere\Bioaerosol\Pollen\Cupressaceae,,,Total Cupressaceae,Cypress family pollen +12029,\Atmosphere\Bioaerosol\Pollen\Arecaceae,,,Total Arecaceae,Palm family pollen +12030,\Atmosphere\Bioaerosol\Pollen\Platanaceae,,,Platanus,Plane tree pollen +12031,\Atmosphere\Bioaerosol\Pollen\Urticaceae,,,Parietaria,Pellitory pollen +12032,\Atmosphere\Bioaerosol\Pollen\Urticaceae,,,Urtica,Nettle pollen +12033,\Atmosphere\Bioaerosol\Pollen\Fagaceae,,,Castanea,Sweet chestnut pollen +12034,\Atmosphere\Bioaerosol\Pollen\Fagaceae,,,Fagus,Beech pollen +12035,\Atmosphere\Bioaerosol\Pollen\Fagaceae,,,Quercus,Oak pollen +12036,\Atmosphere\Bioaerosol\Pollen\Betulaceae,,,Total Betulaceae,Birch family pollen +12037,\Atmosphere\Bioaerosol\Pollen\Betulaceae,,,Alnus,Alder pollen +12038,\Atmosphere\Bioaerosol\Pollen\Betulaceae,,,Betula,Birch pollen +12039,\Atmosphere\Bioaerosol\Pollen\Betulaceae,,,Carpinus,Hornbeam pollen +12040,\Atmosphere\Bioaerosol\Pollen\Betulaceae,,,Corylus,Hazel pollen +12041,\Atmosphere\Bioaerosol\Pollen\Amaranthaceae,,,Total Amaranthaceae,Amaranth family pollen +12042,\Atmosphere\Bioaerosol\Pollen\Amaranthaceae,,,Chenopodium,Chenopodium (goosefoot) pollen +12043,\Atmosphere\Bioaerosol\Pollen\Salicaceae,,,Populus,Poplar pollen +12044,\Atmosphere\Bioaerosol\Pollen\Salicaceae,,,Salix,Willow pollen +12045,\Atmosphere\Bioaerosol\Pollen\Oleaceae,,,Total Oleaceae,Olive family pollen +12046,\Atmosphere\Bioaerosol\Pollen\Oleaceae,,,Olea,Olive pollen +12047,\Atmosphere\Bioaerosol\Pollen\Oleaceae,,,Fraxinus,Ash pollen +12048,\Atmosphere\Bioaerosol\Pollen\Asteraceae,,,Total Asteraceae,Aster family pollen +12049,\Atmosphere\Bioaerosol\Pollen\Asteraceae,,,Ambrosia,Ragweed pollen +12050,\Atmosphere\Bioaerosol\Pollen\Asteraceae,,,Artemisia,Mugwort pollen +12051,\Atmosphere\Bioaerosol\Pollen\Asteraceae,,,Solidago,Solidago (goldenrod) pollen +12052,\Atmosphere\Bioaerosol\Pollen\Poaceae,,,Total Poaceae,Grasses pollen +12053,\Atmosphere\Bioaerosol\Pollen\Poaceae,,,Secale,Secale pollen +12054,\Atmosphere\Bioaerosol\Pollen\Poaceae,,,Zea mays,Maize pollen +12055,\Atmosphere\Bioaerosol\Pollen\Juglandaceae,,,Juglans,Walnut tree pollen +12056,\Atmosphere\Bioaerosol\Pollen\Ulmaceae,,,Ulmus,Elm pollen +12057,\Atmosphere\Bioaerosol\Pollen\Sapindaceae,,,Acer,Maple pollen +12058,\Atmosphere\Bioaerosol\Pollen\Sapindaceae,,,Aesculus,Aesculus pollen +12059,\Atmosphere\Bioaerosol\Pollen\Brassicaceae,,,Brassica,Brassica pollen +12060,\Atmosphere\Bioaerosol\Pollen\Plantaginaceae,,,Plantago,Plantain pollen +12061,\Atmosphere\Bioaerosol\Pollen\Adoxaceae,,,Sambucus,Sambucus (elder) pollen +12062,\Atmosphere\Bioaerosol\Pollen\Polygonaceae,,,Rumex,"Rumex (dock, sorrel) pollen" +12063,\Atmosphere\Bioaerosol\Pollen\Malvaceae,,,Tilia,Linden pollen +12064,\Atmosphere\Bioaerosol\Pollen\Cannabaceae,,,Humulus,Hop pollen +12065,\Atmosphere\Bioaerosol\Pollen\Taxaceae,,,Taxus,Yew pollen +12066,\Atmosphere\Bioaerosol\Pollen\Elaeagnaceae,,,Hippophae,Sea-buckthorn pollen +12067,\Atmosphere\Bioaerosol\Pollen\Aquifoliaceae,,,Ilex,Holly pollen +12068,\Atmosphere\Bioaerosol\Pollen\Oleaceae,,,Ligustrum,Privet pollen +12069,\Atmosphere\Bioaerosol\Pollen\Juncaceae,,,Total Juncaceae,Rush family pollen +12070,\Atmosphere\Bioaerosol\Pollen\Cyperaceae,,,Total Cyperaceae,Sedge family pollen +12071,\Atmosphere\Bioaerosol\Pollen\Ericaceae,,,Total Ericaceae,Heather family pollen +12072,\Atmosphere\Bioaerosol\Pollen\Rosaceae,,,Total Rosaceae,Rose family pollen +12073,\Atmosphere\Bioaerosol\Pollen\Caryophyllaceae,,,Silene,Melandrium pollen +12074,\Atmosphere\Bioaerosol\Pollen\Ranunculaceae,,,Total Ranunculaceae,Buttercup family pollen +12075,\Atmosphere\Bioaerosol\Pollen\Umbelliferae,,,Total Umbelliferae,"Celery, carrot or parsley family pollen" +12076,\Atmosphere\Bioaerosol\Pollen\Brassicaceae,,,Total Brassicaceae,"Cabbage family (mustards, crucifers) pollen" +12077,\Atmosphere\Bioaerosol\Pollen\Betulaceae,,,Ostrya,Hophornbeam pollen +12078,\Atmosphere\Bioaerosol\Pollen\Pinaceae,,,Cedrus,Cedar family pollen +12079,\Atmosphere\Bioaerosol\Pollen\Buxaceae,,,Buxus,Box pollen +12080,\Atmosphere\Bioaerosol\Pollen\Ginkgoaceae,,,Ginkgo,Ginkgo pollen +12081,\Atmosphere\Bioaerosol\Pollen\Altingiaceae,,,Liquidambar,Sweetgum pollen +12082,\Atmosphere\Bioaerosol\Pollen\Euphorbiaceae,,,Mercurialis,Mercuries pollen +12083,\Atmosphere\Bioaerosol\Pollen\Moraceae,,,Total Moraceae,Mulberry family pollen +12084,\Atmosphere\Bioaerosol\Fungi\Pleosporales,,,Alternaria,Alternaria spores +12085,\Atmosphere\Bioaerosol\Fungi\Capnodiales,,,Cladosporium,Cladosporium spores +12086,\Atmosphere\Gas phase\Greenhouse gas\Inorganic nitrogen species,,,NF3 (nitrogen trifluoride),"IUPAC: nitrogen trifluoride, PubChem CID: 24553, CAS Number: 7783-54-2, in gas phase" +12087,\Atmosphere\Gas phase\Greenhouse gas ,,"organic, isotopologue","CH3D (monodeuterated methane, methane-d1)","IUPAC: deuteriomethane, PubChem CID: 12669, CAS Number: 676-49-3, in gas phase" +12088,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons,,,"CClF3 (chlorotrifluoromethane, CFC-13)","IUPAC: chloro(trifluoro)methane, PubChem CID: 6392, CAS Number: 75-72-9, in gas phase" +12089,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons,,,"C2HClF4 (1-chloro-1,2,2,2-tetrafluoroethane, HCFC-124)","IUPAC: 2-chloro-1,1,1,2-tetrafluoroethane, PubChem CID: 17822, CAS Number: 2837-89-0, in gas phase" +12090,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons,,,"C5H2F10 (1,1,1,2,2,3,4,5,5,5-decafluoropentane, HFC-43-10-mee)","IUPAC: 1,1,1,2,2,3,4,5,5,5-decafluoropentane, PubChem CID: 86240, CAS Number: 138495-42-8, in gas phase" +12091,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons,,,"C4F8 (octafluorocyclobutane, PFC-318)","IUPAC: 1,1,2,2,3,3,4,4-octafluorocyclobutane, PubChem CID: 8263, CAS Number: 115-25-3, in gas phase" +12092,\Atmosphere\Gas phase\Alcohol,,organic,C3H8O (1-propanol),"IUPAC: Propan-1-ol, PubChem CID: 1031, CAS Number: 71-23-8, in gas phase" +12093,\Atmosphere\Gas phase\Alcohol,,organic,C3H8O (2-propanol),"IUPAC: Propan-2-ol, PubChem CID: 3776, CAS Number: 67-63-0, in gas phase" +12094,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aromatic",C4H4O (furan),"IUPAC: Furan, PubChem CID: 8029, CAS Number: 110-00-9, in gas phase" +12095,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aromatic",C5H6O (2-methylfuran),"IUPAC: 2-Methylfuran, PubChem CID: 10797, CAS Number: 534-22-5, in gas phase" +12096,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aromatic",C5H6O (3-methylfuran),"IUPAC: 3-Methylfuran, PubChem CID: 13587, CAS Number: 930-27-8, in gas phase" +12097,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,"C3H3N (2-propenenitrile, acrylonitrile)","IUPAC: Prop-2-enenitrile, PubChem CID: 7855, CAS Number: 107-13-1, in gas phase" +12098,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,C3H5N (propanenitrile),"IUPAC: Propanenitrile, PubChem CID: 7854, CAS Number: 107-12-0, in gas phase" +12099,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,"C4H5N (2-methyl-2-propenenitrile, methylacrylonitrile)","IUPAC: 2-Methylprop-2-enenitrile, PubChem CID: 31368, CAS Number: 126-98-7, in gas phase" +12100,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,CH3NO3 (methyl nitrate),"IUPAC: Methyl nitrate, PubChem CID: 11724, CAS Number: 598-58-3, in gas phase" +12101,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,C2H5NO3 (ethyl nitrate),"IUPAC: Ethyl nitrate, PubChem CID: 12259, CAS Number: 625-58-1, in gas phase" +12102,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,C3H7NO3 (isopropyl nitrate),"IUPAC: Propan-2-yl nitrate, PubChem CID: 15575, CAS Number: 1712-64-7, in gas phase" +12103,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,C4H9NO3 (n-butyl nitrate),"IUPAC: Butyl nitrate, PubChem CID: 13567, CAS Number: 928-45-0, in gas phase" +12104,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,C4H9NO3 (isobutyl nitrate),"IUPAC: 2-Methylpropyl nitrate, PubChem CID: 10974, CAS Number: 928-45-0, in gas phase" +12105,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,C4H9NO3 (t-butyl nitrate),"IUPAC: tert-Butyl nitrite, PubChem CID: 10906, CAS Number: 540-80-7, in gas phase" +12106,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,"C4H9NO3 (2-butyl nitrate, sec-butyl nitrate)","IUPAC: Butan-2-yl nitrite, PubChem CID: 13544, CAS Number: 924-43-6, in gas phase" +12107,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, BVOC, alcohol",C5H10O (2-methyl-3-buten-2-ol),"IUPAC: 2-Methylbut-3-en-2-ol, PubChem CID: 8257, CAS Number: 115-18-4, in gas phase" +12108,\Atmosphere\Gas phase\Alkane,,organic,C8H18 (n-octane),"IUPAC: Octane, PubChem CID: 356, CAS Number: 111-65-9, in gas phase" +12109,\Atmosphere\Gas phase\Alkane,,organic,"C8H18 (2,2,4-trimethylpentane)","IUPAC: 2,2,4-Trimethylpentane, PubChem CID: 10907, CAS Number: 540-84-1, in gas phase" +12110,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aldehyde, alkene, specified stereoisomer","C4H6O ((E)-crotonaldehyde, trans-2-butenal)","IUPAC: (2E)-but-2-enal, PubChem CID: 447466, CAS Number: 123-73-9, in gas phase" +12111,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aldehyde, alkene, specified stereoisomer","C4H6O ((Z)-crotonaldehyde, cis-2-butenal)","IUPAC: (Z)-but-2-enal, PubChem CID: 673950, CAS Number: 15798-64-8, in gas phase" +12112,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aldehyde, alkene, mixed stereoisomers","C4H6O (crotonaldehyde, 2-butenal)","IUPAC: But-2-enal, PubChem CID: 20138, CAS Number: 4170-30-3, in gas phase" +12113,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,"C2H2Cl2 (1,1-dichloroethene)","IUPAC: 1,1-Dichloroethene, PubChem CID: 6366, CAS Number: 75-35-4, in gas phase" +12114,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,"C2H2Cl2 ((Z)-1,2-dichloroethene, cis-1,2-dichloroethene)","IUPAC: (Z)-1,2-dichloroethene, PubChem CID: 643833, CAS Number: 156-59-2, in gas phase" +12115,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,"C2H2Cl2 ((E)-1,2-dichloroethene, trans-1,2-dichloroethene)","IUPAC: (E)-1,2-dichloroethene, PubChem CID: 638186, CAS Number: 156-60-5, in gas phase" +12116,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,"C2H2Cl2 (1,2-dichloroethene)","IUPAC: 1,2-dichloroethene, PubChem CID: 10900, CAS Number: 540-9-0, in gas phase" +12117,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,"C2H4Cl2 (1,1-dichloroethane)","IUPAC: 1,1-Dichloroethane, PubChem CID: 6365, CAS Number: 75-34-3, in gas phase" +12118,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,"C2H4Cl2 (1,2-dichloroethane)","IUPAC: 1,2-Dichloroethane, PubChem CID: 11, CAS Number: 107-06-2, in gas phase" +12119,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,CHBr2Cl (dibromochloromethane),"IUPAC: dibromo(chloro)methane, PubChem CID: 31296, CAS Number: 124-48-1, in gas phase" +12120,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,CHBrCl2 (bromodichloromethane),"IUPAC: bromo(dichloro)methane, PubChem CID: 6359, CAS Number: 75-27-4, in gas phase" +12121,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,CH2ClI (chloroiodomethane),"IUPAC: chloro(iodo)methane, PubChem CID: 11644, CAS Number: 593-71-5, in gas phase" +12122,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,CH2I2 (diiodomethane),"IUPAC: diiodomethane, PubChem CID: 6346, CAS Number: 75-11-6, in gas phase" +12123,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aromatic",C5H4O2 (furfural),"IUPAC: furan-2-carbaldehyde, PubChem CID: 7362, CAS Number: 98-01-1, in gas phase" +12124,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aromatic",C5H4O2 (3-furaldehyde),"IUPAC: furan-3-carbaldehyde, PubChem CID: 10351, CAS Number: 498-60-2, in gas phase" +12125,\Atmosphere\Gas phase,,"organic, aromatic",C8H8 (styrene),"IUPAC: styrene, PubChem CID: 7501, CAS Number: 100-42-5, in gas phase" +12126,\Atmosphere\Gas phase,,,C8H6 (ethynylbenzene),"IUPAC: ethynylbenzene, PubChem CID: 10821, CAS Number: 536-74-3, in gas phase" +12127,\Atmosphere,,,C6H5Cl (chlorobenzene),"IUPAC: chlorobenzene, PubChem CID: 7964, CAS Number: 108-90-7, in gas phase" +12128,\Atmosphere\Gas phase\Terpene,,organic,C10H16 (tricyclene),"IUPAC: 1,7,7-trimethyltricyclo[2.2.1.02,6]heptane, PubChem CID: 79035, CAS Number: 508-32-7, in gas phase" +12129,\Atmosphere\Gas phase\Terpene,,organic,C10H16 (alpha-pinene),"IUPAC: 2,6,6-trimethylbicyclo[3.1.1]hept-2-ene, PubChem CID: 6654, CAS Number: 80-56-8, in gas phase" +12130,\Atmosphere\Gas phase\Terpene,,organic,C10H16 (beta-pinene),"IUPAC: 6,6-dimethyl-2-methylidenebicyclo[3.1.1]heptane, PubChem CID: 14896, CAS Number: 127-91-3, in gas phase" +12131,\Atmosphere\Gas phase\Terpene,,organic,C10H16 (myrcene),"IUPAC: 7-methyl-3-methylideneocta-1, PubChem CID: 31253, CAS Number: 123-35-3, in gas phase" +12132,\Atmosphere\Gas phase\Terpene,,organic,C10H16 (camphene),"IUPAC: 2,2-dimethyl-3-methylidenebicyclo[2.2.1]heptane, PubChem CID: 6616, CAS Number: 79-92-5, in gas phase" +12133,\Atmosphere\Gas phase\Terpene,,organic,C10H16 (D-limonene),"IUPAC: (4R)-1-methyl-4-prop-1-en-2-ylcyclohexene, PubChem CID: 440917, CAS Number: 5989-27-5, in gas phase" +12134,\Atmosphere\Gas phase\Terpene,,organic,C10H16 (3-carene),"IUPAC: 3,7,7-trimethylbicyclo[4.1.0]hept-3-ene, PubChem CID: 26049, CAS Number: 13466-78-9, in gas phase" +12135,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aldehyde",C2H2O2 (glyoxal),"IUPAC: oxaldehyde, PubChem CID: 7860, CAS Number: 107-22-2, in gas phase" +12136,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic,ester",C2H4O2 (methyl formate),"IUPAC: methyl formate, PubChem CID: 7865, CAS Number: 107-31-3, in gas phase" +12137,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aldehyde",C2H4O2 (glycolaldehyde),"IUPAC: 2-hydroxyacetaldehyde, PubChem CID: 756, CAS Number: 141-46-8, in gas phase" +12138,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, ester",C3H6O2 (methyl acetate),"IUPAC: methyl acetate, PubChem CID: 6584, CAS Number: 79-20-9, in gas phase" +12139,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, ester",C3H6O2 (ethyl formate),"IUPAC: ethyl formate, PubChem CID: 8025, CAS Number: 109-94-4, in gas phase" +12140,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, ketone",C3H6O2 (hydroxyacetone),"IUPAC: 1-hydroxypropan-2-one, PubChem CID: 8299, CAS Number: 116-09-6, in gas phase" +12141,Atmosphere\Gas phase\Greenhouse gas\OVOC,,organic,"C3H6O2 (1,3-dioxolane)","IUPAC: 1,3-dioxolane, PubChem CID: 12586, CAS Number: 646-06-0, in gas phase" +12142,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, ester",C4H8O2 (ethyl acetate),"IUPAC: ethyl acetate, PubChem CID: 8857, CAS Number: 141-78-6, in gas phase" +12143,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, ester",C4H8O2 (methyl propionate),"IUPAC: methyl propanoate, PubChem CID: 11124, CAS Number: 554-12-1, in gas phase" +12144,\Atmosphere\Gas phase,,"organic, aromatic",C8H10 (p-xylene),"IUPAC: 1,4-xylene, PubChem CID: 7809, CAS Number: 106-42-3, in gas phase" +12145,\Atmosphere\Particle phase\Optical properties,,,Particle light extinction coefficient,A measure of light attenuation due to scattering and absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. +12146,\Atmosphere\Particle phase\Optical properties,,,Particle single scattering albedo,Ratio of particle scattering coefficient to particle extinction coefficient or sum of particle absorption and scattering coefficients. +12147,\Atmosphere\Particle phase\Optical properties,,,√Öngstr√∂m exponent for particle light extinction,A measure of dependence of the particle light extinction coefficient on wavelength expressed in power law relationship. +12148,\Atmosphere\Particle phase\Optical properties,,,√Öngstr√∂m exponent for particle light scattering,A measure of dependence of the particle light scattering coefficient on wavelength expressed in power law relationship. +12149,\Atmosphere\Particle phase\Optical properties,,,√Öngstr√∂m exponent for particle light absorption,A measure of dependence of the particle light absorption coefficient on wavelength expressed in power law relationship. +12150,\Atmosphere\Particle phase\Optical properties,,,√Öngstr√∂m exponent for aerosol optical depth,A measure of dependence of the aerosol optical depth on wavelength expressed in power law relationship. +12151,\Atmosphere\Particle phase\Optical properties,,,√Öngstr√∂m exponent for aerosol absorption optical depth,A measure of dependence of the aerosol absorption optical depth on wavelength expressed in power law relationship. +12152,\Atmosphere\Particle phase\Physical properties,,,Particle surface area size distribution,"Particle surface area concentration as a function of size, typically equivalent spherical radius or diameter." +12153,\Atmosphere\Particle phase\Physical properties,,,Particle volume size distribution,"Particle volume concentration as a function of size, typically equivalent spherical radius or diameter." +12154,\Atmosphere\Particle phase\Physical properties,,,Particle mass size distribution,"Particle mass concentration as a function of size, typically equivalent spherical radius or diameter." +12155,\Atmosphere\Particle phase\Physical properties,,,Hygroscopic particle size growth factor,A scaling factor describing the particle equivalent spherical size change as a function of relative humidity due to absorbing or evaporating water. +12156,\Atmosphere\Particle phase\Physical properties,,,Hygroscopic particle light scattering growth factor,A scaling factor describing the particle scattering coefficient change as a function of relative humidity due to absorbing or evaporating water. +12157,\Atmosphere\Particle phase\Physical properties,,,Hygroscopic particle light extinction growth factor,A scaling factor describing the particle extinction coefficient change as a function of relative humidity due to absorbing or evaporating water. +12158,\Atmosphere\Particle phase\Optical properties,,,Particle light hemispheric backscatter coefficient,"The fraction of incident radiative flux scattered into all backward angles, i.e. scattering_angle exceeding pi/2 radians." +12159,\Atmosphere\Particle phase\Optical properties,,,Particle light backscatter coefficient,The fraction of incident radiative flux scattered backward at 180 degrees. +12160,\Atmosphere\Particle phase\Optical properties,,,Particle light hemispheric forward scattering coefficient,"Incident radiative flux scattered into all forward angles, i.e. scattering_angle from zero to pi/2 radians." +12161,\Atmosphere\Particle phase\Physical properties,,,Particle effective diameter,The area weighted mean diameter of the aerosol particles. +12162,\Atmosphere\Aerosol,,,Aerosol layer height,Height of vertically localized aerosol layer above sea level +12163,Atmosphere\Dynamics,,,Mixed layer height,"Height above the surface to which atmospheric properties (wind speed, etc) or atmospheric constituents (aerosol, gases) are dispersed by turbulent vertical mixing" +12164,\Atmosphere\Gas phase,,,O3 (ozone),"IUPAC: ozone, PubChem CID: 24823, CAS Number: 10028-15-6, in gas phase" +12165,\Atmosphere\Humidity,,,Water vapour, +12166,\Atmosphere\Temperature,,,Temperature, +12167,\Atmosphere\Clouds,,,Cloud phase,"Aggregate state of cloud particles, either water droplets/drops, snowflakes, ice/snow crystals, or mixed." +12168,\Atmosphere,,,Height of the top of the PBL,Height of the surface above ground separating the planetary boundary layer (PBL) from the free atmosphere. +12169,\Atmosphere\Particle Phase,,,Aerosol type,"Selection, out of a pre-defined set of aerosol classes, that best fits an input data set (observed or modeled). The pre-defined set of aerosol classes includes specification of the particle composition, mixing state, complex refractive index, and shape as a function of particle size. The definition of aerosol type includes specification of all the classes as well as the algorithm used to choose the best fit to the input data." +12170,\Atmosphere\Radionuclide,,,Tritium [H-3],"IUPAC: n/a, PubChem CID: 24824, CAS Number: 10028-17-8" +12171,\Atmosphere\Radionuclide,,,Carbon [C-14],"IUPAC: n/a, PubChem CID: 26873, CAS Number: 14762-75-5" +12172,\Atmosphere\Radionuclide,,,Sodium [Na-22],"IUPAC: sodium-22, PubChem CID: 6328543, CAS Number: 13966-32-0" +12173,\Atmosphere\Radionuclide,,,Sodium [Na-24],"IUPAC: sodium-24, PubChem CID: 6335498, CAS Number: 13982-04-2" +12174,\Atmosphere\Radionuclide,,,Chlorine [Cl-38],"IUPAC: n/a, PubChem CID: 167013, CAS Number: 14158-34-0" +12175,\Atmosphere\Radionuclide,,,Potassium [K-40],"IUPAC: potassium-40, PubChem CID: 6328542, CAS Number: 13966-00-2" +12176,\Atmosphere\Radionuclide,,,Potassium [K-42],"IUPAC: potassium-42, PubChem CID: 11607897, CAS Number: 14378-21-3" +12177,\Atmosphere\Radionuclide,,,Scandium [Sc-46],"IUPAC: scandium-46, PubChem CID: 107673, CAS Number: 13967-63-0" +12178,\Atmosphere\Radionuclide,,,Chromium [Cr-51],"IUPAC: chromium-51, PubChem CID: 104786, CAS Number: 14392-02-0" +12179,\Atmosphere\Radionuclide,,,Manganese [Mn-53],"IUPAC: manganese-53, PubChem CID: 167227, CAS Number: 14999-33-8" +12180,\Atmosphere\Radionuclide,,,Manganese [Mn-56],"IUPAC: manganese-56, PubChem CID: 114694, CAS Number: 14681-52-8" +12181,\Atmosphere\Radionuclide,,,Iron [Fe-59],"IUPAC: iron-59, PubChem CID: 104784, CAS Number: 14596-12-4" +12182,\Atmosphere\Radionuclide,,,Cobalt [Co-56],"IUPAC: cobalt-56, PubChem CID: 166998, CAS Number: 14093-03-9" +12183,\Atmosphere\Radionuclide,,,Cobalt [Co-57],"IUPAC: cobalt-57, PubChem CID: 104851, CAS Number: 13981-50-5" +12184,\Atmosphere\Radionuclide,,,Cobalt [Co-58],"IUPAC: cobalt-58, PubChem CID: 104844, CAS Number: 13981-38-9" +12185,\Atmosphere\Radionuclide,,,Cobalt [Co-60],"IUPAC: cobalt-60, PubChem CID: 61492, CAS Number: 10198-40-0" +12186,\Atmosphere\Radionuclide,,,Zinc [Zn-65],"IUPAC: zinc-65, PubChem CID: 91574, CAS Number: 13982-39-3" +12187,\Atmosphere\Radionuclide,,,Gallium [Ga-67],"IUPAC: gallium-67, PubChem CID: 5464084, CAS Number: 14119-09-6" +12188,\Atmosphere\Radionuclide,,,Selenium [Se-75],"IUPAC: selenium-75, PubChem CID: 6328176, CAS Number: 14265-71-5" +12189,\Atmosphere\Radionuclide,,,Strontium [Sr-85],"IUPAC: strontium-85, PubChem CID: 5464271, CAS Number: 13967-73-2" +12190,\Atmosphere\Radionuclide,,,Strontium [Sr-89],"IUPAC: strontium-89, PubChem CID: 5388880, CAS Number: 14158-27-1" +12191,\Atmosphere\Radionuclide,,,Strontium [Sr-90],"IUPAC: strontium-90, PubChem CID: 5486204, CAS Number: 10098-97-2" +12192,\Atmosphere\Radionuclide,,,Strontium [Sr-91],"IUPAC: strontium-91, PubChem CID: 6337043, CAS Number: 14331-91-0" +12193,\Atmosphere\Radionuclide,,,Yttrium [Y-88],"IUPAC: yttrium-88, PubChem CID: 105173, CAS Number: 13982-36-0" +12194,\Atmosphere\Radionuclide,,,Yttrium [Y-90m],"Metastable (excited) state of yttrium-90 isotope, IUPAC: yttrium-90, PubChem CID: 104760, CAS Number: 10098-91-6" +12195,\Atmosphere\Radionuclide,,,Zirconium [Zr-95],"IUPAC: zirconium-95, PubChem CID: 91573, CAS Number: 13967-71-0" +12196,\Atmosphere\Radionuclide,,,Niobium [Nb-95],"IUPAC: niobium-95, PubChem CID: 104776, CAS Number: 13967-76-5" +12197,\Atmosphere\Radionuclide,,,Molybdenum [Mo-99],"IUPAC: molybdenum-99, PubChem CID: 104976, CAS Number: 14119-15-4" +12198,\Atmosphere\Radionuclide,,,Technetium [Tc-99m],"Metastable (excited) state of technetium-99 isotope, IUPAC: technetium-99, PubChem CID: 26476, CAS Number: 14133-76-7" +12199,\Atmosphere\Radionuclide,,,Ruthenium [Ru-103],"IUPAC: ruthenium-103, PubChem CID: 104749, CAS Number: 13968-53-1" +12200,\Atmosphere\Radionuclide,,,Ruthenium [Ru-106],"IUPAC: ruthenium-106, PubChem CID: 26359, CAS Number: 13967-48-1" +12201,\Atmosphere\Radionuclide,,,Silver [Ag-108m],"Metastable (excited) state of silver-108 isotope, IUPAC: silver-108, PubChem CID: 167088, CAS Number: 14391-65-2" +12202,\Atmosphere\Radionuclide,,,Silver [Ag-110m],"Metastable (excited) state of silver-110 isotope, IUPAC: silver-110, PubChem CID: 104828, CAS Number: 14391-76-5" +12203,\Atmosphere\Radionuclide,,,Indium [In-111],"IUPAC: indium-111, PubChem CID: 5462099, CAS Number: 15750-15-9" +12204,\Atmosphere\Radionuclide,,,Tin [Sn-113],"IUPAC: tin-113, PubChem CID: 6335514, CAS Number: 13966-06-8" +12205,\Atmosphere\Radionuclide,,,Antimony [Sb-122],"IUPAC: antimony-122, PubChem CID: 6335836, CAS Number: 14374-79-9" +12206,\Atmosphere\Radionuclide,,,Antimony [Sb-124],"IUPAC: antimony-124, PubChem CID: 6335510, CAS Number: 14683-10-4" +12207,\Atmosphere\Radionuclide,,,Antimony [Sb-125],"IUPAC: antimony-125, PubChem CID: 6335317, CAS Number: 14234-35-6" +12208,\Atmosphere\Radionuclide,,,Tellurium [Te-132],"IUPAC: tellurium-132, PubChem CID: 6336614, CAS Number: 14234-28-7" +12209,\Atmosphere\Radionuclide,,,"Iodine [I-126], elementary","IUPAC: n/a, PubChem CID: 161029, CAS Number: 14158-32-8" +12210,\Atmosphere\Radionuclide,,,"Iodine [I-131], elementary","IUPAC: n/a, PubChem CID: 24855, CAS Number: 10043-66-0" +12211,\Atmosphere\Radionuclide,,,"Iodine [I-132], elementary","IUPAC: n/a, PubChem CID: 104966, CAS Number: 14683-16-0" +12212,\Atmosphere\Radionuclide,,,"Iodine [I-133], elementary","IUPAC: n/a, PubChem CID: 167176, CAS Number: 14834-67-4" +12213,\Atmosphere\Radionuclide,,,Xenon [Xe-133],"IUPAC: xenon-133, PubChem CID: 66376, CAS Number: 14932-42-4" +12214,\Atmosphere\Radionuclide,,,Caesium [Cs-134],"IUPAC: cesium-134, PubChem CID: 6335485, CAS Number: 13967-70-9" +12215,\Atmosphere\Radionuclide,,,Caesium [Cs-136],"IUPAC: cesium-136, PubChem CID: 6335316, CAS Number: 14234-29-8" +12216,\Atmosphere\Radionuclide,,,Caesium [Cs-137],"IUPAC: cesium-137, PubChem CID: 5486527, CAS Number: 10045-97-3" +12217,\Atmosphere\Radionuclide,,,Barium [Ba-133],"IUPAC: barium-133, PubChem CID: 5491664, CAS Number: 13981-41-4" +12218,\Atmosphere\Radionuclide,,,Barium [Ba-140],"IUPAC: barium-140, PubChem CID: 6335490, CAS Number: 14798-08-4" +12219,\Atmosphere\Radionuclide,,,Cerium [Ce-139],"IUPAC: cerium-139, PubChem CID: 166969, CAS Number: 13982-30-4" +12220,\Atmosphere\Radionuclide,,,Cerium [Ce-141],"IUPAC: cerium-141, PubChem CID: 104814, CAS Number: 13967-74-3" +12221,\Atmosphere\Radionuclide,,,Cerium [Ce-144],"IUPAC: cerium-144, PubChem CID: 26874, CAS Number: 14762-78-8" +12222,\Atmosphere\Radionuclide,,,Lanthanum [La-140],"IUPAC: lanthanum-140, PubChem CID: 104882, CAS Number: 13981-28-7" +12223,\Atmosphere\Radionuclide,,,Neodymium [Nd-147],"IUPAC: neodymium-147, PubChem CID: 114848, CAS Number: 14269-74-0" +12224,\Atmosphere\Radionuclide,,,Europium [Eu-152],"IUPAC: europium-152, PubChem CID: 104907, CAS Number: 14683-23-9" +12225,\Atmosphere\Radionuclide,,,Tantalum [Ta-182],"IUPAC: tantalum-182, PubChem CID: 161013, CAS Number: 13982-00-8" +12226,\Atmosphere\Radionuclide,,,Iridium [Ir-192],"IUPAC: iridium-192, PubChem CID: 66373, CAS Number: 14694-69-0" +12227,\Atmosphere\Radionuclide,,,Mercury [Hg-203],"IUPAC: mercury-203, PubChem CID: 104771, CAS Number: 13982-78-0" +12228,\Atmosphere\Radionuclide,,,Bismuth [Bi-212],"IUPAC: bismuth-212, PubChem CID: 6335500, CAS Number: 14913-49-6" +12229,\Atmosphere\Radionuclide,,,Bismuth [Bi-213],"IUPAC: bismuth-213, PubChem CID: 6337093, CAS Number: 15776-20-2" +12230,\Atmosphere\Radionuclide,,,Lead [Pb-212],"IUPAC: lead-212, PubChem CID: 6335491, CAS Number: 15092-94-1" +12231,\Atmosphere\Radionuclide,,,Lead [Pb-214],"IUPAC: lead-214, PubChem CID: 6328551, CAS Number: 15067-28-4" +12232,\Atmosphere\Radionuclide,,,Radium [Ra-226],"IUPAC: radium-226, PubChem CID: 9877911, CAS Number: 13982-63-3" +12233,\Atmosphere\Radionuclide,,,Actinium [Ac-228],"IUPAC: actinium-228, PubChem CID: 105063, CAS Number: 14331-83-0" +12234,\Atmosphere\Radionuclide,,,Thorium [Th-232],"IUPAC: thorium-232, PubChem CID: 11817119, CAS Number: n/a" +12235,\Atmosphere\Radionuclide,,,Uranium [U-234],"IUPAC: uranium-234, PubChem CID: 61704, CAS Number: 13966-29-5" +12236,\Atmosphere\Radionuclide,,,Uranium [U-235],"IUPAC: uranium-235, PubChem CID: 61784, CAS Number: 15117-96-1" +12237,\Atmosphere\Radionuclide,,,Uranium [U-238],"IUPAC: uranium-238, PubChem CID: n/a, CAS Number: n/a" +12238,\Atmosphere\Radionuclide,,,Plutonium [Pu-238],"IUPAC: plutonium-238, PubChem CID: 61709, CAS Number: 13981-16-3" +12239,\Atmosphere\Radionuclide,,,Neptunium [Np-239],"IUPAC: neptunium-239, PubChem CID: 104958, CAS Number: 13968-59-7" +12240,\Atmosphere\Radionuclide,,,Americium [Am-241],"IUPAC: americium-241, PubChem CID: 104726, CAS Number: 14596-10-2" +12241,\Atmosphere\Radionuclide,,,Sum of Plutonium [Pu-239] and [Pu-240],"Sum of Plutonium isotopes: Pu-239 and Pu-240, IUPAC: plutonium-239, PubChem CID: 61782, CAS Number: 15117-48-3 and IUPAC: plutonium-239, PubChem CID: 61782, CAS Number: 15117-48-3" +12242,\Atmosphere\Radionuclide,,,Gold [Au-198],"IUPAC: gold-198, PubChem CID: 66274, CAS Number: 10043-49-9" +12243,\Atmosphere\Gas phase\Greenhouse gas\HCFCs,,,"C2H2Cl2F2 (1,2-dichloro-1,1-difluoroethane, HCFC-132b)","IUPAC: 1,2-dichloro-1,1-difluoroethane, PubChem CID: 15442, CAS Number: 1649-08-7, in gas phase" +12244,\Atmosphere\Gas phase\Greenhouse gas\HCFCs,,,"C2H2ClF3 (2-chloro-1,1,1-trifluoroethane, HCFC-133a)","IUPAC: 2-chloro-1,1,1-trifluoroethane, PubChem CID: 6408, CAS Number: 75-88-7, in gas phase" +12245,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C3H2F6 (1,1,1,3,3,3-hexafluoropropane, HFC-236fa)","IUPAC: 1,1,1,3,3,3-hexafluoropropane, PubChem CID: 12722, CAS Number: 690-39-1, in gas phase" +12246,\Atmosphere\Radionuclide,,,Tellurium [Te-131],"IUPAC: tellurium-131, PubChem CID: 6337051, CAS Number: 14683-12-6" +12247,\Atmosphere\Radionuclide,,,Neodymium [Nd-137],IUPAC: neodymium-137 +12248,\Atmosphere\Particle phase\Optical properties,,,Attenuated backscatter,The product of the total volume backscatter coefficient and the atmospheric two-way transmission of the layers between the instrument and the observed volume. The total volume backscatter coefficient is the sum of all backscatter coefficients from the atmosphere (including from molecules and particles) accounting for all polarizations. The atmospheric two-way transmission accounts for the total volume (molecular and particulate and all polarizations) extinction along the path from the instrument to the observed volume and back. +12249,\Atmosphere\Humidity,,,Relative humidity (with respect to water),The ratio of the amount fraction of the water vapour in the air to the corresponding amount fraction if the air were saturated with respect to water at a particular pressure and temperature. Relative humidity is typically reported in percent (%). [Based on definition of R1490 in International Vocabulary of Meteorology (WMO-No. 182). 1992.] +12250,\Atmosphere\Humidity,,,Specific humidity,"The ratio of the mass of water vapour in the air to the mass of a moist air parcel, where the mass of the moist air parcel is the sum of the mass of water vapour and the dry air. Synonym: Moisture content. [Based on definition of M1750 in International Vocabulary of Meteorology (WMO-No. 182). 1992.]" +12251,\Atmosphere\Particle phase\Optical properties,,,Relative attenuated backscatter,"The product of the total volume backscatter coefficient and the atmospheric two-way transmission of the layers between the instrument and the observed volume presented in arbitrary units. The total volume backscatter coefficient is the sum of all backscatter coefficients from the atmosphere (including from molecules and particles) accounting for all polarizations. The atmospheric two-way transmission accounts for the total volume (molecular and particulate and all polarizations) extinction along the path from the instrument to the observed volume and back. The value of this variable in presented in relative, arbitrary units to account for observations of attenuated backscatter lacking final absolute calibrations." +12252,\Atmosphere\Remote sensing\Optical properties,,level 1,Radiance,"The radiant flux emitted, reflected, transmitted or received by a given surface, per unit solid angle per unit projected area. It is a directional quantity. Note: Historically, radiance was called 'intensity'." +12253,\Atmosphere\Remote sensing\Optical properties,,level 1,Spectral radiance,"The radiance of a surface per unit frequency or wavelength, depending on whether the spectrum is taken as a function of frequency or of wavelength. It is a directional quantity. Note: 'spectral radiance' is also used for measurements by radiometers and spectrometers, where it means the spectral radiance incident on the instrument integrated over the normalised spectral response function of the instrument. Historically, spectral radiance was called spectral intensity." +12254,\Atmosphere\Remote sensing\Optical properties,,level 1,Brightness temperature,Also called radiance temperature or equivalent black body temperature. The temperature of a black body emitting the spectral radiance equivalent to the observed spectral radiance at the observed frequency or wavelength. +12255,\Atmosphere\Remote sensing\Optical properties,,level 1,Spectral bidirectional reflectance,"Ratio of reflected to incident radiation as a function of incident angle, reflected angle and wavelength. For a satellite measurement, these angles are the zenith and azimuth angles of the sun and the zenith and azimuth angle of the viewing instrument at the feature (surface and/or atmospheric column) being observed." +12256,\Atmosphere\Remote sensing\Optical properties,,"level 1, radar",Radar backscatter coefficient,"Normalised radar cross section (NRCS) backscatter coefficient, also called sigma-0 ('sigma-nought'). The normalised measure of the radar return, measured in dB." +12257,\Atmosphere\Remote sensing\Optical properties,,"level 1, radio occultation",Bending angle,"The angle through which an electromagnetic wave is refracted when passing along an atmospheric path, used particularly for GNSS radio occultation observations." +12258,\Atmosphere\Remote sensing\Optical properties,,level 1,Refractivity,The refractive index (of air) minus one. Particularly used for GNSS radio occultation observations. +12259,\Atmosphere\Remote sensing,,level 1,Slant total delay (STD),The time delay of a GNSS radio signal passing along an atmospheric path from transmitter to receiver compared with the same path in vacuum. +12260,\Atmosphere\Remote sensing,,level 1,Zenith total delay (ZTD),"The time delay of a GNSS radio signal passing along an atmospheric path from transmitter to receiver compared with the same path in vacuum, and scaled to refer to the equivalent vertical path." +12261,\Atmosphere\Remote sensing,,level 1,Delay Doppler map,"A 2D array of backscatter coefficients as a function of Doppler shift and signal delay, derived from GNSS reflectometry." +12262,\Atmosphere\Remote sensing,,radio occultation,Impact parameter,"Minimum distance between the direction vector of the ray (prior to bending) and the centre of the curvature of the ellipsoid describing the Earth, used particularly for GNSS radio occultation observations." From 1a85f3bc9334236390286d41c76af057716a9797 Mon Sep 17 00:00:00 2001 From: Anna Milan Date: Wed, 24 May 2023 12:00:36 +0200 Subject: [PATCH 02/18] issue #472, refactor paths --- .DS_Store | Bin 8196 -> 8196 bytes tables_en/1-01-01.csv | 970 +++++++++++++++++++++--------------------- 2 files changed, 485 insertions(+), 485 deletions(-) diff --git a/.DS_Store b/.DS_Store index 0b8975b8b9aec3b22aabdf43b0355df06430648f..f39a102b376827a5ed0e404b967165f4b212e88e 100644 GIT binary patch delta 55 zcmZp1XmQxUFU+(qV6vdF5{H0l#Yt}dqmDq1giwl0Qcivn0|Ns`sZ#QOsIb`PYT-^E E0JawoegFUf delta 55 zcmZp1XmQxUFU+($bh4nZ5=Y44i_5wAk2(T55<)31NjdpR3=9k$v%fu`2o)CFTrJ$m F0|53r5$6B^ diff --git a/tables_en/1-01-01.csv b/tables_en/1-01-01.csv index 3dfb87cf..2b41abd4 100644 --- a/tables_en/1-01-01.csv +++ b/tables_en/1-01-01.csv @@ -3,6 +3,75 @@ notation,path,domains,tags,name,description 44,\Atmosphere,,,Integrated air samples, 56,\Atmosphere,,,Special phenomena, 57,\Atmosphere,,,State of ground, +265,\Atmosphere,,,Past weather,"Predominant characteristic of weather which had existed at the station during a given period of time. [Manual on Codes (WMO-No. 306), Volume I.1. 2011 edition updated in 2019.]" +266,\Atmosphere,,,Present weather,"Weather existing at the time of observation, or under certain conditions, during the hour preceding the time of observation. [Manual on Codes (WMO-No. 306), Volume I.1. 2011 edition updated in 2019.]" +12127,\Atmosphere,,,C6H5Cl (chlorobenzene),"IUPAC: chlorobenzene, PubChem CID: 7964, CAS Number: 108-90-7, in gas phase" +12168,\Atmosphere,,,Height of the top of the PBL,Height of the surface above ground separating the planetary boundary layer (PBL) from the free atmosphere. +12162,\Atmosphere\Particle phase,,,Aerosol layer height,Height of vertically localized aerosol layer above sea level +12085,\Atmosphere\Bioaerosol\Fungi\Capnodiales,,,Cladosporium,Cladosporium spores +12084,\Atmosphere\Bioaerosol\Fungi\Pleosporales,,,Alternaria,Alternaria spores +12022,\Atmosphere\Bioaerosol\Pollen,,,Total pollen,All pollen taxa +12061,\Atmosphere\Bioaerosol\Pollen\Adoxaceae,,,Sambucus,Sambucus (elder) pollen +12081,\Atmosphere\Bioaerosol\Pollen\Altingiaceae,,,Liquidambar,Sweetgum pollen +12041,\Atmosphere\Bioaerosol\Pollen\Amaranthaceae,,,Total Amaranthaceae,Amaranth family pollen +12042,\Atmosphere\Bioaerosol\Pollen\Amaranthaceae,,,Chenopodium,Chenopodium (goosefoot) pollen +12067,\Atmosphere\Bioaerosol\Pollen\Aquifoliaceae,,,Ilex,Holly pollen +12029,\Atmosphere\Bioaerosol\Pollen\Arecaceae,,,Total Arecaceae,Palm family pollen +12048,\Atmosphere\Bioaerosol\Pollen\Asteraceae,,,Total Asteraceae,Aster family pollen +12049,\Atmosphere\Bioaerosol\Pollen\Asteraceae,,,Ambrosia,Ragweed pollen +12050,\Atmosphere\Bioaerosol\Pollen\Asteraceae,,,Artemisia,Mugwort pollen +12051,\Atmosphere\Bioaerosol\Pollen\Asteraceae,,,Solidago,Solidago (goldenrod) pollen +12036,\Atmosphere\Bioaerosol\Pollen\Betulaceae,,,Total Betulaceae,Birch family pollen +12037,\Atmosphere\Bioaerosol\Pollen\Betulaceae,,,Alnus,Alder pollen +12038,\Atmosphere\Bioaerosol\Pollen\Betulaceae,,,Betula,Birch pollen +12039,\Atmosphere\Bioaerosol\Pollen\Betulaceae,,,Carpinus,Hornbeam pollen +12040,\Atmosphere\Bioaerosol\Pollen\Betulaceae,,,Corylus,Hazel pollen +12077,\Atmosphere\Bioaerosol\Pollen\Betulaceae,,,Ostrya,Hophornbeam pollen +12059,\Atmosphere\Bioaerosol\Pollen\Brassicaceae,,,Brassica,Brassica pollen +12076,\Atmosphere\Bioaerosol\Pollen\Brassicaceae,,,Total Brassicaceae,"Cabbage family (mustards, crucifers) pollen" +12079,\Atmosphere\Bioaerosol\Pollen\Buxaceae,,,Buxus,Box pollen +12064,\Atmosphere\Bioaerosol\Pollen\Cannabaceae,,,Humulus,Hop pollen +12073,\Atmosphere\Bioaerosol\Pollen\Caryophyllaceae,,,Silene,Melandrium pollen +12028,\Atmosphere\Bioaerosol\Pollen\Cupressaceae,,,Total Cupressaceae,Cypress family pollen +12070,\Atmosphere\Bioaerosol\Pollen\Cyperaceae,,,Total Cyperaceae,Sedge family pollen +12066,\Atmosphere\Bioaerosol\Pollen\Elaeagnaceae,,,Hippophae,Sea-buckthorn pollen +12071,\Atmosphere\Bioaerosol\Pollen\Ericaceae,,,Total Ericaceae,Heather family pollen +12082,\Atmosphere\Bioaerosol\Pollen\Euphorbiaceae,,,Mercurialis,Mercuries pollen +12033,\Atmosphere\Bioaerosol\Pollen\Fagaceae,,,Castanea,Sweet chestnut pollen +12034,\Atmosphere\Bioaerosol\Pollen\Fagaceae,,,Fagus,Beech pollen +12035,\Atmosphere\Bioaerosol\Pollen\Fagaceae,,,Quercus,Oak pollen +12080,\Atmosphere\Bioaerosol\Pollen\Ginkgoaceae,,,Ginkgo,Ginkgo pollen +12055,\Atmosphere\Bioaerosol\Pollen\Juglandaceae,,,Juglans,Walnut tree pollen +12069,\Atmosphere\Bioaerosol\Pollen\Juncaceae,,,Total Juncaceae,Rush family pollen +12063,\Atmosphere\Bioaerosol\Pollen\Malvaceae,,,Tilia,Linden pollen +12083,\Atmosphere\Bioaerosol\Pollen\Moraceae,,,Total Moraceae,Mulberry family pollen +12045,\Atmosphere\Bioaerosol\Pollen\Oleaceae,,,Total Oleaceae,Olive family pollen +12046,\Atmosphere\Bioaerosol\Pollen\Oleaceae,,,Olea,Olive pollen +12047,\Atmosphere\Bioaerosol\Pollen\Oleaceae,,,Fraxinus,Ash pollen +12068,\Atmosphere\Bioaerosol\Pollen\Oleaceae,,,Ligustrum,Privet pollen +12023,\Atmosphere\Bioaerosol\Pollen\Pinaceae,,,Total Pinaceae,Pine family pollen +12024,\Atmosphere\Bioaerosol\Pollen\Pinaceae,,,Abies,Fir pollen +12025,\Atmosphere\Bioaerosol\Pollen\Pinaceae,,,Picea,Spruce pollen +12026,\Atmosphere\Bioaerosol\Pollen\Pinaceae,,,Larix,Larch pollen +12027,\Atmosphere\Bioaerosol\Pollen\Pinaceae,,,Pinus,Pine pollen +12078,\Atmosphere\Bioaerosol\Pollen\Pinaceae,,,Cedrus,Cedar family pollen +12060,\Atmosphere\Bioaerosol\Pollen\Plantaginaceae,,,Plantago,Plantain pollen +12030,\Atmosphere\Bioaerosol\Pollen\Platanaceae,,,Platanus,Plane tree pollen +12052,\Atmosphere\Bioaerosol\Pollen\Poaceae,,,Total Poaceae,Grasses pollen +12053,\Atmosphere\Bioaerosol\Pollen\Poaceae,,,Secale,Secale pollen +12054,\Atmosphere\Bioaerosol\Pollen\Poaceae,,,Zea mays,Maize pollen +12062,\Atmosphere\Bioaerosol\Pollen\Polygonaceae,,,Rumex,"Rumex (dock, sorrel) pollen" +12074,\Atmosphere\Bioaerosol\Pollen\Ranunculaceae,,,Total Ranunculaceae,Buttercup family pollen +12072,\Atmosphere\Bioaerosol\Pollen\Rosaceae,,,Total Rosaceae,Rose family pollen +12043,\Atmosphere\Bioaerosol\Pollen\Salicaceae,,,Populus,Poplar pollen +12044,\Atmosphere\Bioaerosol\Pollen\Salicaceae,,,Salix,Willow pollen +12057,\Atmosphere\Bioaerosol\Pollen\Sapindaceae,,,Acer,Maple pollen +12058,\Atmosphere\Bioaerosol\Pollen\Sapindaceae,,,Aesculus,Aesculus pollen +12065,\Atmosphere\Bioaerosol\Pollen\Taxaceae,,,Taxus,Yew pollen +12056,\Atmosphere\Bioaerosol\Pollen\Ulmaceae,,,Ulmus,Elm pollen +12075,\Atmosphere\Bioaerosol\Pollen\Umbelliferae,,,Total Umbelliferae,"Celery, carrot or parsley family pollen" +12031,\Atmosphere\Bioaerosol\Pollen\Urticaceae,,,Parietaria,Pellitory pollen +12032,\Atmosphere\Bioaerosol\Pollen\Urticaceae,,,Urtica,Nettle pollen 179,\Atmosphere\Clouds,,,Cloud amount,"Fraction of the sky covered by clouds of a particular type or combination. It can refer to a genus, species, variety, layer, or a certain combination of clouds. Also, see 'cloud cover'." 180,\Atmosphere\Clouds,,,Cloud cover,"The amount of sky estimated to be covered by a specified cloud type (partial cloud amount), or by all cloud types (total cloud amount). In either case, the estimate is made to the nearest okta (eighth) and is reported on a scale which is essentially one of the nearest eighth, except that figures 0 and 8 on the scale signify a completely clear and cloudy sky, respectively, with consequent adjustment to the adjacent 1 and 7 okta intervals." 181,\Atmosphere\Clouds,,,Cloud drop effective radius,"The area weighted mean radius of liquid water drops, assimilated to spheres of the same volume." @@ -10,6 +79,35 @@ notation,path,domains,tags,name,description 183,\Atmosphere\Clouds,,,Effective radius of cloud hydrometeors, 186,\Atmosphere\Clouds,,,Melting layer depth in clouds,Depth of the atmospheric layer in cloud where liquid-solid states transform into each other. 188,\Atmosphere\Clouds,,,PSC occurrence,Polar Stratospheric Clouds occurrence. - Accuracy expressed as Hit Rate [HR] and False Alarm Rate [FAR]. Simplified: [FAR/HR] +12167,\Atmosphere\Clouds,,,Cloud phase,"Aggregate state of cloud particles, either water droplets/drops, snowflakes, ice/snow crystals, or mixed." +327,\Atmosphere\Clouds\Ice,,,Cloud ice,Atmospheric water in the solid phase (precipitating or not). +329,\Atmosphere\Clouds\Ice,,,Cloud ice effective radius,"The area weighted mean radius of ice particles, assimilated to spheres of the same volume." +330,\Atmosphere\Clouds\Ice,,,Freezing level height in clouds,Height of the atmospheric layer in cloud where liquid-solid states transform into each other +331,\Atmosphere\Clouds\Ice,,,Icing potential,"3D field of super-cooled liquid water, enabling the formation of ice coating on an object." +373,\Atmosphere\Clouds\Liquid water,,,Cloud liquid water (CLW),Atmospheric water in the liquid phase (precipitating or not). +506,\Atmosphere\Clouds\Optical properties,,,Cloud optical depth,"Effective depth (thickness) of a cloud from the viewpoint of radiation propagation. Specifically, OD = exp(-K.Œîz), where K is the extinction coefficient [km-1] and Œîz the vertical path [km] between the base and the top of the cloud. The WMO Cloud Atlas (https://cloudatlas.wmo.int/en/optical-thickness.html) defines cloud optical thickness as 'The optical thickness of a cloud is the degree to which the cloud prevents light from passing through it.'" +507,\Atmosphere\Clouds\Optical properties,,,Optical depth of fog, +508,\Atmosphere\Clouds\Optical properties,,,Optical depth within each cloud layer, +509,\Atmosphere\Clouds\Optical properties,,,Short-wave cloud reflectance,Reflectance of the solar radiation from clouds +531,\Atmosphere\Clouds\Position,,,Cloud base height,"For surface observations, height of the cloud base above ground level; for aircraft observations, altitude of the cloud base above mean sea level." +532,\Atmosphere\Clouds\Position,,,Cloud top height,Height of the top of the cloud (highest cloud in case of multi-layer clouds) above mean sea level. +533,\Atmosphere\Clouds\Position,,,Height of inversion, +550,\Atmosphere\Clouds\Type,,,Type of cloud,"Result of cloud type classification - Accuracy expressed as inverse of number of classes, so that smaller figures correspond to better performance." +551,\Atmosphere\Clouds\Type,,,Type of high clouds,"Type of clouds of genera Cirrus, Cirrocumulus, or Cirrostratus. These occur between 3-8 km (polar regions), 5-13 km (temperate regions) and 6-18 km (tropics) above ground [ref: WMO, International Cloud Atlas, 2017 ed.]" +552,\Atmosphere\Clouds\Type,,,Type of low clouds,"Type of clouds of genera Stratus, Stratocumulus, Cumulus, or Cumulonimbus. These occur between 0-2 km above ground [ref: WMO, International Cloud Atlas, 2017 ed.]" +553,\Atmosphere\Clouds\Type,,,Type of middle clouds,"Type of clouds of genera Altocumulus, Altostratus, or Nimbostratus. These occur between 2-4 km (polar regions), 2-7 km (temperate regions) and 2-8 km (tropics) above ground [ref: WMO, International Cloud Atlas, 2017 ed.]" +248,\Atmosphere\Dynamics,,,"Transport calculations (e.g., trajectories)", +249,\Atmosphere\Dynamics,,,Turbulence,Kinetic energy density of turbulent motion of the air +250,\Atmosphere\Dynamics,,,Turbulence type (low levels and wake vortex), +12021,\Atmosphere\Gas phase,,,O2/N2 ratio,Atmospheric O2/N2 ratio +12125,\Atmosphere\Gas phase,,"organic, aromatic",C8H8 (styrene),"IUPAC: styrene, PubChem CID: 7501, CAS Number: 100-42-5, in gas phase" +12126,\Atmosphere\Gas phase,,,C8H6 (ethynylbenzene),"IUPAC: ethynylbenzene, PubChem CID: 10821, CAS Number: 536-74-3, in gas phase" +12144,\Atmosphere\Gas phase,,"organic, aromatic",C8H10 (p-xylene),"IUPAC: 1,4-xylene, PubChem CID: 7809, CAS Number: 106-42-3, in gas phase" +12164,\Atmosphere\Gas phase,,,O3 (ozone),"IUPAC: ozone, PubChem CID: 24823, CAS Number: 10028-15-6, in gas phase" +12092,\Atmosphere\Gas phase\Alcohol,,organic,C3H8O (1-propanol),"IUPAC: Propan-1-ol, PubChem CID: 1031, CAS Number: 71-23-8, in gas phase" +12093,\Atmosphere\Gas phase\Alcohol,,organic,C3H8O (2-propanol),"IUPAC: Propan-2-ol, PubChem CID: 3776, CAS Number: 67-63-0, in gas phase" +12108,\Atmosphere\Gas phase\Alkane,,organic,C8H18 (n-octane),"IUPAC: Octane, PubChem CID: 356, CAS Number: 111-65-9, in gas phase" +12109,\Atmosphere\Gas phase\Alkane,,organic,"C8H18 (2,2,4-trimethylpentane)","IUPAC: 2,2,4-Trimethylpentane, PubChem CID: 10907, CAS Number: 540-84-1, in gas phase" 192,\Atmosphere\Gas phase\Greenhouse gas,,,CH4 (methane),"IUPAC: methane, PubChem CID: 297, CAS Number: 74-82-8, in gas phase" 193,\Atmosphere\Gas phase\Greenhouse gas,,,"CH4 (methane, C-13)","IUPAC: methane C-13, PubChem CID: 105026, CAS Number: 14762-74-4, in gas phase" 194,\Atmosphere\Gas phase\Greenhouse gas,,,CO2 (carbon dioxide),"IUPAC: carbon dioxide, PubChem CID: 280, CAS Number: 124-38-9, in gas phase" @@ -18,45 +116,63 @@ notation,path,domains,tags,name,description 201,\Atmosphere\Gas phase\Greenhouse gas,,,N2O (nitrous oxide),"IUPAC: nitrous oxide, PubChem CID: 948, CAS Number: 10024-97-2, in gas phase" 203,\Atmosphere\Gas phase\Greenhouse gas,,,SF6 (sulfur hexafluoride),"IUPAC: hexafluoro-Œª6-sulfane, PubChem CID: 17358, CAS Number: 2551-62-4, in gas phase" 204,\Atmosphere\Gas phase\Greenhouse gas,,,SO2F2 (sulfuryl fluoride),"IUPAC: sulfuryl difluoride, PubChem CID: 17607, CAS Number: 2699-79-8, in gas phase" +12087,\Atmosphere\Gas phase\Greenhouse gas ,,"organic, isotopologue","CH3D (monodeuterated methane, methane-d1)","IUPAC: deuteriomethane, PubChem CID: 12669, CAS Number: 676-49-3, in gas phase" +589,\Atmosphere\Gas phase\Greenhouse gas\CFCs,,,"C2Cl2F4 (1,2-dichlorotetrafluoroethane, CFC-114)","IUPAC: 1,2-dichloro-1,1,2,2-tetrafluoroethane, PubChem CID: 6429, CAS Number: 76-14-2" +590,\Atmosphere\Gas phase\Greenhouse gas\CFCs,,,"C2Cl3F3 (1,1,2-trichloro-1,2,2-trifluoroethane, CFC-113)","IUPAC: 1,1,2-trichloro-1,2,2-trifluoroethane, PubChem CID: 6428, CAS Number: 76-13-1, in gas phase" +591,\Atmosphere\Gas phase\Greenhouse gas\CFCs,,,"C2ClF5 (1-chloro-1,1,2,2,2-pentafluoroethane, CFC-115)","IUPAC: 1-chloro-1,1,2,2,2-pentafluoroethane, PubChem CID: 6430, CAS Number: 76-15-3, in gas phase" +592,\Atmosphere\Gas phase\Greenhouse gas\CFCs,,,"CCl2F2 (dichlorodifluoromethane, CFC-12)","IUPAC: dichloro(difluoro)methane, PubChem CID: 6391, CAS Number: 75-71-8, in gas phase" +593,\Atmosphere\Gas phase\Greenhouse gas\CFCs,,,"CCl3F (trichlorofluoromethane, CFC-11)","IUPAC: trichloro(fluoro)methane, PubChem CID: 6389, CAS Number: 75-69-4, in gas phase" +594,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons,,,"CCl4 (tetrachloromethane, carbon tetrachloride)","IUPAC: tetrachloromethane, PubChem CID: 5943, CAS Number: 56-23-5, in gas phase" +595,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons,,,"CH3CCl3 (1,1,1-trichloroethane, methyl chloroform)","IUPAC: 1,1,1-trichloroethane, PubChem CID: 6278, CAS Number: 71-55-6, in gas phase" +12088,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons,,,"CClF3 (chlorotrifluoromethane, CFC-13)","IUPAC: chloro(trifluoro)methane, PubChem CID: 6392, CAS Number: 75-72-9, in gas phase" +12089,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons,,,"C2HClF4 (1-chloro-1,2,2,2-tetrafluoroethane, HCFC-124)","IUPAC: 2-chloro-1,1,1,2-tetrafluoroethane, PubChem CID: 17822, CAS Number: 2837-89-0, in gas phase" +12090,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons,,,"C5H2F10 (1,1,1,2,2,3,4,5,5,5-decafluoropentane, HFC-43-10-mee)","IUPAC: 1,1,1,2,2,3,4,5,5,5-decafluoropentane, PubChem CID: 86240, CAS Number: 138495-42-8, in gas phase" +12091,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons,,,"C4F8 (octafluorocyclobutane, PFC-318)","IUPAC: 1,1,2,2,3,3,4,4-octafluorocyclobutane, PubChem CID: 8263, CAS Number: 115-25-3, in gas phase" +12113,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,"C2H2Cl2 (1,1-dichloroethene)","IUPAC: 1,1-Dichloroethene, PubChem CID: 6366, CAS Number: 75-35-4, in gas phase" +12114,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,"C2H2Cl2 ((Z)-1,2-dichloroethene, cis-1,2-dichloroethene)","IUPAC: (Z)-1,2-dichloroethene, PubChem CID: 643833, CAS Number: 156-59-2, in gas phase" +12115,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,"C2H2Cl2 ((E)-1,2-dichloroethene, trans-1,2-dichloroethene)","IUPAC: (E)-1,2-dichloroethene, PubChem CID: 638186, CAS Number: 156-60-5, in gas phase" +12116,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,"C2H2Cl2 (1,2-dichloroethene)","IUPAC: 1,2-dichloroethene, PubChem CID: 10900, CAS Number: 540-9-0, in gas phase" +12117,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,"C2H4Cl2 (1,1-dichloroethane)","IUPAC: 1,1-Dichloroethane, PubChem CID: 6365, CAS Number: 75-34-3, in gas phase" +12118,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,"C2H4Cl2 (1,2-dichloroethane)","IUPAC: 1,2-Dichloroethane, PubChem CID: 11, CAS Number: 107-06-2, in gas phase" +12119,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,CHBr2Cl (dibromochloromethane),"IUPAC: dibromo(chloro)methane, PubChem CID: 31296, CAS Number: 124-48-1, in gas phase" +12120,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,CHBrCl2 (bromodichloromethane),"IUPAC: bromo(dichloro)methane, PubChem CID: 6359, CAS Number: 75-27-4, in gas phase" +12121,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,CH2ClI (chloroiodomethane),"IUPAC: chloro(iodo)methane, PubChem CID: 11644, CAS Number: 593-71-5, in gas phase" +12122,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,CH2I2 (diiodomethane),"IUPAC: diiodomethane, PubChem CID: 6346, CAS Number: 75-11-6, in gas phase" +332,\Atmosphere\Gas phase\Greenhouse gas\Halon,,,CBrClF2 (Halon 1211),"IUPAC: bromo-chloro-difluoromethane, PubChem CID: 9625, CAS Number: 353-59-3, in gas phase" +333,\Atmosphere\Gas phase\Greenhouse gas\Halon,,,"CBrF3 (bromotrifluoromethane, Halon 1301)","IUPAC: bromo(trifluoro)methane, PubChem CID: 6384, CAS Number: 75-63-8, in gas phase" +534,\Atmosphere\Gas phase\Greenhouse gas\HCFCs,,,"C2H3Cl2F (1,1-dichloro-1-fluoroethane, HCFC-141b)","IUPAC: 1,1-dichloro-1-fluoroethane, PubChem CID: 15586, CAS Number: 1717-00-6, in gas phase" +535,\Atmosphere\Gas phase\Greenhouse gas\HCFCs,,,"C2H3ClF2 (1-chloro-1,1-difluoroethane, HCFC-142b)","IUPAC: 1-chloro-1,1-difluoroethane, PubChem CID: 6388, CAS Number: 75-68-3, in gas phase" +537,\Atmosphere\Gas phase\Greenhouse gas\HCFCs,,,"CHClF2 (chlorodifluoromethane, HCFC-22)","IUPAC: chloro(difluoro)methane, PubChem CID: 6372, CAS Number: 75-45-6, in gas phase" +12243,\Atmosphere\Gas phase\Greenhouse gas\HCFCs,,,"C2H2Cl2F2 (1,2-dichloro-1,1-difluoroethane, HCFC-132b)","IUPAC: 1,2-dichloro-1,1-difluoroethane, PubChem CID: 15442, CAS Number: 1649-08-7, in gas phase" +12244,\Atmosphere\Gas phase\Greenhouse gas\HCFCs,,,"C2H2ClF3 (2-chloro-1,1,1-trifluoroethane, HCFC-133a)","IUPAC: 2-chloro-1,1,1-trifluoroethane, PubChem CID: 6408, CAS Number: 75-88-7, in gas phase" +536,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C2H3F3 (1,1,1-trifluoroethane, HFC-143a)","IUPAC: 1,1,1-trifluoroethane, PubChem CID: 9868, CAS Number: 420-46-2, in gas phase" +554,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C2H2F4 (1,1,1,2-tetrafluoroethane, HFC-134a)","IUPAC: 1,1,1,2-tetrafluoroethane, PubChem CID: 13129, CAS Number: 811-97-2, in gas phase" +555,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C2H4F2 (1,1-difluoroethane, HFC-152a)","IUPAC: 1,1-difluoroethane, PubChem CID: 6368, CAS Number: 75-37-6, in gas phase" +556,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C2HF5 (pentafluoroethane, HFC-125)","IUPAC: 1,1,1,2,2-pentafluoroethane, PubChem CID: 9633, CAS Number: 354-33-6, in gas phase" +557,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C3H2F6 (1,1,1,2,3,3-hexafluoropropane, HFC-236ea)","IUPAC: 1,1,1,2,3,3-hexafluoropropane, PubChem CID: 79009, CAS Number: 431-63-0, in gas phase" +558,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C3H3F5 (1,1,1,3,3-Pentafluoropropane, HFC-245fa)","IUPAC: 1,1,1,3,3-pentafluoropropane, PubChem CID: 68030, CAS Number: 460-73-1, in gas phase" +559,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C3HF7 (1,1,1,2,3,3,3-Heptafluoropropane, HFC-227ea)","IUPAC: 1,1,1,2,3,3,3-heptafluoropropane, PubChem CID: 67940, CAS Number: 431-89-0, in gas phase" +560,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C4H5F5 (1,1,1,3,3-pentafluorobutane, HFC-365mfc)","IUPAC: 1,1,1,3,3-pentafluorobutane, PubChem CID: 67884, CAS Number: 406-58-6, in gas phase" +561,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"CH2F2 (difluoromethane, HFC-32)","IUPAC: difluoromethane, PubChem CID: 6345, CAS Number: 75-10-5, in gas phase" +562,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"CHF3 (trifluoromethane, HFC-23)","IUPAC: fluoroform, PubChem CID: 6373, CAS Number: 75-46-7, in gas phase" +12245,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C3H2F6 (1,1,1,3,3,3-hexafluoropropane, HFC-236fa)","IUPAC: 1,1,1,3,3,3-hexafluoropropane, PubChem CID: 12722, CAS Number: 690-39-1, in gas phase" +12086,\Atmosphere\Gas phase\Greenhouse gas\Inorganic nitrogen species,,,NF3 (nitrogen trifluoride),"IUPAC: nitrogen trifluoride, PubChem CID: 24553, CAS Number: 7783-54-2, in gas phase" +12097,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,"C3H3N (2-propenenitrile, acrylonitrile)","IUPAC: Prop-2-enenitrile, PubChem CID: 7855, CAS Number: 107-13-1, in gas phase" +12098,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,C3H5N (propanenitrile),"IUPAC: Propanenitrile, PubChem CID: 7854, CAS Number: 107-12-0, in gas phase" +12099,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,"C4H5N (2-methyl-2-propenenitrile, methylacrylonitrile)","IUPAC: 2-Methylprop-2-enenitrile, PubChem CID: 31368, CAS Number: 126-98-7, in gas phase" +12100,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,CH3NO3 (methyl nitrate),"IUPAC: Methyl nitrate, PubChem CID: 11724, CAS Number: 598-58-3, in gas phase" +12101,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,C2H5NO3 (ethyl nitrate),"IUPAC: Ethyl nitrate, PubChem CID: 12259, CAS Number: 625-58-1, in gas phase" +12102,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,C3H7NO3 (isopropyl nitrate),"IUPAC: Propan-2-yl nitrate, PubChem CID: 15575, CAS Number: 1712-64-7, in gas phase" +12103,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,C4H9NO3 (n-butyl nitrate),"IUPAC: Butyl nitrate, PubChem CID: 13567, CAS Number: 928-45-0, in gas phase" +12104,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,C4H9NO3 (isobutyl nitrate),"IUPAC: 2-Methylpropyl nitrate, PubChem CID: 10974, CAS Number: 928-45-0, in gas phase" +12105,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,C4H9NO3 (t-butyl nitrate),"IUPAC: tert-Butyl nitrite, PubChem CID: 10906, CAS Number: 540-80-7, in gas phase" +12106,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,"C4H9NO3 (2-butyl nitrate, sec-butyl nitrate)","IUPAC: Butan-2-yl nitrite, PubChem CID: 13544, CAS Number: 924-43-6, in gas phase" +419,\Atmosphere\Gas phase\Greenhouse gas\PFCs,,,"C2F6 (hexafluoroethane, PFC-116)","IUPAC: 1,1,1,2,2,2-hexafluoroethane, PubChem CID: 6431, CAS Number: 76-16-4, in gas phase" +420,\Atmosphere\Gas phase\Greenhouse gas\PFCs,,,"C3F8 (octafluoropropane, PFC-218)","IUPAC: 1,1,1,2,2,3,3,3-octafluoropropane, PubChem CID: 6432, CAS Number: 76-19-7, in gas phase" +421,\Atmosphere\Gas phase\Greenhouse gas\PFCs,,,"CF4 (tetrafluoromethane, carbon tetrafluoride, perfluoromethane, PFC-14)","IUPAC: tetrafluoromethane, PubChem CID: 6393, CAS Number: 75-73-0, in gas phase" 205,\Atmosphere\Gas phase\Other gas,,,H2 (hydrogen molecule),"IUPAC: molecular hydrogen, PubChem CID: 783, CAS Number: 1333-74-0, in gas phase" 206,\Atmosphere\Gas phase\Other gas,,,H2O (as a chemical species),"IUPAC: oxidane, PubChem CID: 962, CAS Number: 7732-18-5, in gas phase" 207,\Atmosphere\Gas phase\Other gas,,,HDO (as a chemical species),"IUPAC: n/a, PubChem CID: 139859, CAS Number: 14940-63-7, in gas phase" -210,\Atmosphere\Precipitation,,,Amount of precipitation, -211,\Atmosphere\Precipitation,,,Duration of precipitation, -212,\Atmosphere\Precipitation,,,Intensity of precipitation, -213,\Atmosphere\Precipitation,,,Occurrence of precipitation during last period (yes/no), -214,\Atmosphere\Precipitation,,,Rate of ice accretion, -215,\Atmosphere\Precipitation,,,Type of precipitation, -216,\Atmosphere\Pressure,,,Atmospheric pressure, -217,\Atmosphere\Pressure,,,Characteristic of pressure tendency,"The pressure characteristic is an indication of how the pressure has changed during that period of time, for example, decreasing then increasing, or increasing and then increasing more rapidly." -218,\Atmosphere\Pressure,,,Pressure tendency,"Pressure tendency is the character and amount of atmospheric pressure change for a three-hour or other specified period ending at the time of observation. Pressure tendency is composed of two parts, namely the characteristic of pressure tendency and amount of pressure tendency." -219,\Atmosphere\Radionuclide,,,Beryllium [Be-7],"IUPAC: beryllium-7, PubChem CID: 6335489, CAS Number: 13966-02-4" -220,\Atmosphere\Radionuclide,,,CO2 [C-14],CO2 with C-14 isotope -221,\Atmosphere\Radionuclide,,,Krypton [Kr-85],"IUPAC: krypton-85, PubChem CID: 104816, CAS Number: 13983-27-2" -222,\Atmosphere\Radionuclide,,,Lead [Pb-210],"IUPAC: lead-210, PubChem CID: 6328175, CAS Number: 14255-04-0" -223,\Atmosphere\Radionuclide,,,Radon [Rn-222],"IUPAC: radon-222, PubChem CID: 61773, CAS Number: 14859-67-7" -224,\Atmosphere\Temperature,,,Air temperature (at specified distance from reference surface), -225,\Atmosphere\Temperature,,,Dew-point temperature (at specified distance from reference surface), -226,\Atmosphere\Temperature,,,"Extreme temperature (min, max) (at specified distance from reference surface)", -229,\Atmosphere\Visibility,,,Runway visual range, -230,\Atmosphere\Visibility,,,Visibility, -248,\Atmosphere\Dynamics,,,"Transport calculations (e.g., trajectories)", -249,\Atmosphere\Dynamics,,,Turbulence,Kinetic energy density of turbulent motion of the air -250,\Atmosphere\Dynamics,,,Turbulence type (low levels and wake vortex), -252,\Atmosphere\Humidity,,,Integrated water vapour, -253,\Atmosphere\Humidity,,,Mass mixing ratio, -254,\Atmosphere\Humidity,,,Object wetness duration, -255,\Atmosphere\Humidity,,,Water vapour pressure, -257,\Atmosphere\Lightning,,,Lightning discharge energy, -258,\Atmosphere\Lightning,,,Lightning discharge polarity, -259,\Atmosphere\Lightning,,,Lightning discharge rates, -260,\Atmosphere\Lightning,,,"Lightning discharge type (cloud to cloud, cloud to surface)", -265,\Atmosphere,,,Past weather,"Predominant characteristic of weather which had existed at the station during a given period of time. [Manual on Codes (WMO-No. 306), Volume I.1. 2011 edition updated in 2019.]" -266,\Atmosphere,,,Present weather,"Weather existing at the time of observation, or under certain conditions, during the hour preceding the time of observation. [Manual on Codes (WMO-No. 306), Volume I.1. 2011 edition updated in 2019.]" -267,\Atmosphere\Radiation,,,Background luminance, -270,\Atmosphere\Radiation,,,Sunshine duration, -271,\Atmosphere\Radiation,,,Surface albedo, -273,\Atmosphere\Radiation\UV,,,UV-B radiation, 274,\Atmosphere\Gas phase\Reactive gas,,,BrO (bromine monoxide),"IUPAC: n/a, PubChem CID: 5460627, CAS Number: 15656-19-6, in gas phase" 275,\Atmosphere\Gas phase\Reactive gas,,,C2Cl4 (tetrachloroethene),"IUPAC: 1,1,2,2-tetrachloroethene, PubChem CID: 31373, CAS Number: 127-18-4, in gas phase" 276,\Atmosphere\Gas phase\Reactive gas,,,C2HCl3 (trichloroethene),"IUPAC: 1,1,2-trichloroethene, PubChem CID: 6575, CAS Number: 79-01-6, in gas phase" @@ -74,73 +190,6 @@ notation,path,domains,tags,name,description 288,\Atmosphere\Gas phase\Reactive gas,,,HCl (hydrochloric acid),"IUPAC: chlorane, PubChem CID: 313, CAS Number: 7647-01-0, in gas phase" 289,\Atmosphere\Gas phase\Reactive gas,,,HF (hydrofluoric acid),"IUPAC: fluorane, PubChem CID: 14917, CAS Number: 7664-39-3, in gas phase" 291,\Atmosphere\Gas phase\Reactive gas,,,ROOH, -294,\Atmosphere\Total Atmospheric Deposition,,,Acidity-Alkalinity, -295,\Atmosphere\Total Atmospheric Deposition,,,Electric conductivity, -296,\Atmosphere\Total Atmospheric Deposition,,,Hydrogen ion (H+) or pH, -302,\Atmosphere\Total Atmospheric Deposition,,,S (sulfur),"IUPAC: sulfur, PubChem CID: n/a, CAS Number: 7704-34-9, in total deposition" -304,\Atmosphere\Wind,,,Direction of cloud movement, -305,\Atmosphere\Wind,,,Gust Speed, -307,\Atmosphere\Wind,,,"Wind (Z component, vertical)",Z component of wind vector (horizontal and vertical profile) -310,\Atmosphere\Wind,,,"Upper wind (X, Y components, horizontal)",Horizontal component of wind as a vector in an orthogonal coordinate system. -314,\Atmosphere\Particle phase\Optical properties,,,Aerosol Absorption Optical Depth,Vertical column integral of spectral aerosol absorption coefficient: AAOD = exp(-K.Œîz) where K is the absorption coefficient [km-1] and Œîz the vertical path [km] -315,\Atmosphere\Particle phase\Optical properties,,,Aerosol Extinction Coefficient,Spectral volumetric extinction cross-section of aerosol particles. -316,\Atmosphere\Particle phase\Optical properties,,,"Particle light absorption coefficient, PM1",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: PM1 -317,\Atmosphere\Particle phase\Optical properties,,,"Particle light absorption coefficient, PM10",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: PM10 -318,\Atmosphere\Particle phase\Optical properties,,,"Particle light absorption coefficient, TSP",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: TSP -322,\Atmosphere\Particle phase\Optical properties,,,"Particle light scattering coefficient, PM1",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: PM1 -323,\Atmosphere\Particle phase\Optical properties,,,"Particle light scattering coefficient, PM10",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: PM10 -324,\Atmosphere\Particle phase\Optical properties,,,"Particle light scattering coefficient, TSP",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: TSP -325,\Atmosphere\Particle phase\Optical properties,,,"Aerosol optical depth, TSP","The AOD is the effective depth of the aerosol over a specified distance, from the viewpoint of radiation propagation: Vertical integral of spectral aerosol extinction coefficient AOD = exp(-K. Œîz) where K is the extinction coefficient [km-1 ] and Œîz the vertical path [km]." -327,\Atmosphere\Clouds\Ice,,,Cloud ice,Atmospheric water in the solid phase (precipitating or not). -329,\Atmosphere\Clouds\Ice,,,Cloud ice effective radius,"The area weighted mean radius of ice particles, assimilated to spheres of the same volume." -330,\Atmosphere\Clouds\Ice,,,Freezing level height in clouds,Height of the atmospheric layer in cloud where liquid-solid states transform into each other -331,\Atmosphere\Clouds\Ice,,,Icing potential,"3D field of super-cooled liquid water, enabling the formation of ice coating on an object." -332,\Atmosphere\Gas phase\Greenhouse gas\Halon,,,CBrClF2 (Halon 1211),"IUPAC: bromo-chloro-difluoromethane, PubChem CID: 9625, CAS Number: 353-59-3, in gas phase" -333,\Atmosphere\Gas phase\Greenhouse gas\Halon,,,"CBrF3 (bromotrifluoromethane, Halon 1301)","IUPAC: bromo(trifluoro)methane, PubChem CID: 6384, CAS Number: 75-63-8, in gas phase" -334,\Atmosphere\POPs\PAH,,,"C13H10 (9H-fluorene, fluorene), in air","IUPAC: 9H-fluorene, PubChem CID: 6853, CAS Number: 86-73-7, in gas phase" -335,\Atmosphere\POPs\PAH,,,"C14H10 (anthracene), PM10","IUPAC: anthracene, PubChem CID: 8418, CAS Number: 120-12-7, in particle phase, PM10" -336,\Atmosphere\POPs\PAH,,,"C14H10 (anthracene), in aerosol","IUPAC: anthracene, PubChem CID: 8418, CAS Number: 120-12-7, in particle phase" -337,\Atmosphere\POPs\PAH,,,"C14H10 (anthracene), in air and aerosol","IUPAC: anthracene, PubChem CID: 8418, CAS Number: 120-12-7, in aerosol" -338,\Atmosphere\POPs\PAH,,,"C14H10 (anthracene), in air","IUPAC: anthracene, PubChem CID: 8418, CAS Number: 120-12-7, in gas phase" -339,\Atmosphere\POPs\PAH,,,"C14H10 (phenanthrene), PM10","IUPAC: phenanthrene, PubChem CID: 995, CAS Number: 85-01-8, in particle phase, PM10" -340,\Atmosphere\POPs\PAH,,,"C14H10 (phenanthrene), in aerosol","IUPAC: phenanthrene, PubChem CID: 995, CAS Number: 85-01-8, in particle phase" -341,\Atmosphere\POPs\PAH,,,"C14H10 (phenanthrene), in air","IUPAC: phenanthrene, PubChem CID: 995, CAS Number: 85-01-8, in gas phase" -342,\Atmosphere\POPs\PAH,,,"C14H10 (phenanthrene), in air and aerosol","IUPAC: phenanthrene, PubChem CID: 995, CAS Number: 85-01-8, in aerosol" -343,\Atmosphere\POPs\PAH,,,"C14H10 (phenanthrene), in wet deposition","IUPAC: phenanthrene, PubChem CID: 995, CAS Number: 85-01-8, in wet deposition" -344,\Atmosphere\POPs\PAH,,,"C14H10 (phenanthrene), in total precipitation","IUPAC: phenanthrene, PubChem CID: 995, CAS Number: 85-01-8, in total precipitation" -345,\Atmosphere\POPs\PAH,,,"C16H10 (pyrene), in air and aerosol","IUPAC: pyrene, PubChem CID: 31423, CAS Number: 129-00-0, in aerosol" -346,\Atmosphere\POPs\PAH,,,"C18H12 (Benz(a)anthracene), PM10","IUPAC: benzo[a]anthracene, PubChem CID: 5954, CAS Number: 56-55-3, in particle phase, PM10" -347,\Atmosphere\POPs\PAH,,,"C18H12 (Benz(a)anthracene), in aerosol","IUPAC: benzo[a]anthracene, PubChem CID: 5954, CAS Number: 56-55-3, in particle phase" -348,\Atmosphere\POPs\PAH,,,"C18H12 (Benz(a)anthracene), in air","IUPAC: benzo[a]anthracene, PubChem CID: 5954, CAS Number: 56-55-3, in gas phase" -349,\Atmosphere\POPs\PAH,,,"C18H12 (Benz(a)anthracene), in air and aerosol","IUPAC: benzo[a]anthracene, PubChem CID: 5954, CAS Number: 56-55-3, in aerosol" -350,\Atmosphere\POPs\PAH,,,"C18H12 (Benz(a)anthracene), in precipitation","IUPAC: benzo[a]anthracene, PubChem CID: 5954, CAS Number: 56-55-3, in precipitation" -351,\Atmosphere\POPs\PAH,,,"C18H12 (Benz(a)anthracene), in total precipitation","IUPAC: benzo[a]anthracene, PubChem CID: 5954, CAS Number: 56-55-3, in total precipitation" -356,\Atmosphere\Radiation\UV,,,UV Broadband, -357,\Atmosphere\Radiation\UV,,,UV Erythemally weighted, -358,\Atmosphere\Radiation\UV,,,UV Multiband, -359,\Atmosphere\Radiation\UV,,,UV Spectral, -361,\Atmosphere\Aerosol\Physical properties - primary,,,Aerosol column burden (mass density),2D field of the column burden of condensed particles in the atmosphere -362,\Atmosphere\Particle phase\Physical properties,,,Particle effective radius,The area weighted mean radius of the aerosol particles. -364,\Atmosphere\Particle phase\Physical properties,,,"Particle mass concentration, PM10","Mass of particles per unit volume of air, size range: PM10" -365,\Atmosphere\Particle phase\Physical properties,,,"Particle mass concentration, PM1","Mass of particles per unit volume of air, size range: PM1" -366,\Atmosphere\Particle phase\Physical properties,,,"Particle mass concentration, PM2.5","Mass of particles per unit volume of air, size range: PM2.5" -367,\Atmosphere\Particle phase\Physical properties,,,Particle mass concentration (size fractionated),"Mass of particles per unit volume of air, size fractionated" -368,\Atmosphere\Particle phase\Physical properties,,,"Particle mass concentration, TSP","Mass of particles per unit volume of air, size range: TSP" -369,\Atmosphere\Particle phase\Physical properties,,,Particle number concentration,Amount of particles per unit volume of air -370,\Atmosphere\Particle phase\Physical properties,,,"Particle number size distribution, PM10","Particle number concentration as a function of size, typically equivalent spherical radius or diameter. Size range: TSP" -371,\Atmosphere\Particle phase\Physical properties,,,"Particle number size distribution, TSP","Particle number concentration as a function of size, typically equivalent spherical radius or diameter. Size range: PM10" -373,\Atmosphere\Clouds\Liquid water,,,Cloud liquid water (CLW),Atmospheric water in the liquid phase (precipitating or not). -375,\Atmosphere\POPs\POP,,,"C12H8Cl6 (aldrin), in aerosol","IUPAC: (1R,4S,4aS,5S,8R,8aR)-1,2,3,4,10,10-Hexachloro-1,4,4a,5,8,8a-hexahydro-1,4:5,8-dimethanonaphthalene, PubChem CID: 2087, CAS Number: 309-00-2, in particle phase" -376,\Atmosphere\POPs\POP,,,"C12H8Cl6 (aldrin), in air","IUPAC: (1R,4S,4aS,5S,8R,8aR)-1,2,3,4,10,10-Hexachloro-1,4,4a,5,8,8a-hexahydro-1,4:5,8-dimethanonaphthalene, PubChem CID: 2087, CAS Number: 309-00-2, in gas phase" -377,\Atmosphere\POPs\POP,,,"C12H8Cl6 (aldrin), in air and aerosol","IUPAC: (1R,4S,4aS,5S,8R,8aR)-1,2,3,4,10,10-Hexachloro-1,4,4a,5,8,8a-hexahydro-1,4:5,8-dimethanonaphthalene, PubChem CID: 2087, CAS Number: 309-00-2, in aerosol" -378,\Atmosphere\POPs\POP,,,"C12H8Cl6 (aldrin), in total precipitation","IUPAC: (1R,4S,4aS,5S,8R,8aR)-1,2,3,4,10,10-Hexachloro-1,4,4a,5,8,8a-hexahydro-1,4:5,8-dimethanonaphthalene, PubChem CID: 2087, CAS Number: 309-00-2, in total precipitation" -379,\Atmosphere\POPs\POP,,,"C12H8Cl6 (aldrin), in wet precipitation","IUPAC: (1R,4S,4aS,5S,8R,8aR)-1,2,3,4,10,10-Hexachloro-1,4,4a,5,8,8a-hexahydro-1,4:5,8-dimethanonaphthalene, PubChem CID: 2087, CAS Number: 309-00-2, in wet precipitation" -380,\Atmosphere\POPs\POP,,,"C6Cl6 (hexachlorobenzene, HCB), in air","IUPAC: 1,2,3,4,5,6-hexachlorobenzene, PubChem CID: 8370, CAS Number: 118-74-1, in gas phase" -381,\Atmosphere\POPs\POP,,,"C6H6Cl6 (1,2,3,4,5,6-hexachlorocyclohexane, alpha-lindane, alpha-HCH), in aerosol","IUPAC: 1,2,3,4,5,6-hexachlorocyclohexane, PubChem CID: 727, CAS Number: 319-84-6, in particle phase" -382,\Atmosphere\POPs\POP,,,"C6H6Cl6 (1,2,3,4,5,6-hexachlorocyclohexane, alpha-lindane, alpha-HCH), in air","IUPAC: 1,2,3,4,5,6-hexachlorocyclohexane, PubChem CID: 727, CAS Number: 319-84-6, in gas phase" -383,\Atmosphere\POPs\POP,,,"C6H6Cl6 (1,2,3,4,5,6-hexachlorocyclohexane, alpha-lindane, alpha-HCH), in wet precipitation","IUPAC: 1,2,3,4,5,6-hexachlorocyclohexane, PubChem CID: 727, CAS Number: 319-84-6, in wet deposition" -384,\Atmosphere\POPs\POP,,,"C6H6Cl6 (1,2,3,4,5,6-hexachlorocyclohexane, gamma-lindane, gamma-HCH), in air","IUPAC: 1,2,3,4,5,6-hexachlorocyclohexane, PubChem CID: 727, CAS Number: 319-84-6, in gas phase" -385,\Atmosphere\POPs\POP,,,"C6H6Cl6 (1,2,3,4,5,6-hexachlorocyclohexane, gamma-lindane, gamma-HCH), in wet precipitation","IUPAC: 1,2,3,4,5,6-hexachlorocyclohexane, PubChem CID: 727, CAS Number: 319-84-6, in wet deposition" 390,\Atmosphere\Gas phase\Reactive gas\Nitrogen containing compounds,,,NH3 (Ammonia),"IUPAC: azane, PubChem CID: 222, CAS Number: 7664-41-7, in gas phase" 391,\Atmosphere\Gas phase\Reactive gas\Nitrogen containing compounds,,,"C2H3O5N (peroxyacetylnitrate, PAN)","IUPAC: nitro ethaneperoxoate, PubChem CID: 16782, CAS Number: 2278-22-0, in gas phase" 392,\Atmosphere\Gas phase\Reactive gas\Nitrogen containing compounds,,,ClONO2 (chlorine nitrate),"IUPAC: chloro nitrate, PubChem CID: 114934, CAS Number: 14545-72-3, in gas phase" @@ -150,23 +199,9 @@ notation,path,domains,tags,name,description 396,\Atmosphere\Gas phase\Reactive gas\Nitrogen containing compounds,,,NO2 (nitrogen dioxide),"IUPAC: n/a, PubChem CID: 3032552, CAS Number: 10102-44-0, in gas phase" 397,\Atmosphere\Gas phase\Reactive gas\Nitrogen containing compounds,,,NOx, 398,\Atmosphere\Gas phase\Reactive gas\Nitrogen containing compounds,,,NOy, -411,\Atmosphere\Particle phase\Physical properties,,,CCN concentration at single supersaturation, -412,\Atmosphere\Particle phase\Physical properties,,,CCN concentration spectra, -413,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, 110 Œºm equivalent", -414,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, 165 Œºm equivalent", -415,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, 35 Œºm equivalent", -416,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, 50 Œºm equivalent", -417,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, 75 Œºm equivalent", -418,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, total aerosol", -419,\Atmosphere\Gas phase\Greenhouse gas\PFCs,,,"C2F6 (hexafluoroethane, PFC-116)","IUPAC: 1,1,1,2,2,2-hexafluoroethane, PubChem CID: 6431, CAS Number: 76-16-4, in gas phase" -420,\Atmosphere\Gas phase\Greenhouse gas\PFCs,,,"C3F8 (octafluoropropane, PFC-218)","IUPAC: 1,1,1,2,2,3,3,3-octafluoropropane, PubChem CID: 6432, CAS Number: 76-19-7, in gas phase" -421,\Atmosphere\Gas phase\Greenhouse gas\PFCs,,,"CF4 (tetrafluoromethane, carbon tetrafluoride, perfluoromethane, PFC-14)","IUPAC: tetrafluoromethane, PubChem CID: 6393, CAS Number: 75-73-0, in gas phase" 428,\Atmosphere\Gas phase\Reactive gas\Sulfur containing compounds,,,"COS (OCS, carbon oxide sulfide, carbonyl sulfide)","IUPAC: carbonyl sulfide, PubChem CID: 10039, CAS Number: 463-58-1, in gas phase" 429,\Atmosphere\Gas phase\Reactive gas\Sulfur containing compounds,,,CS2 (Carbon disulfide),"IUPAC: methanedithione, PubChem CID: 6348, CAS Number: 75-15-0, in gas phase" 430,\Atmosphere\Gas phase\Reactive gas\Sulfur containing compounds,,,SO2,"IUPAC: sulfur dioxide, PubChem CID: 1119, CAS Number: 7446 09-5, in gas phase" -431,\Atmosphere\Lightning\Position,,,Lightning detection (time and location),"Detection of the time and location (latitude, longitude) of lightning events. Accuracy expressed in terms of Hit Rate and False Alarm Rate, which requires predetermination of a specific distance and time tolerance." -432,\Atmosphere\Lightning\Position,,,Lightning direction from station, -433,\Atmosphere\Lightning\Position,,,Lightning distance from station, 434,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C2H2 (ethyne, acetylene)","IUPAC: acetylene, PubChem CID: 6326, CAS Number: 74-86-2, in gas phase" 435,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C2H2O2 (oxaldehyde, ethanedial)","IUPAC: oxaldehyde, PubChem CID: 7860, CAS Number: 107-22-2, in gas phase" 436,\Atmosphere\Gas phase\Reactive gas\VOC,,,C2H4 (ethene),"IUPAC: ethene, PubChem CID: 6325, CAS Number: 74-85-1, in gas phase" @@ -203,342 +238,42 @@ notation,path,domains,tags,name,description 467,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C5Hn, n={12, 10} (sum of n-pentane and cyclopentane)","Sum of n-pentane and cyclopentane, in gas phase" 468,\Atmosphere\Gas phase\Reactive gas\VOC,,,C6H12 (cyclohexane),"IUPAC: cyclohexane, PubChem CID: 8078, CAS Number: 110-82-7, in gas phase" 469,\Atmosphere\Gas phase\Reactive gas\VOC,,,C6H12 (methylcyclopentane),"IUPAC: methylcyclopentane, PubChem CID: 7296, CAS Number: 96-37-7, in gas phase" -470,\Atmosphere\Gas phase\Reactive gas\VOC,,,C6H12O (hexanal isomers), -471,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C6H14 (2,2-dimethylbutane)", -472,\Atmosphere\Gas phase\Reactive gas\VOC,,,C6H14 (2-methylpentane),"IUPAC: 2-methylpentane, PubChem CID: 7892, CAS Number: 107-83-5, in gas phase" -473,\Atmosphere\Gas phase\Reactive gas\VOC,,,C6H14 (3-methylpentane),"IUPAC: 3-methylpentane, PubChem CID: 7282, CAS Number: 96-14-0, in gas phase" -474,\Atmosphere\Gas phase\Reactive gas\VOC,,,C6H14 (n-hexane),"IUPAC: hexane, PubChem CID: 8058, CAS Number: 110-54-3, in gas phase" -475,\Atmosphere\Gas phase\Reactive gas\VOC,,,C6H14 (sum of methylpentanes), -476,\Atmosphere\Gas phase\Reactive gas\VOC,,,C6H6 (benzene),"IUPAC: benzene, PubChem CID: 241, CAS Number: 71-43-2, in gas phase" -477,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C6Hn, n={14, 12} (sum of 3-methylpentane and cyclohexane)","sum of 3-methylpentane and cyclohexane, in gas phase" -478,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C6Hn, n={14, 12} (sum of 2,2-dimethylbutane and methylcyclopentane)","sum of 2,2-dimethylbutane and methylcyclopentane, in gas phase" -479,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C6Hn, n={14, 12} (sum of 2,3-dimethylbutane and methylcyclopentane)","sum of 2,3-dimethylbutane and methylcyclopentane, in gas phase" -480,\Atmosphere\Gas phase\Reactive gas\VOC,,,C7H16 (sum of methylhexanes), -481,\Atmosphere\Gas phase\Reactive gas\VOC,,,C7H6O (benzene carbaldehyde), -482,\Atmosphere\Gas phase\Reactive gas\VOC,,,C7H8 (toluene),"IUPAC: toluene, PubChem CID: 1140, CAS Number: 108-88-3, in gas phase" -483,\Atmosphere\Gas phase\Reactive gas\VOC,,,C8H10 (ethylbenzene),"IUPAC: ethylbenzene, PubChem CID: 7500, CAS Number: 100-41-4, in gas phase" -484,\Atmosphere\Gas phase\Reactive gas\VOC,,,C8H10 (m-xylene),"IUPAC: 1,3-xylene, PubChem CID: 7929, CAS Number: 108-38-3, in gas phase" -485,\Atmosphere\Gas phase\Reactive gas\VOC,,,C8H10 (o-xylene),"IUPAC: 1,2-xylene, PubChem CID: 7237, CAS Number: 95-47-6, in gas phase" -486,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C8H10 (Sum of p-xylene and m-xylene, 1,3- and 1,4-dimethylbenzene)", -487,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C9H12 (1,2,4-trimethylbenzene)","IUPAC: 1,2,4-trimethylbenzene, PubChem CID: 7247, CAS Number: 95-36-3, in gas phase" -488,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C9H12 (1,3,5-trimethylbenzene)","IUPAC: 1,3,5-trimethylbenzene, PubChem CID: 7947, CAS Number: 108-67-8, in gas phase" -489,\Atmosphere\Gas phase\Reactive gas\VOC,,,"CH2O (methanal, formaldehyde)","IUPAC: formaldehyde, PubChem CID: 712, CAS Number: 50-00-0, in gas phase" -490,\Atmosphere\Gas phase\Reactive gas\VOC,,,CH3CH2OH (ethanol),"IUPAC: ethanol, PubChem CID: 702, CAS Number: 64-17-5, in gas phase" -491,\Atmosphere\Gas phase\Reactive gas\VOC,,,"CH3CHO (acetaldehyde, ethanal)","IUPAC: acetaldehyde, PubChem CID: 177, CAS Number: 75-07-0, in gas phase" -492,\Atmosphere\Gas phase\Reactive gas\VOC,,,CH3CN (acetonitrile),"IUPAC: acetonitrile, PubChem CID: 6342, CAS Number: 75-05-8, in gas phase" -493,\Atmosphere\Gas phase\Reactive gas\VOC,,,CH3OH (methanol),"IUPAC: methanol, PubChem CID: 887, CAS Number: 67-56-1, in gas phase" -494,\Atmosphere\Gas phase\Reactive gas\VOC,,,NMHC, -495,\Atmosphere\Gas phase\Reactive gas\VOC,,,c-C4H8 (cis-2-butene),"IUPAC: (Z)-but-2-ene, PubChem CID: 5287573, CAS Number: 590-18-1, in gas phase" -496,\Atmosphere\Gas phase\Reactive gas\VOC,,,c-C5H10 (cis-2-pentene),"IUPAC: (Z)-pent-2-ene, PubChem CID: 5326160, CAS Number: 627-20-3, in gas phase" -497,\Atmosphere\Gas phase\Reactive gas\VOC,,,"i-C4H10 (2-methylpropane, iso-butane)","IUPAC: 2-methylpropane, PubChem CID: 6360, CAS Number: 75-28-5, in gas phase" -498,\Atmosphere\Gas phase\Reactive gas\VOC,,,"i-C4H8 (2-methylpropene, iso-butene)","IUPAC: 2-methylprop-1-ene, PubChem CID: 8255, CAS Number: 115-11-7, in gas phase" -499,\Atmosphere\Gas phase\Reactive gas\VOC,,,"i-C5H12 (2-methylbutane, iso-pentane)","IUPAC: 2-methylbutane, PubChem CID: 6556, CAS Number: 78-78-4, in gas phase" -500,\Atmosphere\Gas phase\Reactive gas\VOC,,,"i-C7H16 (2-methylhexane, isoheptane)","IUPAC: 2-methylhexane, PubChem CID: 11582, CAS Number: 591-76-4, in gas phase" -501,\Atmosphere\Gas phase\Reactive gas\VOC,,,n-C4H10 (n-butane),"IUPAC: butane, PubChem CID: 7843, CAS Number: 106-97-8, in gas phase" -502,\Atmosphere\Gas phase\Reactive gas\VOC,,,n-C5H12 (n-pentane),"IUPAC: pentane, PubChem CID: 8003, CAS Number: 109-66-0, in gas phase" -503,\Atmosphere\Gas phase\Reactive gas\VOC,,,n-C7H16 (n-heptane),"IUPAC: heptane, PubChem CID: 8900, CAS Number: 142-82-5, in gas phase" -504,\Atmosphere\Gas phase\Reactive gas\VOC,,,t-C4H8 (trans-2-butene),"IUPAC: (E)-but-2-ene, PubChem CID: 62695, CAS Number: 107-01-7, in gas phase" -505,\Atmosphere\Gas phase\Reactive gas\VOC,,,t-C5H10 (trans-2-pentene),"IUPAC: (E)-pent-2-ene, PubChem CID: 5326161, CAS Number: 109-68-2, in gas phase" -506,\Atmosphere\Clouds\Optical properties,,,Cloud optical depth,"Effective depth (thickness) of a cloud from the viewpoint of radiation propagation. Specifically, OD = exp(-K.Œîz), where K is the extinction coefficient [km-1] and Œîz the vertical path [km] between the base and the top of the cloud. The WMO Cloud Atlas (https://cloudatlas.wmo.int/en/optical-thickness.html) defines cloud optical thickness as 'The optical thickness of a cloud is the degree to which the cloud prevents light from passing through it.'" -507,\Atmosphere\Clouds\Optical properties,,,Optical depth of fog, -508,\Atmosphere\Clouds\Optical properties,,,Optical depth within each cloud layer, -509,\Atmosphere\Clouds\Optical properties,,,Short-wave cloud reflectance,Reflectance of the solar radiation from clouds -521,\Atmosphere\Visibility\Obscurations,,,Extinction coefficient, -522,\Atmosphere\Visibility\Obscurations,,,Hydrometeor radius, -523,\Atmosphere\Visibility\Obscurations,,,Hydrometeor type, -524,\Atmosphere\Visibility\Obscurations,,,Lithometeor type, -525,\Atmosphere\Visibility\Obscurations,,,Meteorological Optical Range, -526,\Atmosphere\Visibility\Obscurations,,,Obscuration type, -529,\Atmosphere\Total Atmospheric Deposition\Inorganic acid,,,Strong acids, -531,\Atmosphere\Clouds\Position,,,Cloud base height,"For surface observations, height of the cloud base above ground level; for aircraft observations, altitude of the cloud base above mean sea level." -532,\Atmosphere\Clouds\Position,,,Cloud top height,Height of the top of the cloud (highest cloud in case of multi-layer clouds) above mean sea level. -533,\Atmosphere\Clouds\Position,,,Height of inversion, -534,\Atmosphere\Gas phase\Greenhouse gas\HCFCs,,,"C2H3Cl2F (1,1-dichloro-1-fluoroethane, HCFC-141b)","IUPAC: 1,1-dichloro-1-fluoroethane, PubChem CID: 15586, CAS Number: 1717-00-6, in gas phase" -535,\Atmosphere\Gas phase\Greenhouse gas\HCFCs,,,"C2H3ClF2 (1-chloro-1,1-difluoroethane, HCFC-142b)","IUPAC: 1-chloro-1,1-difluoroethane, PubChem CID: 6388, CAS Number: 75-68-3, in gas phase" -536,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C2H3F3 (1,1,1-trifluoroethane, HFC-143a)","IUPAC: 1,1,1-trifluoroethane, PubChem CID: 9868, CAS Number: 420-46-2, in gas phase" -537,\Atmosphere\Gas phase\Greenhouse gas\HCFCs,,,"CHClF2 (chlorodifluoromethane, HCFC-22)","IUPAC: chloro(difluoro)methane, PubChem CID: 6372, CAS Number: 75-45-6, in gas phase" -538,\Atmosphere\Total Atmospheric Deposition\Inorganic anions,,,Br- (bromide),"IUPAC: bromide, PubChem CID: 259, CAS Number: 24959-67-9, in total deposition" -539,\Atmosphere\Total Atmospheric Deposition\Inorganic anions,,,Cl- (chloride),"IUPAC: chloride, PubChem CID: 312, CAS Number: 16887-00-6, in total deposition" -540,\Atmosphere\Total Atmospheric Deposition\Inorganic anions,,,F- (fluoride),"IUPAC: fluoride, PubChem CID: 28179, CAS Number: 16984-48-8, in total deposition" -541,\Atmosphere\Total Atmospheric Deposition\Inorganic anions,,,I- (iodide),"IUPAC: iodide, PubChem CID: 30165, CAS Number: 20461-54-5, in total deposition" -542,\Atmosphere\Total Atmospheric Deposition\Inorganic anions,,,PO4--- (phosphate),"IUPAC: phosphate, PubChem CID: 1061, CAS Number: 14265-44-2, in total deposition" -543,\Atmosphere\Total Atmospheric Deposition\Inorganic anions,,,"SO4= (sulfate), corrected","IUPAC: sulfate, PubChem CID: 1117, CAS Number: 14808-79-8, in total deposition" -544,\Atmosphere\Total Atmospheric Deposition\Inorganic anions,,,SO4= (sulfate),"IUPAC: sulfate, PubChem CID: 1117, CAS Number: 14808-79-8, in total deposition" -545,\Atmosphere\Total Atmospheric Deposition\Inorganic cations,,,Ca++ (calcium),"IUPAC: calcium(2+), PubChem CID: 271, CAS Number: 14127-61-8, in total deposition" -546,\Atmosphere\Total Atmospheric Deposition\Inorganic cations,,,Mg++ (magnesium),"IUPAC: magnesium(2+), PubChem CID: 888, CAS Number: 22537-22-0, in total deposition" -547,\Atmosphere\Total Atmospheric Deposition\Inorganic cations,,,K+ (potassium),"IUPAC: potassium(1+), PubChem CID: 813, CAS Number: 24203-36-9, in total deposition" -548,\Atmosphere\Total Atmospheric Deposition\Inorganic cations,,,Na+ (sodium),"IUPAC: sodium(1+), PubChem CID: 923, CAS Number: 17341-25-2, in total deposition" -550,\Atmosphere\Clouds\Type,,,Type of cloud,"Result of cloud type classification - Accuracy expressed as inverse of number of classes, so that smaller figures correspond to better performance." -551,\Atmosphere\Clouds\Type,,,Type of high clouds,"Type of clouds of genera Cirrus, Cirrocumulus, or Cirrostratus. These occur between 3-8 km (polar regions), 5-13 km (temperate regions) and 6-18 km (tropics) above ground [ref: WMO, International Cloud Atlas, 2017 ed.]" -552,\Atmosphere\Clouds\Type,,,Type of low clouds,"Type of clouds of genera Stratus, Stratocumulus, Cumulus, or Cumulonimbus. These occur between 0-2 km above ground [ref: WMO, International Cloud Atlas, 2017 ed.]" -553,\Atmosphere\Clouds\Type,,,Type of middle clouds,"Type of clouds of genera Altocumulus, Altostratus, or Nimbostratus. These occur between 2-4 km (polar regions), 2-7 km (temperate regions) and 2-8 km (tropics) above ground [ref: WMO, International Cloud Atlas, 2017 ed.]" -554,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C2H2F4 (1,1,1,2-tetrafluoroethane, HFC-134a)","IUPAC: 1,1,1,2-tetrafluoroethane, PubChem CID: 13129, CAS Number: 811-97-2, in gas phase" -555,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C2H4F2 (1,1-difluoroethane, HFC-152a)","IUPAC: 1,1-difluoroethane, PubChem CID: 6368, CAS Number: 75-37-6, in gas phase" -556,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C2HF5 (pentafluoroethane, HFC-125)","IUPAC: 1,1,1,2,2-pentafluoroethane, PubChem CID: 9633, CAS Number: 354-33-6, in gas phase" -557,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C3H2F6 (1,1,1,2,3,3-hexafluoropropane, HFC-236ea)","IUPAC: 1,1,1,2,3,3-hexafluoropropane, PubChem CID: 79009, CAS Number: 431-63-0, in gas phase" -558,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C3H3F5 (1,1,1,3,3-Pentafluoropropane, HFC-245fa)","IUPAC: 1,1,1,3,3-pentafluoropropane, PubChem CID: 68030, CAS Number: 460-73-1, in gas phase" -559,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C3HF7 (1,1,1,2,3,3,3-Heptafluoropropane, HFC-227ea)","IUPAC: 1,1,1,2,3,3,3-heptafluoropropane, PubChem CID: 67940, CAS Number: 431-89-0, in gas phase" -560,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C4H5F5 (1,1,1,3,3-pentafluorobutane, HFC-365mfc)","IUPAC: 1,1,1,3,3-pentafluorobutane, PubChem CID: 67884, CAS Number: 406-58-6, in gas phase" -561,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"CH2F2 (difluoromethane, HFC-32)","IUPAC: difluoromethane, PubChem CID: 6345, CAS Number: 75-10-5, in gas phase" -562,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"CHF3 (trifluoromethane, HFC-23)","IUPAC: fluoroform, PubChem CID: 6373, CAS Number: 75-46-7, in gas phase" -565,\Atmosphere\Radiation\IR,,,Long-wave radiation (direction unspecified), -566,\Atmosphere\Radiation\IR,,,Long-wave radiation (downwelling), -567,\Atmosphere\Radiation\IR,,,Long-wave radiation (upwelling), -568,\Atmosphere\Total Atmospheric Deposition\Inorganic nitrogen species,,,NH4+ (ammonium),"IUPAC: azanium, PubChem CID: 223, CAS Number: 14798-03-9, in total deposition" -569,\Atmosphere\Total Atmospheric Deposition\Inorganic nitrogen species,,,NO3- (nitrate),"IUPAC: nitrate, PubChem CID: 943, CAS Number: 14797-55-8, in total deposition" -570,\Atmosphere\Total Atmospheric Deposition\Inorganic nitrogen species,,,NO2- (nitrite),"IUPAC: nitrite, PubChem CID: 946, CAS Number: 14797-65-0, in total deposition" -571,\Atmosphere\Radiation\Solar,,,Diffuse solar radiation, -572,\Atmosphere\Radiation\Solar,,,Direct solar radiation, -573,\Atmosphere\Radiation\Solar,,,Global solar radiation (downwelling), -574,\Atmosphere\Radiation\Solar,,,Global solar radiation (upwelling), -576,\Atmosphere\Total Atmospheric Deposition\Organic acid,,,CH3COO- (acetate),"IUPAC: acetate, PubChem CID: 175, CAS Number: 71-50-1, in total deposition" -577,\Atmosphere\Total Atmospheric Deposition\Organic acid,,,HCOO- (formate),"IUPAC: formate, PubChem CID: 283, CAS Number: 71-47-6, in total deposition" -578,\Atmosphere\Total Atmospheric Deposition\Organic acid,,,C2H5COO- (propionate),"IUPAC: propanoate, PubChem CID: 104745, CAS Number: 72-03-7, in total deposition" -579,\Atmosphere\Aerosol\Composition,,,"Acidity-Alkalinity, TSP", -589,\Atmosphere\Gas phase\Greenhouse gas\CFCs,,,"C2Cl2F4 (1,2-dichlorotetrafluoroethane, CFC-114)","IUPAC: 1,2-dichloro-1,1,2,2-tetrafluoroethane, PubChem CID: 6429, CAS Number: 76-14-2" -590,\Atmosphere\Gas phase\Greenhouse gas\CFCs,,,"C2Cl3F3 (1,1,2-trichloro-1,2,2-trifluoroethane, CFC-113)","IUPAC: 1,1,2-trichloro-1,2,2-trifluoroethane, PubChem CID: 6428, CAS Number: 76-13-1, in gas phase" -591,\Atmosphere\Gas phase\Greenhouse gas\CFCs,,,"C2ClF5 (1-chloro-1,1,2,2,2-pentafluoroethane, CFC-115)","IUPAC: 1-chloro-1,1,2,2,2-pentafluoroethane, PubChem CID: 6430, CAS Number: 76-15-3, in gas phase" -592,\Atmosphere\Gas phase\Greenhouse gas\CFCs,,,"CCl2F2 (dichlorodifluoromethane, CFC-12)","IUPAC: dichloro(difluoro)methane, PubChem CID: 6391, CAS Number: 75-71-8, in gas phase" -593,\Atmosphere\Gas phase\Greenhouse gas\CFCs,,,"CCl3F (trichlorofluoromethane, CFC-11)","IUPAC: trichloro(fluoro)methane, PubChem CID: 6389, CAS Number: 75-69-4, in gas phase" -594,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons,,,"CCl4 (tetrachloromethane, carbon tetrachloride)","IUPAC: tetrachloromethane, PubChem CID: 5943, CAS Number: 56-23-5, in gas phase" -595,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons,,,"CH3CCl3 (1,1,1-trichloroethane, methyl chloroform)","IUPAC: 1,1,1-trichloroethane, PubChem CID: 6278, CAS Number: 71-55-6, in gas phase" -597,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Al (aluminium),"IUPAC: aluminium, PubChem CID: 5359268, CAS Number: 7429-90-5, in total deposition" -598,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,As (arsenic),"IUPAC: arsenic, PubChem CID: 5359596, CAS Number: 7440-38-2, in total deposition" -599,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Cd (cadmium),"IUPAC: cadmium, PubChem CID: 23973, CAS Number: 7440-43-9, in total deposition" -600,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Cr (chromium),"IUPAC: chromium, PubChem CID: 23976, CAS Number: 7440-47-3, in total deposition" -601,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Co (cobalt),"IUPAC: cobalt, PubChem CID: 104730, CAS Number: 7440-48-4, in total deposition" -602,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Cu (copper),"IUPAC: copper, PubChem CID: 23978, CAS Number: 7440-50-8, in total deposition" -603,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Fe (iron),"IUPAC: iron, PubChem CID: 23925, CAS Number: 7439-89-6, in total deposition" -604,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Pb (lead),"IUPAC: lead, PubChem CID: 5352425, CAS Number: 7439-92-1, in total deposition" -605,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Mn (manganese),"IUPAC: manganese, PubChem CID: 23930, CAS Number: 7439-96-5, in total deposition" -606,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Hg (mercury),"IUPAC: mercury, PubChem CID: 23931, CAS Number: 7439-97-6, in total deposition" -607,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Ni (nickel),"IUPAC: nickel, PubChem CID: 936, CAS Number: 7440-02-1, in total deposition" -608,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,V (vanadium),"IUPAC: vanadium, PubChem CID: 23990, CAS Number: 7440-62-2, in total deposition" -609,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Zn (zinc),"IUPAC: zinc, PubChem CID: 23994, CAS Number: 7440-66-6, in total deposition" -614,\Atmosphere\Aerosol\Composition\Inorganic anions,,,"Cl- (chloride), PM1","IUPAC: chloride, PubChem CID: 312, CAS Number: 16887-00-6, in particle phase, PM1" -615,\Atmosphere\Aerosol\Composition\Inorganic anions,,,"Cl- (chloride), PM10","IUPAC: chloride, PubChem CID: 312, CAS Number: 16887-00-6, in particle phase, PM10" -616,\Atmosphere\Aerosol\Composition\Inorganic anions,,,"Cl- (chloride), PM2.5","IUPAC: chloride, PubChem CID: 312, CAS Number: 16887-00-6, in particle phase, PM2.5" -617,\Atmosphere\Aerosol\Composition\Inorganic anions,,,"Cl- (chloride), TSP","IUPAC: chloride, PubChem CID: 312, CAS Number: 16887-00-6, in particle phase, TSP" -618,\Atmosphere\Aerosol\Composition\Inorganic anions,,,"F- (fluoride), TSP","IUPAC: fluoride, PubChem CID: 28179, CAS Number: 16984-48-8, in particle phase, TSP" -619,\Atmosphere\Aerosol\Composition\Inorganic anions,,,"SO4= (sulfate), corrected","IUPAC: sulfate, PubChem CID: 1117, CAS Number: 14808-79-8, in particle phase" -620,\Atmosphere\Aerosol\Composition\Inorganic anions,,,"SO4= (sulfate), TSP","IUPAC: sulfate, PubChem CID: 1117, CAS Number: 14808-79-8, in particle phase, TSP" -621,\Atmosphere\Aerosol\Composition\Inorganic anions,,,"SO4= (sulfate), PM10","IUPAC: sulfate, PubChem CID: 1117, CAS Number: 14808-79-8, in particle phase, PM10" -622,\Atmosphere\Aerosol\Composition\Inorganic anions,,,"SO4= (sulfate), PM2.5","IUPAC: sulfate, PubChem CID: 1117, CAS Number: 14808-79-8, in particle phase, PM2.5" -623,\Atmosphere\Aerosol\Composition\Inorganic carbonaceous,,,"Elemental carbon, PM10",Carbonaceous fraction of particulate matter that is thermally stable in an inert atmosphere to high temperatures near 4000 K and can only be gasified by oxidation starting at temperatures above 340 degC. It is assumed to be inert and non-volatile under atmospheric conditions and insoluble in any solvent. Size range: PM10 -624,\Atmosphere\Aerosol\Composition\Inorganic carbonaceous,,,"Elemental carbon, PM1",Carbonaceous fraction of particulate matter that is thermally stable in an inert atmosphere to high temperatures near 4000 K and can only be gasified by oxidation starting at temperatures above 340 degC. It is assumed to be inert and non-volatile under atmospheric conditions and insoluble in any solvent. Size range: PM1 -625,\Atmosphere\Aerosol\Composition\Inorganic carbonaceous,,,"Elemental carbon, PM2.5",Carbonaceous fraction of particulate matter that is thermally stable in an inert atmosphere to high temperatures near 4000 K and can only be gasified by oxidation starting at temperatures above 340 degC. It is assumed to be inert and non-volatile under atmospheric conditions and insoluble in any solvent. Size range: PM2.5 -626,\Atmosphere\Aerosol\Composition\Inorganic carbonaceous,,,"Total carbon, PM10","Sum of elemental and organic carbon. Includes inorganic carbon, which is operationally distributed between elemental and organic carbon. Size range: PM10" -632,\Atmosphere\Aerosol\Composition\Inorganic cations,,,"Ca++ (calcium), PM10","IUPAC: calcium(2+), PubChem CID: 271, CAS Number: 14127-61-8, in particle phase, PM10" -633,\Atmosphere\Aerosol\Composition\Inorganic cations,,,"Ca++ (calcium), PM2.5","IUPAC: calcium(2+), PubChem CID: 271, CAS Number: 14127-61-8, in particle phase, PM2.5" -634,\Atmosphere\Aerosol\Composition\Inorganic cations,,,"Ca++ (calcium), TSP","IUPAC: calcium(2+), PubChem CID: 271, CAS Number: 14127-61-8, in particle phase, TSP" -635,\Atmosphere\Aerosol\Composition\Inorganic cations,,,"Mg++ (magnesium), PM10","IUPAC: magnesium(2+), PubChem CID: 888, CAS Number: 22537-22-0, in particle phase, PM10" -636,\Atmosphere\Aerosol\Composition\Inorganic cations,,,"Mg++ (magnesium), PM2.5","IUPAC: magnesium(2+), PubChem CID: 888, CAS Number: 22537-22-0, in particle phase, PM2.5" -637,\Atmosphere\Aerosol\Composition\Inorganic cations,,,"Mg++ (magnesium), TSP","IUPAC: magnesium(2+), PubChem CID: 888, CAS Number: 22537-22-0, in particle phase, TSP" -638,\Atmosphere\Aerosol\Composition\Inorganic cations,,,"K+ (potassium), PM10","IUPAC: potassium(1+), PubChem CID: 813, CAS Number: 24203-36-9, in particle phase, PM10" -639,\Atmosphere\Aerosol\Composition\Inorganic cations,,,"K+ (potassium), PM2.5","IUPAC: potassium(1+), PubChem CID: 813, CAS Number: 24203-36-9, in particle phase, PM2.5" -640,\Atmosphere\Aerosol\Composition\Inorganic cations,,,"K+ (potassium), TSP","IUPAC: potassium(1+), PubChem CID: 813, CAS Number: 24203-36-9, in particle phase, TSP" -641,\Atmosphere\Aerosol\Composition\Inorganic cations,,,"Na+ (sodium), PM10","IUPAC: sodium(1+), PubChem CID: 923, CAS Number: 17341-25-2, in particle phase, PM10" -642,\Atmosphere\Aerosol\Composition\Inorganic cations,,,"Na+ (sodium), PM2.5","IUPAC: sodium(1+), PubChem CID: 923, CAS Number: 17341-25-2, in particle phase, PM2.5" -643,\Atmosphere\Aerosol\Composition\Inorganic cations,,,"Na+ (sodium), TSP","IUPAC: sodium(1+), PubChem CID: 923, CAS Number: 17341-25-2, in particle phase, TSP" -644,\Atmosphere\Aerosol\Composition\Inorganic nitrogen species,,,"NH3 (ammonia), PM2.5","IUPAC: azane, PubChem CID: 222, CAS Number: 7664-41-7, in particle phase, PM2.5" -645,\Atmosphere\Aerosol\Composition\Inorganic nitrogen species,,,"NH4+ (ammonium), PM10","IUPAC: azanium, PubChem CID: 223, CAS Number: 14798-03-9, in particle phase, PM10" -646,\Atmosphere\Aerosol\Composition\Inorganic nitrogen species,,,"NH4+ (ammonia), PM2.5","IUPAC: azanium, PubChem CID: 223, CAS Number: 14798-03-9, in particle phase, PM2.5" -647,\Atmosphere\Aerosol\Composition\Inorganic nitrogen species,,,"NH4+ (ammonium), TSP","IUPAC: azanium, PubChem CID: 223, CAS Number: 14798-03-9, in particle phase, TSP" -648,\Atmosphere\Aerosol\Composition\Inorganic nitrogen species,,,"NH4NO4 (ammonium nitrate), TSP","IUPAC: ammonium nitrate, PubChem CID: 22985, CAS Number: 6484-52-2, in particle phase, TSP" -649,\Atmosphere\Aerosol\Composition\Inorganic nitrogen species,,,"NH4NO3 (ammonium nitrate), PM1","IUPAC: ammonium nitrate, PubChem CID: 22985, CAS Number: 6484-52-2, in particle phase, PM1" -650,\Atmosphere\Aerosol\Composition\Inorganic nitrogen species,,,"NO3- (nitrate), PM10","IUPAC: nitrate, PubChem CID: 943, CAS Number: 14797-55-8, in particle phase, PM10" -651,\Atmosphere\Aerosol\Composition\Inorganic nitrogen species,,,"NO3- (nitrate), PM2.5","IUPAC: nitrate, PubChem CID: 943, CAS Number: 14797-55-8, in particle phase, PM2.5" -652,\Atmosphere\Aerosol\Composition\Inorganic nitrogen species,,,"NO3- (nitrate), TSP","IUPAC: nitrate, PubChem CID: 943, CAS Number: 14797-55-8, in particle phase, TSP" -653,\Atmosphere\Aerosol\Composition\Inorganic nitrogen species,,,"NO2- (nitrite), TSP","IUPAC: nitrite, PubChem CID: 946, CAS Number: 14797-65-0, in particle phase, TSP" -654,\Atmosphere\Aerosol\Composition\Inorganic nitrogen species,,,Sum of NH3 (ammonia) and NH4+ (ammonium),Sum of NH3 (ammonia) and NH4+ (ammonium) -655,\Atmosphere\Aerosol\Composition\Inorganic nitrogen species,,,Sum of HNO3 (nitric acid) and NO3- (nitrate),Sum of HNO3 (nitric acid) and NO3- (nitrate) -656,\Atmosphere\Aerosol\Composition\Major inorganic components,,,Major chemical components,Major chemical components -657,\Atmosphere\Aerosol\Composition\Major inorganic components,,,"Major inorganic components, TSP","Major inorganic components, TSP" -658,\Atmosphere\Aerosol\Composition\Major inorganic components,,,"Major inorganic components, coarse","Major inorganic components, coarse" -659,\Atmosphere\Aerosol\Composition\Major inorganic components,,,"Major inorganic components, fine","Major inorganic components, fine" -660,\Atmosphere\Aerosol\Composition\Major inorganic components,,,"Other chemical components, coarse","Other chemical components, coarse" -661,\Atmosphere\Aerosol\Composition\Major inorganic components,,,"Other chemical components, fine","Other chemical components, fine" -662,\Atmosphere\Aerosol\Composition\Organic anions,,,"C2H3O2- (CH3COO-, acetate), PM1","IUPAC: acetate, PubChem CID: 175, CAS Number: 71-50-0, in particle phase, PM1" -663,\Atmosphere\Aerosol\Composition\Organic anions,,,"C2H3O2- (CH3COO-, acetate)","IUPAC: acetate, PubChem CID: 175, CAS Number: 71-50-0, in particle phase" -664,\Atmosphere\Aerosol\Composition\Organic anions,,,"C2O4= (oxalate, ethanedioate), PM1","IUPAC: oxalate, PubChem CID: 71081, CAS Number: 338-70-5, in particle phase, PM1" -665,\Atmosphere\Aerosol\Composition\Organic anions,,,"C2O4= (oxalate, ethanedioate), PM10","IUPAC: oxalate, PubChem CID: 71081, CAS Number: 338-70-5, in particle phase, PM10" -666,\Atmosphere\Aerosol\Composition\Organic anions,,,"C2O4= (oxalate, ethanedioate), TSP","IUPAC: oxalate, PubChem CID: 71081, CAS Number: 338-70-5, in particle phase, TSP" -667,\Atmosphere\Aerosol\Composition\Organic anions,,,"CH3O3S- (methanesulfonate), PM1","IUPAC: methanesulfonate, PubChem CID: 85257, CAS Number: 16053-58-0, in particle phase, PM1" -668,\Atmosphere\Aerosol\Composition\Organic anions,,,"CH3O3S- (methanesulfonate), TSP","IUPAC: methanesulfonate, PubChem CID: 85257, CAS Number: 16053-58-0, in particle phase, TSP" -669,\Atmosphere\Aerosol\Composition\Organic anions,,,"CHO2- (HCOO-, formate)","IUPAC: formate, PubChem CID: 283, CAS Number: 71-47-6, in particle phase" -670,\Atmosphere\Aerosol\Composition\Organic carbonaceous,,,"Carbonaceous-organic material, PM10", -671,\Atmosphere\Aerosol\Composition\Organic carbonaceous,,,"Carbonaceous-organic material, fine", -672,\Atmosphere\Aerosol\Composition\Trace elements,,,"Ti (Titanium), TSP","IUPAC: titanium, PubChem CID: 23963, CAS Number: 7440-32-6, in particle phase, TSP" -673,\Atmosphere\Aerosol\Composition\Trace elements,,,"Al (Aluminium), PM2.5","IUPAC: aluminium, PubChem CID: 5359268, CAS Number: 7429-90-5, in particle phase, PM2.5" -674,\Atmosphere\Aerosol\Composition\Trace elements,,,"Al (Aluminium), TSP","IUPAC: aluminium, PubChem CID: 5359268, CAS Number: 7429-90-5, in particle phase, TSP" -675,\Atmosphere\Aerosol\Composition\Trace elements,,,"Sb (Antimony), PM2.5","IUPAC: antimony, PubChem CID: 5354495, CAS Number: 7440-36-0, in particle phase, PM2.5" -676,\Atmosphere\Aerosol\Composition\Trace elements,,,"Sb (Antimony), TSP","IUPAC: antimony, PubChem CID: 5354495, CAS Number: 7440-36-0, in particle phase, TSP" -677,\Atmosphere\Aerosol\Composition\Trace elements,,,"As (Arsenic), PM10","IUPAC: arsenic, PubChem CID: 5359596, CAS Number: 7440-38-2, in particle phase, PM10" -678,\Atmosphere\Aerosol\Composition\Trace elements,,,"As (Arsenic), TSP","IUPAC: arsenic, PubChem CID: 5359596, CAS Number: 7440-38-2, in particle phase, TSP" -679,\Atmosphere\Aerosol\Composition\Trace elements,,,"Ba (Barium), PM2.5","IUPAC: barium, PubChem CID: 5355457, CAS Number: 7440-39-3, in particle phase, PM2.5" -680,\Atmosphere\Aerosol\Composition\Trace elements,,,"Ba (Barium), TSP","IUPAC: barium, PubChem CID: 5355457, CAS Number: 7440-39-3, in particle phase, TSP" -681,\Atmosphere\Aerosol\Composition\Trace elements,,,"Bi (Bismuth), PM2.5","IUPAC: bismuth, PubChem CID: 5359367, CAS Number: 7440-69-9, in particle phase, PM2.5" -682,\Atmosphere\Aerosol\Composition\Trace elements,,,"Bi (Bismuth), TSP","IUPAC: bismuth, PubChem CID: 5359367, CAS Number: 7440-69-9, in particle phase, TSP" -683,\Atmosphere\Aerosol\Composition\Trace elements,,,"Cd (Cadmium), PM1","IUPAC: cadmium, PubChem CID: 23973, CAS Number: 7440-43-9, in particle phase, PM1" -684,\Atmosphere\Aerosol\Composition\Trace elements,,,"Cd (Cadmium), PM10","IUPAC: cadmium, PubChem CID: 23973, CAS Number: 7440-43-9, in particle phase, PM10" -685,\Atmosphere\Aerosol\Composition\Trace elements,,,"Cd (Cadmium), PM2.5","IUPAC: cadmium, PubChem CID: 23973, CAS Number: 7440-43-9, in particle phase, PM2.5" -686,\Atmosphere\Aerosol\Composition\Trace elements,,,"Cd (Cadmium), PM2.5 - PM10","IUPAC: cadmium, PubChem CID: 23973, CAS Number: 7440-43-9, in particle phase, PM2.5 - PM10" -687,\Atmosphere\Aerosol\Composition\Trace elements,,,"Cd (Cadmium), TSP","IUPAC: cadmium, PubChem CID: 23973, CAS Number: 7440-43-9, in particle phase, TSP" -688,\Atmosphere\Aerosol\Composition\Trace elements,,,"Ce (Cerium), PM2.5","IUPAC: cerium, PubChem CID: 23974, CAS Number: 7440-45-1, in particle phase, PM2.5" -689,\Atmosphere\Aerosol\Composition\Trace elements,,,"Ce (Cerium), TSP","IUPAC: cerium, PubChem CID: 23974, CAS Number: 7440-45-1, in particle phase, TSP" -690,\Atmosphere\Aerosol\Composition\Trace elements,,,"Cr (Chromium), TSP","IUPAC: chromium, PubChem CID: 23976, CAS Number: 7440-47-3, in particle phase, TSP" -691,\Atmosphere\Aerosol\Composition\Trace elements,,,"Co (Cobalt), TSP","IUPAC: cobalt, PubChem CID: 104730, CAS Number: 7440-48-4, in particle phase, TSP" -692,\Atmosphere\Aerosol\Composition\Trace elements,,,"Cu (Copper), PM10","IUPAC: copper, PubChem CID: 23978, CAS Number: 7440-50-8, in particle phase, PM10" -693,\Atmosphere\Aerosol\Composition\Trace elements,,,"Cu (Copper), TSP","IUPAC: copper, PubChem CID: 23978, CAS Number: 7440-50-8, in particle phase, TSP" -694,\Atmosphere\Aerosol\Composition\Trace elements,,,"Fe (Iron), TSP","IUPAC: iron, PubChem CID: 23925, CAS Number: 7439-89-6, in particle phase, TSP" -695,\Atmosphere\Aerosol\Composition\Trace elements,,,"La (Lanthanum), PM2.5","IUPAC: lanthanum, PubChem CID: 23926, CAS Number: 7439-91-0, in particle phase, PM2.5" -696,\Atmosphere\Aerosol\Composition\Trace elements,,,"La (Lanthanum), TSP","IUPAC: lanthanum, PubChem CID: 23926, CAS Number: 7439-91-0, in particle phase, TSP" -697,\Atmosphere\Aerosol\Composition\Trace elements,,,"Pb (Lead), PM10","IUPAC: lead, PubChem CID: 5352425, CAS Number: 7439-92-1, in particle phase, PM10" -698,\Atmosphere\Aerosol\Composition\Trace elements,,,"Pb (Lead), TSP","IUPAC: lead, PubChem CID: 5352425, CAS Number: 7439-92-1, in particle phase, TSP" -699,\Atmosphere\Aerosol\Composition\Trace elements,,,"Li (Lithium), PM2.5","IUPAC: lithium, PubChem CID: 3028194, CAS Number: 7439-93-2, in particle phase, PM2.5" -700,\Atmosphere\Aerosol\Composition\Trace elements,,,"Li (Lithium), TSP","IUPAC: lithium, PubChem CID: 3028194, CAS Number: 7439-93-2, in particle phase, TSP" -701,\Atmosphere\Aerosol\Composition\Trace elements,,,"Mn (Manganese), PM10","IUPAC: manganese, PubChem CID: 23930, CAS Number: 7439-96-5, in particle phase, PM10" -702,\Atmosphere\Aerosol\Composition\Trace elements,,,"Mn (Manganese), TSP","IUPAC: manganese, PubChem CID: 23930, CAS Number: 7439-96-5, in particle phase, TSP" -703,\Atmosphere\Aerosol\Composition\Trace elements,,,"Hg (Mercury), TSP","IUPAC: mercury, PubChem CID: 23931, CAS Number: 7439-97-6, in particle phase, TSP" -704,\Atmosphere\Aerosol\Composition\Trace elements,,,"Ni (Nickel), PM10","IUPAC: nickel, PubChem CID: 935, CAS Number: 7440-02-0, in particle phase, PM10" -705,\Atmosphere\Aerosol\Composition\Trace elements,,,"Ni (Nickel), TSP","IUPAC: nickel, PubChem CID: 935, CAS Number: 7440-02-0, in particle phase, TSP" -706,\Atmosphere\Aerosol\Composition\Trace elements,,,"P (Phosphorous), PM2.5","IUPAC: phosphorus, PubChem CID: 5462309, CAS Number: 7723-14-0, in particle phase, PM2.5" -707,\Atmosphere\Aerosol\Composition\Trace elements,,,"P (Phosphorous), TSP","IUPAC: phosphorus, PubChem CID: 5462309, CAS Number: 7723-14-0, in particle phase, TSP" -708,\Atmosphere\Aerosol\Composition\Trace elements,,,"Rb (Rubidium), PM2.5","IUPAC: rubidium, PubChem CID: 5357696, CAS Number: 7440-17-7, in particle phase, PM2.5" -709,\Atmosphere\Aerosol\Composition\Trace elements,,,"Rb (Rubidium), TSP","IUPAC: rubidium, PubChem CID: 5357696, CAS Number: 7440-17-7, in particle phase, TSP" -710,\Atmosphere\Aerosol\Composition\Trace elements,,,"Se (Selenium), TSP","IUPAC: selenium, PubChem CID: 6326970, CAS Number: 7782-49-2, in particle phase, TSP" -711,\Atmosphere\Aerosol\Composition\Trace elements,,,"Sr (Strontium), PM2.5","IUPAC: strontium, PubChem CID: 5359327, CAS Number: 7440-24-6, in particle phase, PM2.5" -712,\Atmosphere\Aerosol\Composition\Trace elements,,,"Sr (Strontium), TSP","IUPAC: strontium, PubChem CID: 5359327, CAS Number: 7440-24-6, in particle phase, TSP" -713,\Atmosphere\Aerosol\Composition\Trace elements,,,"Tl (Thallium), PM2.5","IUPAC: thallium, PubChem CID: 5359464, CAS Number: 7440-28-0, in particle phase, PM2.5" -714,\Atmosphere\Aerosol\Composition\Trace elements,,,"Tl (Thallium), TSP","IUPAC: thallium, PubChem CID: 5359464, CAS Number: 7440-28-0, in particle phase, TSP" -715,\Atmosphere\Aerosol\Composition\Trace elements,,,"Th (Thorium), PM2.5","IUPAC: thorium, PubChem CID: 23960, CAS Number: 7440-29-1, in particle phase, PM2.5" -716,\Atmosphere\Aerosol\Composition\Trace elements,,,"Th (Thorium), TSP","IUPAC: thorium, PubChem CID: 23960, CAS Number: 7440-29-1, in particle phase, TSP" -717,\Atmosphere\Aerosol\Composition\Trace elements,,,"Sn (Tin), PM2.5","IUPAC: tin, PubChem CID: 5352426, CAS Number: 7440-31-5, in particle phase, PM2.5" -718,\Atmosphere\Aerosol\Composition\Trace elements,,,"Sn (Tin), TSP","IUPAC: tin, PubChem CID: 5352426, CAS Number: 7440-31-5, in particle phase, TSP" -719,\Atmosphere\Aerosol\Composition\Trace elements,,,"U (Uranium), PM2.5","IUPAC: uranium, PubChem CID: 23989, CAS Number: 7440-61-1, in particle phase, PM2.5" -720,\Atmosphere\Aerosol\Composition\Trace elements,,,"U (Uranium), TSP","IUPAC: uranium, PubChem CID: 23989, CAS Number: 7440-61-1, in particle phase, TSP" -721,\Atmosphere\Aerosol\Composition\Trace elements,,,"V (Vanadium), PM2.5","IUPAC: vanadium, PubChem CID: 23990, CAS Number: 7440-62-2, in particle phase, PM2.5" -722,\Atmosphere\Aerosol\Composition\Trace elements,,,"V (Vanadium), TSP","IUPAC: vanadium, PubChem CID: 23990, CAS Number: 7440-62-2, in particle phase, TSP" -723,\Atmosphere\Aerosol\Composition\Trace elements,,,"Zn (Zinc), PM2.5","IUPAC: zinc, PubChem CID: 23994, CAS Number: 7440-66-6, in particle phase, PM2.5" -724,\Atmosphere\Aerosol\Composition\Trace elements,,,"Zn (Zinc), TSP","IUPAC: zinc, PubChem CID: 23994, CAS Number: 7440-66-6, in particle phase, TSP" -727,\Atmosphere\Particle phase\Physical properties,,,Dust mass concentration,Concentration of dust or sand in the atmosphere -728,\Atmosphere\Particle phase\Physical properties,,,Volcanic ash particle mass concentration,3D field of mass mixing ratio of volcanic ash -729,\Atmosphere\Particle phase\Physical properties,,,Aerosol volcanic ash (Total column),Field of total column mass of volcanic ash -12001,\Atmosphere\Lightning,,,Total lightning density, -12002,\Atmosphere\Lightning,,,Lightning density cloud-to-ground, -12005,\Atmosphere\Wind,,,Horizontal wind direction at specified distance from reference surface,Horizontal wind direction at specified distance from reference surface -12006,\Atmosphere\Wind,,,Horizontal wind speed at specified distance from reference surface,Horizontal wind speed at specified distance from reference surface -12016,Atmosphere\Gas phase\Greenhouse gas\CFCs,,,"Cl3CCF3 (1,1,1-trichloro-2,2,2-trifluoroethane, CFC-113a)","IUPAC: 1,1,1-trichloro-2,2,2-trifluoroethane, PubChem CID: 9635, CAS Number: 354-58-5, in gas phase" -12017,Atmosphere\Gas phase\Greenhouse gas\Halon,,,"CBr2F2 (dibromodifluoromethane, Halon 1202)","IUPAC: dibromo(difluoro)methane, PubChem CID: 6382, CAS Number: 75-61-6, in gas phase" -12018,Atmosphere\Gas phase\Greenhouse gas\Halon,,,"C2Br2F4 (1,2-dibromo-1,1,2,2-tetrafluoroethane, Halon 2402)","IUPAC: 1,2-dibromo-1,1,2,2-tetrafluoroethane, PubChem CID: 31301, CAS Number: 124-73-2, in gas phase" -12019,Atmosphere\Gas phase\Greenhouse gas\HCFCs,,,"C2H3Cl2F (1,1-dichloro-2-fluoroethane, HCFC-141a)","IUPAC: 1,1-dichloro-2-fluoroethane, PubChem CID: 67936, CAS Number: 430-53-5, in gas phase" -12021,\Atmosphere\Gas phase,,,O2/N2 ratio,Atmospheric O2/N2 ratio -12022,\Atmosphere\Bioaerosol\Pollen,,,Total pollen,All pollen taxa -12023,\Atmosphere\Bioaerosol\Pollen\Pinaceae,,,Total Pinaceae,Pine family pollen -12024,\Atmosphere\Bioaerosol\Pollen\Pinaceae,,,Abies,Fir pollen -12025,\Atmosphere\Bioaerosol\Pollen\Pinaceae,,,Picea,Spruce pollen -12026,\Atmosphere\Bioaerosol\Pollen\Pinaceae,,,Larix,Larch pollen -12027,\Atmosphere\Bioaerosol\Pollen\Pinaceae,,,Pinus,Pine pollen -12028,\Atmosphere\Bioaerosol\Pollen\Cupressaceae,,,Total Cupressaceae,Cypress family pollen -12029,\Atmosphere\Bioaerosol\Pollen\Arecaceae,,,Total Arecaceae,Palm family pollen -12030,\Atmosphere\Bioaerosol\Pollen\Platanaceae,,,Platanus,Plane tree pollen -12031,\Atmosphere\Bioaerosol\Pollen\Urticaceae,,,Parietaria,Pellitory pollen -12032,\Atmosphere\Bioaerosol\Pollen\Urticaceae,,,Urtica,Nettle pollen -12033,\Atmosphere\Bioaerosol\Pollen\Fagaceae,,,Castanea,Sweet chestnut pollen -12034,\Atmosphere\Bioaerosol\Pollen\Fagaceae,,,Fagus,Beech pollen -12035,\Atmosphere\Bioaerosol\Pollen\Fagaceae,,,Quercus,Oak pollen -12036,\Atmosphere\Bioaerosol\Pollen\Betulaceae,,,Total Betulaceae,Birch family pollen -12037,\Atmosphere\Bioaerosol\Pollen\Betulaceae,,,Alnus,Alder pollen -12038,\Atmosphere\Bioaerosol\Pollen\Betulaceae,,,Betula,Birch pollen -12039,\Atmosphere\Bioaerosol\Pollen\Betulaceae,,,Carpinus,Hornbeam pollen -12040,\Atmosphere\Bioaerosol\Pollen\Betulaceae,,,Corylus,Hazel pollen -12041,\Atmosphere\Bioaerosol\Pollen\Amaranthaceae,,,Total Amaranthaceae,Amaranth family pollen -12042,\Atmosphere\Bioaerosol\Pollen\Amaranthaceae,,,Chenopodium,Chenopodium (goosefoot) pollen -12043,\Atmosphere\Bioaerosol\Pollen\Salicaceae,,,Populus,Poplar pollen -12044,\Atmosphere\Bioaerosol\Pollen\Salicaceae,,,Salix,Willow pollen -12045,\Atmosphere\Bioaerosol\Pollen\Oleaceae,,,Total Oleaceae,Olive family pollen -12046,\Atmosphere\Bioaerosol\Pollen\Oleaceae,,,Olea,Olive pollen -12047,\Atmosphere\Bioaerosol\Pollen\Oleaceae,,,Fraxinus,Ash pollen -12048,\Atmosphere\Bioaerosol\Pollen\Asteraceae,,,Total Asteraceae,Aster family pollen -12049,\Atmosphere\Bioaerosol\Pollen\Asteraceae,,,Ambrosia,Ragweed pollen -12050,\Atmosphere\Bioaerosol\Pollen\Asteraceae,,,Artemisia,Mugwort pollen -12051,\Atmosphere\Bioaerosol\Pollen\Asteraceae,,,Solidago,Solidago (goldenrod) pollen -12052,\Atmosphere\Bioaerosol\Pollen\Poaceae,,,Total Poaceae,Grasses pollen -12053,\Atmosphere\Bioaerosol\Pollen\Poaceae,,,Secale,Secale pollen -12054,\Atmosphere\Bioaerosol\Pollen\Poaceae,,,Zea mays,Maize pollen -12055,\Atmosphere\Bioaerosol\Pollen\Juglandaceae,,,Juglans,Walnut tree pollen -12056,\Atmosphere\Bioaerosol\Pollen\Ulmaceae,,,Ulmus,Elm pollen -12057,\Atmosphere\Bioaerosol\Pollen\Sapindaceae,,,Acer,Maple pollen -12058,\Atmosphere\Bioaerosol\Pollen\Sapindaceae,,,Aesculus,Aesculus pollen -12059,\Atmosphere\Bioaerosol\Pollen\Brassicaceae,,,Brassica,Brassica pollen -12060,\Atmosphere\Bioaerosol\Pollen\Plantaginaceae,,,Plantago,Plantain pollen -12061,\Atmosphere\Bioaerosol\Pollen\Adoxaceae,,,Sambucus,Sambucus (elder) pollen -12062,\Atmosphere\Bioaerosol\Pollen\Polygonaceae,,,Rumex,"Rumex (dock, sorrel) pollen" -12063,\Atmosphere\Bioaerosol\Pollen\Malvaceae,,,Tilia,Linden pollen -12064,\Atmosphere\Bioaerosol\Pollen\Cannabaceae,,,Humulus,Hop pollen -12065,\Atmosphere\Bioaerosol\Pollen\Taxaceae,,,Taxus,Yew pollen -12066,\Atmosphere\Bioaerosol\Pollen\Elaeagnaceae,,,Hippophae,Sea-buckthorn pollen -12067,\Atmosphere\Bioaerosol\Pollen\Aquifoliaceae,,,Ilex,Holly pollen -12068,\Atmosphere\Bioaerosol\Pollen\Oleaceae,,,Ligustrum,Privet pollen -12069,\Atmosphere\Bioaerosol\Pollen\Juncaceae,,,Total Juncaceae,Rush family pollen -12070,\Atmosphere\Bioaerosol\Pollen\Cyperaceae,,,Total Cyperaceae,Sedge family pollen -12071,\Atmosphere\Bioaerosol\Pollen\Ericaceae,,,Total Ericaceae,Heather family pollen -12072,\Atmosphere\Bioaerosol\Pollen\Rosaceae,,,Total Rosaceae,Rose family pollen -12073,\Atmosphere\Bioaerosol\Pollen\Caryophyllaceae,,,Silene,Melandrium pollen -12074,\Atmosphere\Bioaerosol\Pollen\Ranunculaceae,,,Total Ranunculaceae,Buttercup family pollen -12075,\Atmosphere\Bioaerosol\Pollen\Umbelliferae,,,Total Umbelliferae,"Celery, carrot or parsley family pollen" -12076,\Atmosphere\Bioaerosol\Pollen\Brassicaceae,,,Total Brassicaceae,"Cabbage family (mustards, crucifers) pollen" -12077,\Atmosphere\Bioaerosol\Pollen\Betulaceae,,,Ostrya,Hophornbeam pollen -12078,\Atmosphere\Bioaerosol\Pollen\Pinaceae,,,Cedrus,Cedar family pollen -12079,\Atmosphere\Bioaerosol\Pollen\Buxaceae,,,Buxus,Box pollen -12080,\Atmosphere\Bioaerosol\Pollen\Ginkgoaceae,,,Ginkgo,Ginkgo pollen -12081,\Atmosphere\Bioaerosol\Pollen\Altingiaceae,,,Liquidambar,Sweetgum pollen -12082,\Atmosphere\Bioaerosol\Pollen\Euphorbiaceae,,,Mercurialis,Mercuries pollen -12083,\Atmosphere\Bioaerosol\Pollen\Moraceae,,,Total Moraceae,Mulberry family pollen -12084,\Atmosphere\Bioaerosol\Fungi\Pleosporales,,,Alternaria,Alternaria spores -12085,\Atmosphere\Bioaerosol\Fungi\Capnodiales,,,Cladosporium,Cladosporium spores -12086,\Atmosphere\Gas phase\Greenhouse gas\Inorganic nitrogen species,,,NF3 (nitrogen trifluoride),"IUPAC: nitrogen trifluoride, PubChem CID: 24553, CAS Number: 7783-54-2, in gas phase" -12087,\Atmosphere\Gas phase\Greenhouse gas ,,"organic, isotopologue","CH3D (monodeuterated methane, methane-d1)","IUPAC: deuteriomethane, PubChem CID: 12669, CAS Number: 676-49-3, in gas phase" -12088,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons,,,"CClF3 (chlorotrifluoromethane, CFC-13)","IUPAC: chloro(trifluoro)methane, PubChem CID: 6392, CAS Number: 75-72-9, in gas phase" -12089,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons,,,"C2HClF4 (1-chloro-1,2,2,2-tetrafluoroethane, HCFC-124)","IUPAC: 2-chloro-1,1,1,2-tetrafluoroethane, PubChem CID: 17822, CAS Number: 2837-89-0, in gas phase" -12090,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons,,,"C5H2F10 (1,1,1,2,2,3,4,5,5,5-decafluoropentane, HFC-43-10-mee)","IUPAC: 1,1,1,2,2,3,4,5,5,5-decafluoropentane, PubChem CID: 86240, CAS Number: 138495-42-8, in gas phase" -12091,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons,,,"C4F8 (octafluorocyclobutane, PFC-318)","IUPAC: 1,1,2,2,3,3,4,4-octafluorocyclobutane, PubChem CID: 8263, CAS Number: 115-25-3, in gas phase" -12092,\Atmosphere\Gas phase\Alcohol,,organic,C3H8O (1-propanol),"IUPAC: Propan-1-ol, PubChem CID: 1031, CAS Number: 71-23-8, in gas phase" -12093,\Atmosphere\Gas phase\Alcohol,,organic,C3H8O (2-propanol),"IUPAC: Propan-2-ol, PubChem CID: 3776, CAS Number: 67-63-0, in gas phase" -12094,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aromatic",C4H4O (furan),"IUPAC: Furan, PubChem CID: 8029, CAS Number: 110-00-9, in gas phase" -12095,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aromatic",C5H6O (2-methylfuran),"IUPAC: 2-Methylfuran, PubChem CID: 10797, CAS Number: 534-22-5, in gas phase" -12096,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aromatic",C5H6O (3-methylfuran),"IUPAC: 3-Methylfuran, PubChem CID: 13587, CAS Number: 930-27-8, in gas phase" -12097,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,"C3H3N (2-propenenitrile, acrylonitrile)","IUPAC: Prop-2-enenitrile, PubChem CID: 7855, CAS Number: 107-13-1, in gas phase" -12098,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,C3H5N (propanenitrile),"IUPAC: Propanenitrile, PubChem CID: 7854, CAS Number: 107-12-0, in gas phase" -12099,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,"C4H5N (2-methyl-2-propenenitrile, methylacrylonitrile)","IUPAC: 2-Methylprop-2-enenitrile, PubChem CID: 31368, CAS Number: 126-98-7, in gas phase" -12100,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,CH3NO3 (methyl nitrate),"IUPAC: Methyl nitrate, PubChem CID: 11724, CAS Number: 598-58-3, in gas phase" -12101,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,C2H5NO3 (ethyl nitrate),"IUPAC: Ethyl nitrate, PubChem CID: 12259, CAS Number: 625-58-1, in gas phase" -12102,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,C3H7NO3 (isopropyl nitrate),"IUPAC: Propan-2-yl nitrate, PubChem CID: 15575, CAS Number: 1712-64-7, in gas phase" -12103,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,C4H9NO3 (n-butyl nitrate),"IUPAC: Butyl nitrate, PubChem CID: 13567, CAS Number: 928-45-0, in gas phase" -12104,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,C4H9NO3 (isobutyl nitrate),"IUPAC: 2-Methylpropyl nitrate, PubChem CID: 10974, CAS Number: 928-45-0, in gas phase" -12105,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,C4H9NO3 (t-butyl nitrate),"IUPAC: tert-Butyl nitrite, PubChem CID: 10906, CAS Number: 540-80-7, in gas phase" -12106,\Atmosphere\Gas phase\Greenhouse gas\Organic nitrogen species\Nitrile,,,"C4H9NO3 (2-butyl nitrate, sec-butyl nitrate)","IUPAC: Butan-2-yl nitrite, PubChem CID: 13544, CAS Number: 924-43-6, in gas phase" -12107,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, BVOC, alcohol",C5H10O (2-methyl-3-buten-2-ol),"IUPAC: 2-Methylbut-3-en-2-ol, PubChem CID: 8257, CAS Number: 115-18-4, in gas phase" -12108,\Atmosphere\Gas phase\Alkane,,organic,C8H18 (n-octane),"IUPAC: Octane, PubChem CID: 356, CAS Number: 111-65-9, in gas phase" -12109,\Atmosphere\Gas phase\Alkane,,organic,"C8H18 (2,2,4-trimethylpentane)","IUPAC: 2,2,4-Trimethylpentane, PubChem CID: 10907, CAS Number: 540-84-1, in gas phase" -12110,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aldehyde, alkene, specified stereoisomer","C4H6O ((E)-crotonaldehyde, trans-2-butenal)","IUPAC: (2E)-but-2-enal, PubChem CID: 447466, CAS Number: 123-73-9, in gas phase" -12111,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aldehyde, alkene, specified stereoisomer","C4H6O ((Z)-crotonaldehyde, cis-2-butenal)","IUPAC: (Z)-but-2-enal, PubChem CID: 673950, CAS Number: 15798-64-8, in gas phase" -12112,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aldehyde, alkene, mixed stereoisomers","C4H6O (crotonaldehyde, 2-butenal)","IUPAC: But-2-enal, PubChem CID: 20138, CAS Number: 4170-30-3, in gas phase" -12113,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,"C2H2Cl2 (1,1-dichloroethene)","IUPAC: 1,1-Dichloroethene, PubChem CID: 6366, CAS Number: 75-35-4, in gas phase" -12114,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,"C2H2Cl2 ((Z)-1,2-dichloroethene, cis-1,2-dichloroethene)","IUPAC: (Z)-1,2-dichloroethene, PubChem CID: 643833, CAS Number: 156-59-2, in gas phase" -12115,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,"C2H2Cl2 ((E)-1,2-dichloroethene, trans-1,2-dichloroethene)","IUPAC: (E)-1,2-dichloroethene, PubChem CID: 638186, CAS Number: 156-60-5, in gas phase" -12116,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,"C2H2Cl2 (1,2-dichloroethene)","IUPAC: 1,2-dichloroethene, PubChem CID: 10900, CAS Number: 540-9-0, in gas phase" -12117,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,"C2H4Cl2 (1,1-dichloroethane)","IUPAC: 1,1-Dichloroethane, PubChem CID: 6365, CAS Number: 75-34-3, in gas phase" -12118,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,"C2H4Cl2 (1,2-dichloroethane)","IUPAC: 1,2-Dichloroethane, PubChem CID: 11, CAS Number: 107-06-2, in gas phase" -12119,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,CHBr2Cl (dibromochloromethane),"IUPAC: dibromo(chloro)methane, PubChem CID: 31296, CAS Number: 124-48-1, in gas phase" -12120,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,CHBrCl2 (bromodichloromethane),"IUPAC: bromo(dichloro)methane, PubChem CID: 6359, CAS Number: 75-27-4, in gas phase" -12121,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,CH2ClI (chloroiodomethane),"IUPAC: chloro(iodo)methane, PubChem CID: 11644, CAS Number: 593-71-5, in gas phase" -12122,\Atmosphere\Gas phase\Greenhouse gas\Halocarbons\CI Species,,,CH2I2 (diiodomethane),"IUPAC: diiodomethane, PubChem CID: 6346, CAS Number: 75-11-6, in gas phase" -12123,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aromatic",C5H4O2 (furfural),"IUPAC: furan-2-carbaldehyde, PubChem CID: 7362, CAS Number: 98-01-1, in gas phase" -12124,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aromatic",C5H4O2 (3-furaldehyde),"IUPAC: furan-3-carbaldehyde, PubChem CID: 10351, CAS Number: 498-60-2, in gas phase" -12125,\Atmosphere\Gas phase,,"organic, aromatic",C8H8 (styrene),"IUPAC: styrene, PubChem CID: 7501, CAS Number: 100-42-5, in gas phase" -12126,\Atmosphere\Gas phase,,,C8H6 (ethynylbenzene),"IUPAC: ethynylbenzene, PubChem CID: 10821, CAS Number: 536-74-3, in gas phase" -12127,\Atmosphere,,,C6H5Cl (chlorobenzene),"IUPAC: chlorobenzene, PubChem CID: 7964, CAS Number: 108-90-7, in gas phase" +470,\Atmosphere\Gas phase\Reactive gas\VOC,,,C6H12O (hexanal isomers), +471,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C6H14 (2,2-dimethylbutane)", +472,\Atmosphere\Gas phase\Reactive gas\VOC,,,C6H14 (2-methylpentane),"IUPAC: 2-methylpentane, PubChem CID: 7892, CAS Number: 107-83-5, in gas phase" +473,\Atmosphere\Gas phase\Reactive gas\VOC,,,C6H14 (3-methylpentane),"IUPAC: 3-methylpentane, PubChem CID: 7282, CAS Number: 96-14-0, in gas phase" +474,\Atmosphere\Gas phase\Reactive gas\VOC,,,C6H14 (n-hexane),"IUPAC: hexane, PubChem CID: 8058, CAS Number: 110-54-3, in gas phase" +475,\Atmosphere\Gas phase\Reactive gas\VOC,,,C6H14 (sum of methylpentanes), +476,\Atmosphere\Gas phase\Reactive gas\VOC,,,C6H6 (benzene),"IUPAC: benzene, PubChem CID: 241, CAS Number: 71-43-2, in gas phase" +477,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C6Hn, n={14, 12} (sum of 3-methylpentane and cyclohexane)","sum of 3-methylpentane and cyclohexane, in gas phase" +478,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C6Hn, n={14, 12} (sum of 2,2-dimethylbutane and methylcyclopentane)","sum of 2,2-dimethylbutane and methylcyclopentane, in gas phase" +479,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C6Hn, n={14, 12} (sum of 2,3-dimethylbutane and methylcyclopentane)","sum of 2,3-dimethylbutane and methylcyclopentane, in gas phase" +480,\Atmosphere\Gas phase\Reactive gas\VOC,,,C7H16 (sum of methylhexanes), +481,\Atmosphere\Gas phase\Reactive gas\VOC,,,C7H6O (benzene carbaldehyde), +482,\Atmosphere\Gas phase\Reactive gas\VOC,,,C7H8 (toluene),"IUPAC: toluene, PubChem CID: 1140, CAS Number: 108-88-3, in gas phase" +483,\Atmosphere\Gas phase\Reactive gas\VOC,,,C8H10 (ethylbenzene),"IUPAC: ethylbenzene, PubChem CID: 7500, CAS Number: 100-41-4, in gas phase" +484,\Atmosphere\Gas phase\Reactive gas\VOC,,,C8H10 (m-xylene),"IUPAC: 1,3-xylene, PubChem CID: 7929, CAS Number: 108-38-3, in gas phase" +485,\Atmosphere\Gas phase\Reactive gas\VOC,,,C8H10 (o-xylene),"IUPAC: 1,2-xylene, PubChem CID: 7237, CAS Number: 95-47-6, in gas phase" +486,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C8H10 (Sum of p-xylene and m-xylene, 1,3- and 1,4-dimethylbenzene)", +487,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C9H12 (1,2,4-trimethylbenzene)","IUPAC: 1,2,4-trimethylbenzene, PubChem CID: 7247, CAS Number: 95-36-3, in gas phase" +488,\Atmosphere\Gas phase\Reactive gas\VOC,,,"C9H12 (1,3,5-trimethylbenzene)","IUPAC: 1,3,5-trimethylbenzene, PubChem CID: 7947, CAS Number: 108-67-8, in gas phase" +489,\Atmosphere\Gas phase\Reactive gas\VOC,,,"CH2O (methanal, formaldehyde)","IUPAC: formaldehyde, PubChem CID: 712, CAS Number: 50-00-0, in gas phase" +490,\Atmosphere\Gas phase\Reactive gas\VOC,,,CH3CH2OH (ethanol),"IUPAC: ethanol, PubChem CID: 702, CAS Number: 64-17-5, in gas phase" +491,\Atmosphere\Gas phase\Reactive gas\VOC,,,"CH3CHO (acetaldehyde, ethanal)","IUPAC: acetaldehyde, PubChem CID: 177, CAS Number: 75-07-0, in gas phase" +492,\Atmosphere\Gas phase\Reactive gas\VOC,,,CH3CN (acetonitrile),"IUPAC: acetonitrile, PubChem CID: 6342, CAS Number: 75-05-8, in gas phase" +493,\Atmosphere\Gas phase\Reactive gas\VOC,,,CH3OH (methanol),"IUPAC: methanol, PubChem CID: 887, CAS Number: 67-56-1, in gas phase" +494,\Atmosphere\Gas phase\Reactive gas\VOC,,,NMHC, +495,\Atmosphere\Gas phase\Reactive gas\VOC,,,c-C4H8 (cis-2-butene),"IUPAC: (Z)-but-2-ene, PubChem CID: 5287573, CAS Number: 590-18-1, in gas phase" +496,\Atmosphere\Gas phase\Reactive gas\VOC,,,c-C5H10 (cis-2-pentene),"IUPAC: (Z)-pent-2-ene, PubChem CID: 5326160, CAS Number: 627-20-3, in gas phase" +497,\Atmosphere\Gas phase\Reactive gas\VOC,,,"i-C4H10 (2-methylpropane, iso-butane)","IUPAC: 2-methylpropane, PubChem CID: 6360, CAS Number: 75-28-5, in gas phase" +498,\Atmosphere\Gas phase\Reactive gas\VOC,,,"i-C4H8 (2-methylpropene, iso-butene)","IUPAC: 2-methylprop-1-ene, PubChem CID: 8255, CAS Number: 115-11-7, in gas phase" +499,\Atmosphere\Gas phase\Reactive gas\VOC,,,"i-C5H12 (2-methylbutane, iso-pentane)","IUPAC: 2-methylbutane, PubChem CID: 6556, CAS Number: 78-78-4, in gas phase" +500,\Atmosphere\Gas phase\Reactive gas\VOC,,,"i-C7H16 (2-methylhexane, isoheptane)","IUPAC: 2-methylhexane, PubChem CID: 11582, CAS Number: 591-76-4, in gas phase" +501,\Atmosphere\Gas phase\Reactive gas\VOC,,,n-C4H10 (n-butane),"IUPAC: butane, PubChem CID: 7843, CAS Number: 106-97-8, in gas phase" +502,\Atmosphere\Gas phase\Reactive gas\VOC,,,n-C5H12 (n-pentane),"IUPAC: pentane, PubChem CID: 8003, CAS Number: 109-66-0, in gas phase" +503,\Atmosphere\Gas phase\Reactive gas\VOC,,,n-C7H16 (n-heptane),"IUPAC: heptane, PubChem CID: 8900, CAS Number: 142-82-5, in gas phase" +504,\Atmosphere\Gas phase\Reactive gas\VOC,,,t-C4H8 (trans-2-butene),"IUPAC: (E)-but-2-ene, PubChem CID: 62695, CAS Number: 107-01-7, in gas phase" +505,\Atmosphere\Gas phase\Reactive gas\VOC,,,t-C5H10 (trans-2-pentene),"IUPAC: (E)-pent-2-ene, PubChem CID: 5326161, CAS Number: 109-68-2, in gas phase" 12128,\Atmosphere\Gas phase\Terpene,,organic,C10H16 (tricyclene),"IUPAC: 1,7,7-trimethyltricyclo[2.2.1.02,6]heptane, PubChem CID: 79035, CAS Number: 508-32-7, in gas phase" 12129,\Atmosphere\Gas phase\Terpene,,organic,C10H16 (alpha-pinene),"IUPAC: 2,6,6-trimethylbicyclo[3.1.1]hept-2-ene, PubChem CID: 6654, CAS Number: 80-56-8, in gas phase" 12130,\Atmosphere\Gas phase\Terpene,,organic,C10H16 (beta-pinene),"IUPAC: 6,6-dimethyl-2-methylidenebicyclo[3.1.1]heptane, PubChem CID: 14896, CAS Number: 127-91-3, in gas phase" @@ -546,16 +281,139 @@ notation,path,domains,tags,name,description 12132,\Atmosphere\Gas phase\Terpene,,organic,C10H16 (camphene),"IUPAC: 2,2-dimethyl-3-methylidenebicyclo[2.2.1]heptane, PubChem CID: 6616, CAS Number: 79-92-5, in gas phase" 12133,\Atmosphere\Gas phase\Terpene,,organic,C10H16 (D-limonene),"IUPAC: (4R)-1-methyl-4-prop-1-en-2-ylcyclohexene, PubChem CID: 440917, CAS Number: 5989-27-5, in gas phase" 12134,\Atmosphere\Gas phase\Terpene,,organic,C10H16 (3-carene),"IUPAC: 3,7,7-trimethylbicyclo[4.1.0]hept-3-ene, PubChem CID: 26049, CAS Number: 13466-78-9, in gas phase" -12135,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aldehyde",C2H2O2 (glyoxal),"IUPAC: oxaldehyde, PubChem CID: 7860, CAS Number: 107-22-2, in gas phase" -12136,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic,ester",C2H4O2 (methyl formate),"IUPAC: methyl formate, PubChem CID: 7865, CAS Number: 107-31-3, in gas phase" -12137,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aldehyde",C2H4O2 (glycolaldehyde),"IUPAC: 2-hydroxyacetaldehyde, PubChem CID: 756, CAS Number: 141-46-8, in gas phase" -12138,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, ester",C3H6O2 (methyl acetate),"IUPAC: methyl acetate, PubChem CID: 6584, CAS Number: 79-20-9, in gas phase" -12139,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, ester",C3H6O2 (ethyl formate),"IUPAC: ethyl formate, PubChem CID: 8025, CAS Number: 109-94-4, in gas phase" -12140,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, ketone",C3H6O2 (hydroxyacetone),"IUPAC: 1-hydroxypropan-2-one, PubChem CID: 8299, CAS Number: 116-09-6, in gas phase" -12141,Atmosphere\Gas phase\Greenhouse gas\OVOC,,organic,"C3H6O2 (1,3-dioxolane)","IUPAC: 1,3-dioxolane, PubChem CID: 12586, CAS Number: 646-06-0, in gas phase" -12142,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, ester",C4H8O2 (ethyl acetate),"IUPAC: ethyl acetate, PubChem CID: 8857, CAS Number: 141-78-6, in gas phase" -12143,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, ester",C4H8O2 (methyl propionate),"IUPAC: methyl propanoate, PubChem CID: 11124, CAS Number: 554-12-1, in gas phase" -12144,\Atmosphere\Gas phase,,"organic, aromatic",C8H10 (p-xylene),"IUPAC: 1,4-xylene, PubChem CID: 7809, CAS Number: 106-42-3, in gas phase" +252,\Atmosphere\Humidity,,,Integrated water vapour, +253,\Atmosphere\Humidity,,,Mass mixing ratio, +254,\Atmosphere\Humidity,,,Object wetness duration, +255,\Atmosphere\Humidity,,,Water vapour pressure, +12165,\Atmosphere\Humidity,,,Water vapour, +12249,\Atmosphere\Humidity,,,Relative humidity (with respect to water),The ratio of the amount fraction of the water vapour in the air to the corresponding amount fraction if the air were saturated with respect to water at a particular pressure and temperature. Relative humidity is typically reported in percent (%). [Based on definition of R1490 in International Vocabulary of Meteorology (WMO-No. 182). 1992.] +12250,\Atmosphere\Humidity,,,Specific humidity,"The ratio of the mass of water vapour in the air to the mass of a moist air parcel, where the mass of the moist air parcel is the sum of the mass of water vapour and the dry air. Synonym: Moisture content. [Based on definition of M1750 in International Vocabulary of Meteorology (WMO-No. 182). 1992.]" +257,\Atmosphere\Lightning,,,Lightning discharge energy, +258,\Atmosphere\Lightning,,,Lightning discharge polarity, +259,\Atmosphere\Lightning,,,Lightning discharge rates, +260,\Atmosphere\Lightning,,,"Lightning discharge type (cloud to cloud, cloud to surface)", +12001,\Atmosphere\Lightning,,,Total lightning density, +12002,\Atmosphere\Lightning,,,Lightning density cloud-to-ground, +431,\Atmosphere\Lightning\Position,,,Lightning detection (time and location),"Detection of the time and location (latitude, longitude) of lightning events. Accuracy expressed in terms of Hit Rate and False Alarm Rate, which requires predetermination of a specific distance and time tolerance." +432,\Atmosphere\Lightning\Position,,,Lightning direction from station, +433,\Atmosphere\Lightning\Position,,,Lightning distance from station, +12169,\Atmosphere\Particle Phase,,,Aerosol type,"Selection, out of a pre-defined set of aerosol classes, that best fits an input data set (observed or modeled). The pre-defined set of aerosol classes includes specification of the particle composition, mixing state, complex refractive index, and shape as a function of particle size. The definition of aerosol type includes specification of all the classes as well as the algorithm used to choose the best fit to the input data." +579,\Atmosphere\Particle phase\Composition,,,"Acidity-Alkalinity, TSP", +614,\Atmosphere\Particle phase\Composition\Inorganic anions,,,"Cl- (chloride), PM1","IUPAC: chloride, PubChem CID: 312, CAS Number: 16887-00-6, in particle phase, PM1" +615,\Atmosphere\Particle phase\Composition\Inorganic anions,,,"Cl- (chloride), PM10","IUPAC: chloride, PubChem CID: 312, CAS Number: 16887-00-6, in particle phase, PM10" +616,\Atmosphere\Particle phase\Composition\Inorganic anions,,,"Cl- (chloride), PM2.5","IUPAC: chloride, PubChem CID: 312, CAS Number: 16887-00-6, in particle phase, PM2.5" +617,\Atmosphere\Particle phase\Composition\Inorganic anions,,,"Cl- (chloride), TSP","IUPAC: chloride, PubChem CID: 312, CAS Number: 16887-00-6, in particle phase, TSP" +618,\Atmosphere\Particle phase\Composition\Inorganic anions,,,"F- (fluoride), TSP","IUPAC: fluoride, PubChem CID: 28179, CAS Number: 16984-48-8, in particle phase, TSP" +619,\Atmosphere\Particle phase\Composition\Inorganic anions,,,"SO4= (sulfate), corrected","IUPAC: sulfate, PubChem CID: 1117, CAS Number: 14808-79-8, in particle phase" +620,\Atmosphere\Particle phase\Composition\Inorganic anions,,,"SO4= (sulfate), TSP","IUPAC: sulfate, PubChem CID: 1117, CAS Number: 14808-79-8, in particle phase, TSP" +621,\Atmosphere\Particle phase\Composition\Inorganic anions,,,"SO4= (sulfate), PM10","IUPAC: sulfate, PubChem CID: 1117, CAS Number: 14808-79-8, in particle phase, PM10" +622,\Atmosphere\Particle phase\Composition\Inorganic anions,,,"SO4= (sulfate), PM2.5","IUPAC: sulfate, PubChem CID: 1117, CAS Number: 14808-79-8, in particle phase, PM2.5" +623,\Atmosphere\Particle phase\Composition\Inorganic carbonaceous,,,"Elemental carbon, PM10",Carbonaceous fraction of particulate matter that is thermally stable in an inert atmosphere to high temperatures near 4000 K and can only be gasified by oxidation starting at temperatures above 340 degC. It is assumed to be inert and non-volatile under atmospheric conditions and insoluble in any solvent. Size range: PM10 +624,\Atmosphere\Particle phase\Composition\Inorganic carbonaceous,,,"Elemental carbon, PM1",Carbonaceous fraction of particulate matter that is thermally stable in an inert atmosphere to high temperatures near 4000 K and can only be gasified by oxidation starting at temperatures above 340 degC. It is assumed to be inert and non-volatile under atmospheric conditions and insoluble in any solvent. Size range: PM1 +625,\Atmosphere\Particle phase\Composition\Inorganic carbonaceous,,,"Elemental carbon, PM2.5",Carbonaceous fraction of particulate matter that is thermally stable in an inert atmosphere to high temperatures near 4000 K and can only be gasified by oxidation starting at temperatures above 340 degC. It is assumed to be inert and non-volatile under atmospheric conditions and insoluble in any solvent. Size range: PM2.5 +626,\Atmosphere\Particle phase\Composition\Inorganic carbonaceous,,,"Total carbon, PM10","Sum of elemental and organic carbon. Includes inorganic carbon, which is operationally distributed between elemental and organic carbon. Size range: PM10" +632,\Atmosphere\Particle phase\Composition\Inorganic cations,,,"Ca++ (calcium), PM10","IUPAC: calcium(2+), PubChem CID: 271, CAS Number: 14127-61-8, in particle phase, PM10" +633,\Atmosphere\Particle phase\Composition\Inorganic cations,,,"Ca++ (calcium), PM2.5","IUPAC: calcium(2+), PubChem CID: 271, CAS Number: 14127-61-8, in particle phase, PM2.5" +634,\Atmosphere\Particle phase\Composition\Inorganic cations,,,"Ca++ (calcium), TSP","IUPAC: calcium(2+), PubChem CID: 271, CAS Number: 14127-61-8, in particle phase, TSP" +635,\Atmosphere\Particle phase\Composition\Inorganic cations,,,"Mg++ (magnesium), PM10","IUPAC: magnesium(2+), PubChem CID: 888, CAS Number: 22537-22-0, in particle phase, PM10" +636,\Atmosphere\Particle phase\Composition\Inorganic cations,,,"Mg++ (magnesium), PM2.5","IUPAC: magnesium(2+), PubChem CID: 888, CAS Number: 22537-22-0, in particle phase, PM2.5" +637,\Atmosphere\Particle phase\Composition\Inorganic cations,,,"Mg++ (magnesium), TSP","IUPAC: magnesium(2+), PubChem CID: 888, CAS Number: 22537-22-0, in particle phase, TSP" +638,\Atmosphere\Particle phase\Composition\Inorganic cations,,,"K+ (potassium), PM10","IUPAC: potassium(1+), PubChem CID: 813, CAS Number: 24203-36-9, in particle phase, PM10" +639,\Atmosphere\Particle phase\Composition\Inorganic cations,,,"K+ (potassium), PM2.5","IUPAC: potassium(1+), PubChem CID: 813, CAS Number: 24203-36-9, in particle phase, PM2.5" +640,\Atmosphere\Particle phase\Composition\Inorganic cations,,,"K+ (potassium), TSP","IUPAC: potassium(1+), PubChem CID: 813, CAS Number: 24203-36-9, in particle phase, TSP" +641,\Atmosphere\Particle phase\Composition\Inorganic cations,,,"Na+ (sodium), PM10","IUPAC: sodium(1+), PubChem CID: 923, CAS Number: 17341-25-2, in particle phase, PM10" +642,\Atmosphere\Particle phase\Composition\Inorganic cations,,,"Na+ (sodium), PM2.5","IUPAC: sodium(1+), PubChem CID: 923, CAS Number: 17341-25-2, in particle phase, PM2.5" +643,\Atmosphere\Particle phase\Composition\Inorganic cations,,,"Na+ (sodium), TSP","IUPAC: sodium(1+), PubChem CID: 923, CAS Number: 17341-25-2, in particle phase, TSP" +644,\Atmosphere\Particle phase\Composition\Inorganic nitrogen species,,,"NH3 (ammonia), PM2.5","IUPAC: azane, PubChem CID: 222, CAS Number: 7664-41-7, in particle phase, PM2.5" +645,\Atmosphere\Particle phase\Composition\Inorganic nitrogen species,,,"NH4+ (ammonium), PM10","IUPAC: azanium, PubChem CID: 223, CAS Number: 14798-03-9, in particle phase, PM10" +646,\Atmosphere\Particle phase\Composition\Inorganic nitrogen species,,,"NH4+ (ammonia), PM2.5","IUPAC: azanium, PubChem CID: 223, CAS Number: 14798-03-9, in particle phase, PM2.5" +647,\Atmosphere\Particle phase\Composition\Inorganic nitrogen species,,,"NH4+ (ammonium), TSP","IUPAC: azanium, PubChem CID: 223, CAS Number: 14798-03-9, in particle phase, TSP" +648,\Atmosphere\Particle phase\Composition\Inorganic nitrogen species,,,"NH4NO4 (ammonium nitrate), TSP","IUPAC: ammonium nitrate, PubChem CID: 22985, CAS Number: 6484-52-2, in particle phase, TSP" +649,\Atmosphere\Particle phase\Composition\Inorganic nitrogen species,,,"NH4NO3 (ammonium nitrate), PM1","IUPAC: ammonium nitrate, PubChem CID: 22985, CAS Number: 6484-52-2, in particle phase, PM1" +650,\Atmosphere\Particle phase\Composition\Inorganic nitrogen species,,,"NO3- (nitrate), PM10","IUPAC: nitrate, PubChem CID: 943, CAS Number: 14797-55-8, in particle phase, PM10" +651,\Atmosphere\Particle phase\Composition\Inorganic nitrogen species,,,"NO3- (nitrate), PM2.5","IUPAC: nitrate, PubChem CID: 943, CAS Number: 14797-55-8, in particle phase, PM2.5" +652,\Atmosphere\Particle phase\Composition\Inorganic nitrogen species,,,"NO3- (nitrate), TSP","IUPAC: nitrate, PubChem CID: 943, CAS Number: 14797-55-8, in particle phase, TSP" +653,\Atmosphere\Particle phase\Composition\Inorganic nitrogen species,,,"NO2- (nitrite), TSP","IUPAC: nitrite, PubChem CID: 946, CAS Number: 14797-65-0, in particle phase, TSP" +654,\Atmosphere\Particle phase\Composition\Inorganic nitrogen species,,,Sum of NH3 (ammonia) and NH4+ (ammonium),Sum of NH3 (ammonia) and NH4+ (ammonium) +655,\Atmosphere\Particle phase\Composition\Inorganic nitrogen species,,,Sum of HNO3 (nitric acid) and NO3- (nitrate),Sum of HNO3 (nitric acid) and NO3- (nitrate) +656,\Atmosphere\Particle phase\Composition\Major inorganic components,,,Major chemical components,Major chemical components +657,\Atmosphere\Particle phase\Composition\Major inorganic components,,,"Major inorganic components, TSP","Major inorganic components, TSP" +658,\Atmosphere\Particle phase\Composition\Major inorganic components,,,"Major inorganic components, coarse","Major inorganic components, coarse" +659,\Atmosphere\Particle phase\Composition\Major inorganic components,,,"Major inorganic components, fine","Major inorganic components, fine" +660,\Atmosphere\Particle phase\Composition\Major inorganic components,,,"Other chemical components, coarse","Other chemical components, coarse" +661,\Atmosphere\Particle phase\Composition\Major inorganic components,,,"Other chemical components, fine","Other chemical components, fine" +662,\Atmosphere\Particle phase\Composition\Organic anions,,,"C2H3O2- (CH3COO-, acetate), PM1","IUPAC: acetate, PubChem CID: 175, CAS Number: 71-50-0, in particle phase, PM1" +663,\Atmosphere\Particle phase\Composition\Organic anions,,,"C2H3O2- (CH3COO-, acetate)","IUPAC: acetate, PubChem CID: 175, CAS Number: 71-50-0, in particle phase" +664,\Atmosphere\Particle phase\Composition\Organic anions,,,"C2O4= (oxalate, ethanedioate), PM1","IUPAC: oxalate, PubChem CID: 71081, CAS Number: 338-70-5, in particle phase, PM1" +665,\Atmosphere\Particle phase\Composition\Organic anions,,,"C2O4= (oxalate, ethanedioate), PM10","IUPAC: oxalate, PubChem CID: 71081, CAS Number: 338-70-5, in particle phase, PM10" +666,\Atmosphere\Particle phase\Composition\Organic anions,,,"C2O4= (oxalate, ethanedioate), TSP","IUPAC: oxalate, PubChem CID: 71081, CAS Number: 338-70-5, in particle phase, TSP" +667,\Atmosphere\Particle phase\Composition\Organic anions,,,"CH3O3S- (methanesulfonate), PM1","IUPAC: methanesulfonate, PubChem CID: 85257, CAS Number: 16053-58-0, in particle phase, PM1" +668,\Atmosphere\Particle phase\Composition\Organic anions,,,"CH3O3S- (methanesulfonate), TSP","IUPAC: methanesulfonate, PubChem CID: 85257, CAS Number: 16053-58-0, in particle phase, TSP" +669,\Atmosphere\Particle phase\Composition\Organic anions,,,"CHO2- (HCOO-, formate)","IUPAC: formate, PubChem CID: 283, CAS Number: 71-47-6, in particle phase" +670,\Atmosphere\Particle phase\Composition\Organic carbonaceous,,,"Carbonaceous-organic material, PM10", +671,\Atmosphere\Particle phase\Composition\Organic carbonaceous,,,"Carbonaceous-organic material, fine", +672,\Atmosphere\Particle phase\Composition\Trace elements,,,"Ti (Titanium), TSP","IUPAC: titanium, PubChem CID: 23963, CAS Number: 7440-32-6, in particle phase, TSP" +673,\Atmosphere\Particle phase\Composition\Trace elements,,,"Al (Aluminium), PM2.5","IUPAC: aluminium, PubChem CID: 5359268, CAS Number: 7429-90-5, in particle phase, PM2.5" +674,\Atmosphere\Particle phase\Composition\Trace elements,,,"Al (Aluminium), TSP","IUPAC: aluminium, PubChem CID: 5359268, CAS Number: 7429-90-5, in particle phase, TSP" +675,\Atmosphere\Particle phase\Composition\Trace elements,,,"Sb (Antimony), PM2.5","IUPAC: antimony, PubChem CID: 5354495, CAS Number: 7440-36-0, in particle phase, PM2.5" +676,\Atmosphere\Particle phase\Composition\Trace elements,,,"Sb (Antimony), TSP","IUPAC: antimony, PubChem CID: 5354495, CAS Number: 7440-36-0, in particle phase, TSP" +677,\Atmosphere\Particle phase\Composition\Trace elements,,,"As (Arsenic), PM10","IUPAC: arsenic, PubChem CID: 5359596, CAS Number: 7440-38-2, in particle phase, PM10" +678,\Atmosphere\Particle phase\Composition\Trace elements,,,"As (Arsenic), TSP","IUPAC: arsenic, PubChem CID: 5359596, CAS Number: 7440-38-2, in particle phase, TSP" +679,\Atmosphere\Particle phase\Composition\Trace elements,,,"Ba (Barium), PM2.5","IUPAC: barium, PubChem CID: 5355457, CAS Number: 7440-39-3, in particle phase, PM2.5" +680,\Atmosphere\Particle phase\Composition\Trace elements,,,"Ba (Barium), TSP","IUPAC: barium, PubChem CID: 5355457, CAS Number: 7440-39-3, in particle phase, TSP" +681,\Atmosphere\Particle phase\Composition\Trace elements,,,"Bi (Bismuth), PM2.5","IUPAC: bismuth, PubChem CID: 5359367, CAS Number: 7440-69-9, in particle phase, PM2.5" +682,\Atmosphere\Particle phase\Composition\Trace elements,,,"Bi (Bismuth), TSP","IUPAC: bismuth, PubChem CID: 5359367, CAS Number: 7440-69-9, in particle phase, TSP" +683,\Atmosphere\Particle phase\Composition\Trace elements,,,"Cd (Cadmium), PM1","IUPAC: cadmium, PubChem CID: 23973, CAS Number: 7440-43-9, in particle phase, PM1" +684,\Atmosphere\Particle phase\Composition\Trace elements,,,"Cd (Cadmium), PM10","IUPAC: cadmium, PubChem CID: 23973, CAS Number: 7440-43-9, in particle phase, PM10" +685,\Atmosphere\Particle phase\Composition\Trace elements,,,"Cd (Cadmium), PM2.5","IUPAC: cadmium, PubChem CID: 23973, CAS Number: 7440-43-9, in particle phase, PM2.5" +686,\Atmosphere\Particle phase\Composition\Trace elements,,,"Cd (Cadmium), PM2.5 - PM10","IUPAC: cadmium, PubChem CID: 23973, CAS Number: 7440-43-9, in particle phase, PM2.5 - PM10" +687,\Atmosphere\Particle phase\Composition\Trace elements,,,"Cd (Cadmium), TSP","IUPAC: cadmium, PubChem CID: 23973, CAS Number: 7440-43-9, in particle phase, TSP" +688,\Atmosphere\Particle phase\Composition\Trace elements,,,"Ce (Cerium), PM2.5","IUPAC: cerium, PubChem CID: 23974, CAS Number: 7440-45-1, in particle phase, PM2.5" +689,\Atmosphere\Particle phase\Composition\Trace elements,,,"Ce (Cerium), TSP","IUPAC: cerium, PubChem CID: 23974, CAS Number: 7440-45-1, in particle phase, TSP" +690,\Atmosphere\Particle phase\Composition\Trace elements,,,"Cr (Chromium), TSP","IUPAC: chromium, PubChem CID: 23976, CAS Number: 7440-47-3, in particle phase, TSP" +691,\Atmosphere\Particle phase\Composition\Trace elements,,,"Co (Cobalt), TSP","IUPAC: cobalt, PubChem CID: 104730, CAS Number: 7440-48-4, in particle phase, TSP" +692,\Atmosphere\Particle phase\Composition\Trace elements,,,"Cu (Copper), PM10","IUPAC: copper, PubChem CID: 23978, CAS Number: 7440-50-8, in particle phase, PM10" +693,\Atmosphere\Particle phase\Composition\Trace elements,,,"Cu (Copper), TSP","IUPAC: copper, PubChem CID: 23978, CAS Number: 7440-50-8, in particle phase, TSP" +694,\Atmosphere\Particle phase\Composition\Trace elements,,,"Fe (Iron), TSP","IUPAC: iron, PubChem CID: 23925, CAS Number: 7439-89-6, in particle phase, TSP" +695,\Atmosphere\Particle phase\Composition\Trace elements,,,"La (Lanthanum), PM2.5","IUPAC: lanthanum, PubChem CID: 23926, CAS Number: 7439-91-0, in particle phase, PM2.5" +696,\Atmosphere\Particle phase\Composition\Trace elements,,,"La (Lanthanum), TSP","IUPAC: lanthanum, PubChem CID: 23926, CAS Number: 7439-91-0, in particle phase, TSP" +697,\Atmosphere\Particle phase\Composition\Trace elements,,,"Pb (Lead), PM10","IUPAC: lead, PubChem CID: 5352425, CAS Number: 7439-92-1, in particle phase, PM10" +698,\Atmosphere\Particle phase\Composition\Trace elements,,,"Pb (Lead), TSP","IUPAC: lead, PubChem CID: 5352425, CAS Number: 7439-92-1, in particle phase, TSP" +699,\Atmosphere\Particle phase\Composition\Trace elements,,,"Li (Lithium), PM2.5","IUPAC: lithium, PubChem CID: 3028194, CAS Number: 7439-93-2, in particle phase, PM2.5" +700,\Atmosphere\Particle phase\Composition\Trace elements,,,"Li (Lithium), TSP","IUPAC: lithium, PubChem CID: 3028194, CAS Number: 7439-93-2, in particle phase, TSP" +701,\Atmosphere\Particle phase\Composition\Trace elements,,,"Mn (Manganese), PM10","IUPAC: manganese, PubChem CID: 23930, CAS Number: 7439-96-5, in particle phase, PM10" +702,\Atmosphere\Particle phase\Composition\Trace elements,,,"Mn (Manganese), TSP","IUPAC: manganese, PubChem CID: 23930, CAS Number: 7439-96-5, in particle phase, TSP" +703,\Atmosphere\Particle phase\Composition\Trace elements,,,"Hg (Mercury), TSP","IUPAC: mercury, PubChem CID: 23931, CAS Number: 7439-97-6, in particle phase, TSP" +704,\Atmosphere\Particle phase\Composition\Trace elements,,,"Ni (Nickel), PM10","IUPAC: nickel, PubChem CID: 935, CAS Number: 7440-02-0, in particle phase, PM10" +705,\Atmosphere\Particle phase\Composition\Trace elements,,,"Ni (Nickel), TSP","IUPAC: nickel, PubChem CID: 935, CAS Number: 7440-02-0, in particle phase, TSP" +706,\Atmosphere\Particle phase\Composition\Trace elements,,,"P (Phosphorous), PM2.5","IUPAC: phosphorus, PubChem CID: 5462309, CAS Number: 7723-14-0, in particle phase, PM2.5" +707,\Atmosphere\Particle phase\Composition\Trace elements,,,"P (Phosphorous), TSP","IUPAC: phosphorus, PubChem CID: 5462309, CAS Number: 7723-14-0, in particle phase, TSP" +708,\Atmosphere\Particle phase\Composition\Trace elements,,,"Rb (Rubidium), PM2.5","IUPAC: rubidium, PubChem CID: 5357696, CAS Number: 7440-17-7, in particle phase, PM2.5" +709,\Atmosphere\Particle phase\Composition\Trace elements,,,"Rb (Rubidium), TSP","IUPAC: rubidium, PubChem CID: 5357696, CAS Number: 7440-17-7, in particle phase, TSP" +710,\Atmosphere\Particle phase\Composition\Trace elements,,,"Se (Selenium), TSP","IUPAC: selenium, PubChem CID: 6326970, CAS Number: 7782-49-2, in particle phase, TSP" +711,\Atmosphere\Particle phase\Composition\Trace elements,,,"Sr (Strontium), PM2.5","IUPAC: strontium, PubChem CID: 5359327, CAS Number: 7440-24-6, in particle phase, PM2.5" +712,\Atmosphere\Particle phase\Composition\Trace elements,,,"Sr (Strontium), TSP","IUPAC: strontium, PubChem CID: 5359327, CAS Number: 7440-24-6, in particle phase, TSP" +713,\Atmosphere\Particle phase\Composition\Trace elements,,,"Tl (Thallium), PM2.5","IUPAC: thallium, PubChem CID: 5359464, CAS Number: 7440-28-0, in particle phase, PM2.5" +714,\Atmosphere\Particle phase\Composition\Trace elements,,,"Tl (Thallium), TSP","IUPAC: thallium, PubChem CID: 5359464, CAS Number: 7440-28-0, in particle phase, TSP" +715,\Atmosphere\Particle phase\Composition\Trace elements,,,"Th (Thorium), PM2.5","IUPAC: thorium, PubChem CID: 23960, CAS Number: 7440-29-1, in particle phase, PM2.5" +716,\Atmosphere\Particle phase\Composition\Trace elements,,,"Th (Thorium), TSP","IUPAC: thorium, PubChem CID: 23960, CAS Number: 7440-29-1, in particle phase, TSP" +717,\Atmosphere\Particle phase\Composition\Trace elements,,,"Sn (Tin), PM2.5","IUPAC: tin, PubChem CID: 5352426, CAS Number: 7440-31-5, in particle phase, PM2.5" +718,\Atmosphere\Particle phase\Composition\Trace elements,,,"Sn (Tin), TSP","IUPAC: tin, PubChem CID: 5352426, CAS Number: 7440-31-5, in particle phase, TSP" +719,\Atmosphere\Particle phase\Composition\Trace elements,,,"U (Uranium), PM2.5","IUPAC: uranium, PubChem CID: 23989, CAS Number: 7440-61-1, in particle phase, PM2.5" +720,\Atmosphere\Particle phase\Composition\Trace elements,,,"U (Uranium), TSP","IUPAC: uranium, PubChem CID: 23989, CAS Number: 7440-61-1, in particle phase, TSP" +721,\Atmosphere\Particle phase\Composition\Trace elements,,,"V (Vanadium), PM2.5","IUPAC: vanadium, PubChem CID: 23990, CAS Number: 7440-62-2, in particle phase, PM2.5" +722,\Atmosphere\Particle phase\Composition\Trace elements,,,"V (Vanadium), TSP","IUPAC: vanadium, PubChem CID: 23990, CAS Number: 7440-62-2, in particle phase, TSP" +723,\Atmosphere\Particle phase\Composition\Trace elements,,,"Zn (Zinc), PM2.5","IUPAC: zinc, PubChem CID: 23994, CAS Number: 7440-66-6, in particle phase, PM2.5" +724,\Atmosphere\Particle phase\Composition\Trace elements,,,"Zn (Zinc), TSP","IUPAC: zinc, PubChem CID: 23994, CAS Number: 7440-66-6, in particle phase, TSP" +314,\Atmosphere\Particle phase\Optical properties,,,Aerosol Absorption Optical Depth,Vertical column integral of spectral aerosol absorption coefficient: AAOD = exp(-K.Œîz) where K is the absorption coefficient [km-1] and Œîz the vertical path [km] +315,\Atmosphere\Particle phase\Optical properties,,,Aerosol Extinction Coefficient,Spectral volumetric extinction cross-section of aerosol particles. +316,\Atmosphere\Particle phase\Optical properties,,,"Particle light absorption coefficient, PM1",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: PM1 +317,\Atmosphere\Particle phase\Optical properties,,,"Particle light absorption coefficient, PM10",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: PM10 +318,\Atmosphere\Particle phase\Optical properties,,,"Particle light absorption coefficient, TSP",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: TSP +322,\Atmosphere\Particle phase\Optical properties,,,"Particle light scattering coefficient, PM1",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: PM1 +323,\Atmosphere\Particle phase\Optical properties,,,"Particle light scattering coefficient, PM10",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: PM10 +324,\Atmosphere\Particle phase\Optical properties,,,"Particle light scattering coefficient, TSP",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: TSP +325,\Atmosphere\Particle phase\Optical properties,,,"Aerosol optical depth, TSP","The AOD is the effective depth of the aerosol over a specified distance, from the viewpoint of radiation propagation: Vertical integral of spectral aerosol extinction coefficient AOD = exp(-K. Œîz) where K is the extinction coefficient [km-1 ] and Œîz the vertical path [km]." 12145,\Atmosphere\Particle phase\Optical properties,,,Particle light extinction coefficient,A measure of light attenuation due to scattering and absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. 12146,\Atmosphere\Particle phase\Optical properties,,,Particle single scattering albedo,Ratio of particle scattering coefficient to particle extinction coefficient or sum of particle absorption and scattering coefficients. 12147,\Atmosphere\Particle phase\Optical properties,,,√Öngstr√∂m exponent for particle light extinction,A measure of dependence of the particle light extinction coefficient on wavelength expressed in power law relationship. @@ -563,24 +421,97 @@ notation,path,domains,tags,name,description 12149,\Atmosphere\Particle phase\Optical properties,,,√Öngstr√∂m exponent for particle light absorption,A measure of dependence of the particle light absorption coefficient on wavelength expressed in power law relationship. 12150,\Atmosphere\Particle phase\Optical properties,,,√Öngstr√∂m exponent for aerosol optical depth,A measure of dependence of the aerosol optical depth on wavelength expressed in power law relationship. 12151,\Atmosphere\Particle phase\Optical properties,,,√Öngstr√∂m exponent for aerosol absorption optical depth,A measure of dependence of the aerosol absorption optical depth on wavelength expressed in power law relationship. +12158,\Atmosphere\Particle phase\Optical properties,,,Particle light hemispheric backscatter coefficient,"The fraction of incident radiative flux scattered into all backward angles, i.e. scattering_angle exceeding pi/2 radians." +12159,\Atmosphere\Particle phase\Optical properties,,,Particle light backscatter coefficient,The fraction of incident radiative flux scattered backward at 180 degrees. +12160,\Atmosphere\Particle phase\Optical properties,,,Particle light hemispheric forward scattering coefficient,"Incident radiative flux scattered into all forward angles, i.e. scattering_angle from zero to pi/2 radians." +12248,\Atmosphere\Particle phase\Optical properties,,,Attenuated backscatter,The product of the total volume backscatter coefficient and the atmospheric two-way transmission of the layers between the instrument and the observed volume. The total volume backscatter coefficient is the sum of all backscatter coefficients from the atmosphere (including from molecules and particles) accounting for all polarizations. The atmospheric two-way transmission accounts for the total volume (molecular and particulate and all polarizations) extinction along the path from the instrument to the observed volume and back. +12251,\Atmosphere\Particle phase\Optical properties,,,Relative attenuated backscatter,"The product of the total volume backscatter coefficient and the atmospheric two-way transmission of the layers between the instrument and the observed volume presented in arbitrary units. The total volume backscatter coefficient is the sum of all backscatter coefficients from the atmosphere (including from molecules and particles) accounting for all polarizations. The atmospheric two-way transmission accounts for the total volume (molecular and particulate and all polarizations) extinction along the path from the instrument to the observed volume and back. The value of this variable in presented in relative, arbitrary units to account for observations of attenuated backscatter lacking final absolute calibrations." +362,\Atmosphere\Particle phase\Physical properties,,,Particle effective radius,The area weighted mean radius of the aerosol particles. +364,\Atmosphere\Particle phase\Physical properties,,,"Particle mass concentration, PM10","Mass of particles per unit volume of air, size range: PM10" +365,\Atmosphere\Particle phase\Physical properties,,,"Particle mass concentration, PM1","Mass of particles per unit volume of air, size range: PM1" +366,\Atmosphere\Particle phase\Physical properties,,,"Particle mass concentration, PM2.5","Mass of particles per unit volume of air, size range: PM2.5" +367,\Atmosphere\Particle phase\Physical properties,,,Particle mass concentration (size fractionated),"Mass of particles per unit volume of air, size fractionated" +368,\Atmosphere\Particle phase\Physical properties,,,"Particle mass concentration, TSP","Mass of particles per unit volume of air, size range: TSP" +369,\Atmosphere\Particle phase\Physical properties,,,Particle number concentration,Amount of particles per unit volume of air +370,\Atmosphere\Particle phase\Physical properties,,,"Particle number size distribution, PM10","Particle number concentration as a function of size, typically equivalent spherical radius or diameter. Size range: TSP" +371,\Atmosphere\Particle phase\Physical properties,,,"Particle number size distribution, TSP","Particle number concentration as a function of size, typically equivalent spherical radius or diameter. Size range: PM10" +411,\Atmosphere\Particle phase\Physical properties,,,CCN concentration at single supersaturation, +412,\Atmosphere\Particle phase\Physical properties,,,CCN concentration spectra, +413,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, 110 Œºm equivalent", +414,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, 165 Œºm equivalent", +415,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, 35 Œºm equivalent", +416,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, 50 Œºm equivalent", +417,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, 75 Œºm equivalent", +418,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, total aerosol", +727,\Atmosphere\Particle phase\Physical properties,,,Dust mass concentration,Concentration of dust or sand in the atmosphere +728,\Atmosphere\Particle phase\Physical properties,,,Volcanic ash particle mass concentration,3D field of mass mixing ratio of volcanic ash +729,\Atmosphere\Particle phase\Physical properties,,,Aerosol volcanic ash (Total column),Field of total column mass of volcanic ash 12152,\Atmosphere\Particle phase\Physical properties,,,Particle surface area size distribution,"Particle surface area concentration as a function of size, typically equivalent spherical radius or diameter." 12153,\Atmosphere\Particle phase\Physical properties,,,Particle volume size distribution,"Particle volume concentration as a function of size, typically equivalent spherical radius or diameter." 12154,\Atmosphere\Particle phase\Physical properties,,,Particle mass size distribution,"Particle mass concentration as a function of size, typically equivalent spherical radius or diameter." 12155,\Atmosphere\Particle phase\Physical properties,,,Hygroscopic particle size growth factor,A scaling factor describing the particle equivalent spherical size change as a function of relative humidity due to absorbing or evaporating water. 12156,\Atmosphere\Particle phase\Physical properties,,,Hygroscopic particle light scattering growth factor,A scaling factor describing the particle scattering coefficient change as a function of relative humidity due to absorbing or evaporating water. 12157,\Atmosphere\Particle phase\Physical properties,,,Hygroscopic particle light extinction growth factor,A scaling factor describing the particle extinction coefficient change as a function of relative humidity due to absorbing or evaporating water. -12158,\Atmosphere\Particle phase\Optical properties,,,Particle light hemispheric backscatter coefficient,"The fraction of incident radiative flux scattered into all backward angles, i.e. scattering_angle exceeding pi/2 radians." -12159,\Atmosphere\Particle phase\Optical properties,,,Particle light backscatter coefficient,The fraction of incident radiative flux scattered backward at 180 degrees. -12160,\Atmosphere\Particle phase\Optical properties,,,Particle light hemispheric forward scattering coefficient,"Incident radiative flux scattered into all forward angles, i.e. scattering_angle from zero to pi/2 radians." 12161,\Atmosphere\Particle phase\Physical properties,,,Particle effective diameter,The area weighted mean diameter of the aerosol particles. -12162,\Atmosphere\Aerosol,,,Aerosol layer height,Height of vertically localized aerosol layer above sea level -12163,Atmosphere\Dynamics,,,Mixed layer height,"Height above the surface to which atmospheric properties (wind speed, etc) or atmospheric constituents (aerosol, gases) are dispersed by turbulent vertical mixing" -12164,\Atmosphere\Gas phase,,,O3 (ozone),"IUPAC: ozone, PubChem CID: 24823, CAS Number: 10028-15-6, in gas phase" -12165,\Atmosphere\Humidity,,,Water vapour, -12166,\Atmosphere\Temperature,,,Temperature, -12167,\Atmosphere\Clouds,,,Cloud phase,"Aggregate state of cloud particles, either water droplets/drops, snowflakes, ice/snow crystals, or mixed." -12168,\Atmosphere,,,Height of the top of the PBL,Height of the surface above ground separating the planetary boundary layer (PBL) from the free atmosphere. -12169,\Atmosphere\Particle Phase,,,Aerosol type,"Selection, out of a pre-defined set of aerosol classes, that best fits an input data set (observed or modeled). The pre-defined set of aerosol classes includes specification of the particle composition, mixing state, complex refractive index, and shape as a function of particle size. The definition of aerosol type includes specification of all the classes as well as the algorithm used to choose the best fit to the input data." +361,\Atmosphere\Particle phase\Physical properties - primary,,,Aerosol column burden (mass density),2D field of the column burden of condensed particles in the atmosphere +334,\Atmosphere\POPs\PAH,,,"C13H10 (9H-fluorene, fluorene), in air","IUPAC: 9H-fluorene, PubChem CID: 6853, CAS Number: 86-73-7, in gas phase" +335,\Atmosphere\POPs\PAH,,,"C14H10 (anthracene), PM10","IUPAC: anthracene, PubChem CID: 8418, CAS Number: 120-12-7, in particle phase, PM10" +336,\Atmosphere\POPs\PAH,,,"C14H10 (anthracene), in aerosol","IUPAC: anthracene, PubChem CID: 8418, CAS Number: 120-12-7, in particle phase" +337,\Atmosphere\POPs\PAH,,,"C14H10 (anthracene), in air and aerosol","IUPAC: anthracene, PubChem CID: 8418, CAS Number: 120-12-7, in aerosol" +338,\Atmosphere\POPs\PAH,,,"C14H10 (anthracene), in air","IUPAC: anthracene, PubChem CID: 8418, CAS Number: 120-12-7, in gas phase" +339,\Atmosphere\POPs\PAH,,,"C14H10 (phenanthrene), PM10","IUPAC: phenanthrene, PubChem CID: 995, CAS Number: 85-01-8, in particle phase, PM10" +340,\Atmosphere\POPs\PAH,,,"C14H10 (phenanthrene), in aerosol","IUPAC: phenanthrene, PubChem CID: 995, CAS Number: 85-01-8, in particle phase" +341,\Atmosphere\POPs\PAH,,,"C14H10 (phenanthrene), in air","IUPAC: phenanthrene, PubChem CID: 995, CAS Number: 85-01-8, in gas phase" +342,\Atmosphere\POPs\PAH,,,"C14H10 (phenanthrene), in air and aerosol","IUPAC: phenanthrene, PubChem CID: 995, CAS Number: 85-01-8, in aerosol" +343,\Atmosphere\POPs\PAH,,,"C14H10 (phenanthrene), in wet deposition","IUPAC: phenanthrene, PubChem CID: 995, CAS Number: 85-01-8, in wet deposition" +344,\Atmosphere\POPs\PAH,,,"C14H10 (phenanthrene), in total precipitation","IUPAC: phenanthrene, PubChem CID: 995, CAS Number: 85-01-8, in total precipitation" +345,\Atmosphere\POPs\PAH,,,"C16H10 (pyrene), in air and aerosol","IUPAC: pyrene, PubChem CID: 31423, CAS Number: 129-00-0, in aerosol" +346,\Atmosphere\POPs\PAH,,,"C18H12 (Benz(a)anthracene), PM10","IUPAC: benzo[a]anthracene, PubChem CID: 5954, CAS Number: 56-55-3, in particle phase, PM10" +347,\Atmosphere\POPs\PAH,,,"C18H12 (Benz(a)anthracene), in aerosol","IUPAC: benzo[a]anthracene, PubChem CID: 5954, CAS Number: 56-55-3, in particle phase" +348,\Atmosphere\POPs\PAH,,,"C18H12 (Benz(a)anthracene), in air","IUPAC: benzo[a]anthracene, PubChem CID: 5954, CAS Number: 56-55-3, in gas phase" +349,\Atmosphere\POPs\PAH,,,"C18H12 (Benz(a)anthracene), in air and aerosol","IUPAC: benzo[a]anthracene, PubChem CID: 5954, CAS Number: 56-55-3, in aerosol" +350,\Atmosphere\POPs\PAH,,,"C18H12 (Benz(a)anthracene), in precipitation","IUPAC: benzo[a]anthracene, PubChem CID: 5954, CAS Number: 56-55-3, in precipitation" +351,\Atmosphere\POPs\PAH,,,"C18H12 (Benz(a)anthracene), in total precipitation","IUPAC: benzo[a]anthracene, PubChem CID: 5954, CAS Number: 56-55-3, in total precipitation" +375,\Atmosphere\POPs\POP,,,"C12H8Cl6 (aldrin), in aerosol","IUPAC: (1R,4S,4aS,5S,8R,8aR)-1,2,3,4,10,10-Hexachloro-1,4,4a,5,8,8a-hexahydro-1,4:5,8-dimethanonaphthalene, PubChem CID: 2087, CAS Number: 309-00-2, in particle phase" +376,\Atmosphere\POPs\POP,,,"C12H8Cl6 (aldrin), in air","IUPAC: (1R,4S,4aS,5S,8R,8aR)-1,2,3,4,10,10-Hexachloro-1,4,4a,5,8,8a-hexahydro-1,4:5,8-dimethanonaphthalene, PubChem CID: 2087, CAS Number: 309-00-2, in gas phase" +377,\Atmosphere\POPs\POP,,,"C12H8Cl6 (aldrin), in air and aerosol","IUPAC: (1R,4S,4aS,5S,8R,8aR)-1,2,3,4,10,10-Hexachloro-1,4,4a,5,8,8a-hexahydro-1,4:5,8-dimethanonaphthalene, PubChem CID: 2087, CAS Number: 309-00-2, in aerosol" +378,\Atmosphere\POPs\POP,,,"C12H8Cl6 (aldrin), in total precipitation","IUPAC: (1R,4S,4aS,5S,8R,8aR)-1,2,3,4,10,10-Hexachloro-1,4,4a,5,8,8a-hexahydro-1,4:5,8-dimethanonaphthalene, PubChem CID: 2087, CAS Number: 309-00-2, in total precipitation" +379,\Atmosphere\POPs\POP,,,"C12H8Cl6 (aldrin), in wet precipitation","IUPAC: (1R,4S,4aS,5S,8R,8aR)-1,2,3,4,10,10-Hexachloro-1,4,4a,5,8,8a-hexahydro-1,4:5,8-dimethanonaphthalene, PubChem CID: 2087, CAS Number: 309-00-2, in wet precipitation" +380,\Atmosphere\POPs\POP,,,"C6Cl6 (hexachlorobenzene, HCB), in air","IUPAC: 1,2,3,4,5,6-hexachlorobenzene, PubChem CID: 8370, CAS Number: 118-74-1, in gas phase" +381,\Atmosphere\POPs\POP,,,"C6H6Cl6 (1,2,3,4,5,6-hexachlorocyclohexane, alpha-lindane, alpha-HCH), in aerosol","IUPAC: 1,2,3,4,5,6-hexachlorocyclohexane, PubChem CID: 727, CAS Number: 319-84-6, in particle phase" +382,\Atmosphere\POPs\POP,,,"C6H6Cl6 (1,2,3,4,5,6-hexachlorocyclohexane, alpha-lindane, alpha-HCH), in air","IUPAC: 1,2,3,4,5,6-hexachlorocyclohexane, PubChem CID: 727, CAS Number: 319-84-6, in gas phase" +383,\Atmosphere\POPs\POP,,,"C6H6Cl6 (1,2,3,4,5,6-hexachlorocyclohexane, alpha-lindane, alpha-HCH), in wet precipitation","IUPAC: 1,2,3,4,5,6-hexachlorocyclohexane, PubChem CID: 727, CAS Number: 319-84-6, in wet deposition" +384,\Atmosphere\POPs\POP,,,"C6H6Cl6 (1,2,3,4,5,6-hexachlorocyclohexane, gamma-lindane, gamma-HCH), in air","IUPAC: 1,2,3,4,5,6-hexachlorocyclohexane, PubChem CID: 727, CAS Number: 319-84-6, in gas phase" +385,\Atmosphere\POPs\POP,,,"C6H6Cl6 (1,2,3,4,5,6-hexachlorocyclohexane, gamma-lindane, gamma-HCH), in wet precipitation","IUPAC: 1,2,3,4,5,6-hexachlorocyclohexane, PubChem CID: 727, CAS Number: 319-84-6, in wet deposition" +210,\Atmosphere\Precipitation,,,Amount of precipitation, +211,\Atmosphere\Precipitation,,,Duration of precipitation, +212,\Atmosphere\Precipitation,,,Intensity of precipitation, +213,\Atmosphere\Precipitation,,,Occurrence of precipitation during last period (yes/no), +214,\Atmosphere\Precipitation,,,Rate of ice accretion, +215,\Atmosphere\Precipitation,,,Type of precipitation, +216,\Atmosphere\Pressure,,,Atmospheric pressure, +217,\Atmosphere\Pressure,,,Characteristic of pressure tendency,"The pressure characteristic is an indication of how the pressure has changed during that period of time, for example, decreasing then increasing, or increasing and then increasing more rapidly." +218,\Atmosphere\Pressure,,,Pressure tendency,"Pressure tendency is the character and amount of atmospheric pressure change for a three-hour or other specified period ending at the time of observation. Pressure tendency is composed of two parts, namely the characteristic of pressure tendency and amount of pressure tendency." +267,\Atmosphere\Radiation,,,Background luminance, +270,\Atmosphere\Radiation,,,Sunshine duration, +271,\Atmosphere\Radiation,,,Surface albedo, +565,\Atmosphere\Radiation\IR,,,Long-wave radiation (direction unspecified), +566,\Atmosphere\Radiation\IR,,,Long-wave radiation (downwelling), +567,\Atmosphere\Radiation\IR,,,Long-wave radiation (upwelling), +571,\Atmosphere\Radiation\Solar,,,Diffuse solar radiation, +572,\Atmosphere\Radiation\Solar,,,Direct solar radiation, +573,\Atmosphere\Radiation\Solar,,,Global solar radiation (downwelling), +574,\Atmosphere\Radiation\Solar,,,Global solar radiation (upwelling), +273,\Atmosphere\Radiation\UV,,,UV-B radiation, +356,\Atmosphere\Radiation\UV,,,UV Broadband, +357,\Atmosphere\Radiation\UV,,,UV Erythemally weighted, +358,\Atmosphere\Radiation\UV,,,UV Multiband, +359,\Atmosphere\Radiation\UV,,,UV Spectral, +219,\Atmosphere\Radionuclide,,,Beryllium [Be-7],"IUPAC: beryllium-7, PubChem CID: 6335489, CAS Number: 13966-02-4" +220,\Atmosphere\Radionuclide,,,CO2 [C-14],CO2 with C-14 isotope +221,\Atmosphere\Radionuclide,,,Krypton [Kr-85],"IUPAC: krypton-85, PubChem CID: 104816, CAS Number: 13983-27-2" +222,\Atmosphere\Radionuclide,,,Lead [Pb-210],"IUPAC: lead-210, PubChem CID: 6328175, CAS Number: 14255-04-0" +223,\Atmosphere\Radionuclide,,,Radon [Rn-222],"IUPAC: radon-222, PubChem CID: 61773, CAS Number: 14859-67-7" 12170,\Atmosphere\Radionuclide,,,Tritium [H-3],"IUPAC: n/a, PubChem CID: 24824, CAS Number: 10028-17-8" 12171,\Atmosphere\Radionuclide,,,Carbon [C-14],"IUPAC: n/a, PubChem CID: 26873, CAS Number: 14762-75-5" 12172,\Atmosphere\Radionuclide,,,Sodium [Na-22],"IUPAC: sodium-22, PubChem CID: 6328543, CAS Number: 13966-32-0" @@ -654,15 +585,12 @@ notation,path,domains,tags,name,description 12240,\Atmosphere\Radionuclide,,,Americium [Am-241],"IUPAC: americium-241, PubChem CID: 104726, CAS Number: 14596-10-2" 12241,\Atmosphere\Radionuclide,,,Sum of Plutonium [Pu-239] and [Pu-240],"Sum of Plutonium isotopes: Pu-239 and Pu-240, IUPAC: plutonium-239, PubChem CID: 61782, CAS Number: 15117-48-3 and IUPAC: plutonium-239, PubChem CID: 61782, CAS Number: 15117-48-3" 12242,\Atmosphere\Radionuclide,,,Gold [Au-198],"IUPAC: gold-198, PubChem CID: 66274, CAS Number: 10043-49-9" -12243,\Atmosphere\Gas phase\Greenhouse gas\HCFCs,,,"C2H2Cl2F2 (1,2-dichloro-1,1-difluoroethane, HCFC-132b)","IUPAC: 1,2-dichloro-1,1-difluoroethane, PubChem CID: 15442, CAS Number: 1649-08-7, in gas phase" -12244,\Atmosphere\Gas phase\Greenhouse gas\HCFCs,,,"C2H2ClF3 (2-chloro-1,1,1-trifluoroethane, HCFC-133a)","IUPAC: 2-chloro-1,1,1-trifluoroethane, PubChem CID: 6408, CAS Number: 75-88-7, in gas phase" -12245,\Atmosphere\Gas phase\Greenhouse gas\HFCs,,,"C3H2F6 (1,1,1,3,3,3-hexafluoropropane, HFC-236fa)","IUPAC: 1,1,1,3,3,3-hexafluoropropane, PubChem CID: 12722, CAS Number: 690-39-1, in gas phase" 12246,\Atmosphere\Radionuclide,,,Tellurium [Te-131],"IUPAC: tellurium-131, PubChem CID: 6337051, CAS Number: 14683-12-6" 12247,\Atmosphere\Radionuclide,,,Neodymium [Nd-137],IUPAC: neodymium-137 -12248,\Atmosphere\Particle phase\Optical properties,,,Attenuated backscatter,The product of the total volume backscatter coefficient and the atmospheric two-way transmission of the layers between the instrument and the observed volume. The total volume backscatter coefficient is the sum of all backscatter coefficients from the atmosphere (including from molecules and particles) accounting for all polarizations. The atmospheric two-way transmission accounts for the total volume (molecular and particulate and all polarizations) extinction along the path from the instrument to the observed volume and back. -12249,\Atmosphere\Humidity,,,Relative humidity (with respect to water),The ratio of the amount fraction of the water vapour in the air to the corresponding amount fraction if the air were saturated with respect to water at a particular pressure and temperature. Relative humidity is typically reported in percent (%). [Based on definition of R1490 in International Vocabulary of Meteorology (WMO-No. 182). 1992.] -12250,\Atmosphere\Humidity,,,Specific humidity,"The ratio of the mass of water vapour in the air to the mass of a moist air parcel, where the mass of the moist air parcel is the sum of the mass of water vapour and the dry air. Synonym: Moisture content. [Based on definition of M1750 in International Vocabulary of Meteorology (WMO-No. 182). 1992.]" -12251,\Atmosphere\Particle phase\Optical properties,,,Relative attenuated backscatter,"The product of the total volume backscatter coefficient and the atmospheric two-way transmission of the layers between the instrument and the observed volume presented in arbitrary units. The total volume backscatter coefficient is the sum of all backscatter coefficients from the atmosphere (including from molecules and particles) accounting for all polarizations. The atmospheric two-way transmission accounts for the total volume (molecular and particulate and all polarizations) extinction along the path from the instrument to the observed volume and back. The value of this variable in presented in relative, arbitrary units to account for observations of attenuated backscatter lacking final absolute calibrations." +12259,\Atmosphere\Remote sensing,,level 1,Slant total delay (STD),The time delay of a GNSS radio signal passing along an atmospheric path from transmitter to receiver compared with the same path in vacuum. +12260,\Atmosphere\Remote sensing,,level 1,Zenith total delay (ZTD),"The time delay of a GNSS radio signal passing along an atmospheric path from transmitter to receiver compared with the same path in vacuum, and scaled to refer to the equivalent vertical path." +12261,\Atmosphere\Remote sensing,,level 1,Delay Doppler map,"A 2D array of backscatter coefficients as a function of Doppler shift and signal delay, derived from GNSS reflectometry." +12262,\Atmosphere\Remote sensing,,radio occultation,Impact parameter,"Minimum distance between the direction vector of the ray (prior to bending) and the centre of the curvature of the ellipsoid describing the Earth, used particularly for GNSS radio occultation observations." 12252,\Atmosphere\Remote sensing\Optical properties,,level 1,Radiance,"The radiant flux emitted, reflected, transmitted or received by a given surface, per unit solid angle per unit projected area. It is a directional quantity. Note: Historically, radiance was called 'intensity'." 12253,\Atmosphere\Remote sensing\Optical properties,,level 1,Spectral radiance,"The radiance of a surface per unit frequency or wavelength, depending on whether the spectrum is taken as a function of frequency or of wavelength. It is a directional quantity. Note: 'spectral radiance' is also used for measurements by radiometers and spectrometers, where it means the spectral radiance incident on the instrument integrated over the normalised spectral response function of the instrument. Historically, spectral radiance was called spectral intensity." 12254,\Atmosphere\Remote sensing\Optical properties,,level 1,Brightness temperature,Also called radiance temperature or equivalent black body temperature. The temperature of a black body emitting the spectral radiance equivalent to the observed spectral radiance at the observed frequency or wavelength. @@ -670,7 +598,79 @@ notation,path,domains,tags,name,description 12256,\Atmosphere\Remote sensing\Optical properties,,"level 1, radar",Radar backscatter coefficient,"Normalised radar cross section (NRCS) backscatter coefficient, also called sigma-0 ('sigma-nought'). The normalised measure of the radar return, measured in dB." 12257,\Atmosphere\Remote sensing\Optical properties,,"level 1, radio occultation",Bending angle,"The angle through which an electromagnetic wave is refracted when passing along an atmospheric path, used particularly for GNSS radio occultation observations." 12258,\Atmosphere\Remote sensing\Optical properties,,level 1,Refractivity,The refractive index (of air) minus one. Particularly used for GNSS radio occultation observations. -12259,\Atmosphere\Remote sensing,,level 1,Slant total delay (STD),The time delay of a GNSS radio signal passing along an atmospheric path from transmitter to receiver compared with the same path in vacuum. -12260,\Atmosphere\Remote sensing,,level 1,Zenith total delay (ZTD),"The time delay of a GNSS radio signal passing along an atmospheric path from transmitter to receiver compared with the same path in vacuum, and scaled to refer to the equivalent vertical path." -12261,\Atmosphere\Remote sensing,,level 1,Delay Doppler map,"A 2D array of backscatter coefficients as a function of Doppler shift and signal delay, derived from GNSS reflectometry." -12262,\Atmosphere\Remote sensing,,radio occultation,Impact parameter,"Minimum distance between the direction vector of the ray (prior to bending) and the centre of the curvature of the ellipsoid describing the Earth, used particularly for GNSS radio occultation observations." +224,\Atmosphere\Temperature,,,Air temperature (at specified distance from reference surface), +225,\Atmosphere\Temperature,,,Dew-point temperature (at specified distance from reference surface), +226,\Atmosphere\Temperature,,,"Extreme temperature (min, max) (at specified distance from reference surface)", +12166,\Atmosphere\Temperature,,,Temperature, +294,\Atmosphere\Total Atmospheric Deposition,,,Acidity-Alkalinity, +295,\Atmosphere\Total Atmospheric Deposition,,,Electric conductivity, +296,\Atmosphere\Total Atmospheric Deposition,,,Hydrogen ion (H+) or pH, +302,\Atmosphere\Total Atmospheric Deposition,,,S (sulfur),"IUPAC: sulfur, PubChem CID: n/a, CAS Number: 7704-34-9, in total deposition" +529,\Atmosphere\Total Atmospheric Deposition\Inorganic acid,,,Strong acids, +538,\Atmosphere\Total Atmospheric Deposition\Inorganic anions,,,Br- (bromide),"IUPAC: bromide, PubChem CID: 259, CAS Number: 24959-67-9, in total deposition" +539,\Atmosphere\Total Atmospheric Deposition\Inorganic anions,,,Cl- (chloride),"IUPAC: chloride, PubChem CID: 312, CAS Number: 16887-00-6, in total deposition" +540,\Atmosphere\Total Atmospheric Deposition\Inorganic anions,,,F- (fluoride),"IUPAC: fluoride, PubChem CID: 28179, CAS Number: 16984-48-8, in total deposition" +541,\Atmosphere\Total Atmospheric Deposition\Inorganic anions,,,I- (iodide),"IUPAC: iodide, PubChem CID: 30165, CAS Number: 20461-54-5, in total deposition" +542,\Atmosphere\Total Atmospheric Deposition\Inorganic anions,,,PO4--- (phosphate),"IUPAC: phosphate, PubChem CID: 1061, CAS Number: 14265-44-2, in total deposition" +543,\Atmosphere\Total Atmospheric Deposition\Inorganic anions,,,"SO4= (sulfate), corrected","IUPAC: sulfate, PubChem CID: 1117, CAS Number: 14808-79-8, in total deposition" +544,\Atmosphere\Total Atmospheric Deposition\Inorganic anions,,,SO4= (sulfate),"IUPAC: sulfate, PubChem CID: 1117, CAS Number: 14808-79-8, in total deposition" +545,\Atmosphere\Total Atmospheric Deposition\Inorganic cations,,,Ca++ (calcium),"IUPAC: calcium(2+), PubChem CID: 271, CAS Number: 14127-61-8, in total deposition" +546,\Atmosphere\Total Atmospheric Deposition\Inorganic cations,,,Mg++ (magnesium),"IUPAC: magnesium(2+), PubChem CID: 888, CAS Number: 22537-22-0, in total deposition" +547,\Atmosphere\Total Atmospheric Deposition\Inorganic cations,,,K+ (potassium),"IUPAC: potassium(1+), PubChem CID: 813, CAS Number: 24203-36-9, in total deposition" +548,\Atmosphere\Total Atmospheric Deposition\Inorganic cations,,,Na+ (sodium),"IUPAC: sodium(1+), PubChem CID: 923, CAS Number: 17341-25-2, in total deposition" +568,\Atmosphere\Total Atmospheric Deposition\Inorganic nitrogen species,,,NH4+ (ammonium),"IUPAC: azanium, PubChem CID: 223, CAS Number: 14798-03-9, in total deposition" +569,\Atmosphere\Total Atmospheric Deposition\Inorganic nitrogen species,,,NO3- (nitrate),"IUPAC: nitrate, PubChem CID: 943, CAS Number: 14797-55-8, in total deposition" +570,\Atmosphere\Total Atmospheric Deposition\Inorganic nitrogen species,,,NO2- (nitrite),"IUPAC: nitrite, PubChem CID: 946, CAS Number: 14797-65-0, in total deposition" +576,\Atmosphere\Total Atmospheric Deposition\Organic acid,,,CH3COO- (acetate),"IUPAC: acetate, PubChem CID: 175, CAS Number: 71-50-1, in total deposition" +577,\Atmosphere\Total Atmospheric Deposition\Organic acid,,,HCOO- (formate),"IUPAC: formate, PubChem CID: 283, CAS Number: 71-47-6, in total deposition" +578,\Atmosphere\Total Atmospheric Deposition\Organic acid,,,C2H5COO- (propionate),"IUPAC: propanoate, PubChem CID: 104745, CAS Number: 72-03-7, in total deposition" +597,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Al (aluminium),"IUPAC: aluminium, PubChem CID: 5359268, CAS Number: 7429-90-5, in total deposition" +598,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,As (arsenic),"IUPAC: arsenic, PubChem CID: 5359596, CAS Number: 7440-38-2, in total deposition" +599,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Cd (cadmium),"IUPAC: cadmium, PubChem CID: 23973, CAS Number: 7440-43-9, in total deposition" +600,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Cr (chromium),"IUPAC: chromium, PubChem CID: 23976, CAS Number: 7440-47-3, in total deposition" +601,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Co (cobalt),"IUPAC: cobalt, PubChem CID: 104730, CAS Number: 7440-48-4, in total deposition" +602,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Cu (copper),"IUPAC: copper, PubChem CID: 23978, CAS Number: 7440-50-8, in total deposition" +603,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Fe (iron),"IUPAC: iron, PubChem CID: 23925, CAS Number: 7439-89-6, in total deposition" +604,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Pb (lead),"IUPAC: lead, PubChem CID: 5352425, CAS Number: 7439-92-1, in total deposition" +605,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Mn (manganese),"IUPAC: manganese, PubChem CID: 23930, CAS Number: 7439-96-5, in total deposition" +606,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Hg (mercury),"IUPAC: mercury, PubChem CID: 23931, CAS Number: 7439-97-6, in total deposition" +607,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Ni (nickel),"IUPAC: nickel, PubChem CID: 936, CAS Number: 7440-02-1, in total deposition" +608,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,V (vanadium),"IUPAC: vanadium, PubChem CID: 23990, CAS Number: 7440-62-2, in total deposition" +609,\Atmosphere\Total Atmospheric Deposition\Trace elements,,,Zn (zinc),"IUPAC: zinc, PubChem CID: 23994, CAS Number: 7440-66-6, in total deposition" +229,\Atmosphere\Visibility,,,Runway visual range, +230,\Atmosphere\Visibility,,,Visibility, +521,\Atmosphere\Visibility\Obscurations,,,Extinction coefficient, +522,\Atmosphere\Visibility\Obscurations,,,Hydrometeor radius, +523,\Atmosphere\Visibility\Obscurations,,,Hydrometeor type, +524,\Atmosphere\Visibility\Obscurations,,,Lithometeor type, +525,\Atmosphere\Visibility\Obscurations,,,Meteorological Optical Range, +526,\Atmosphere\Visibility\Obscurations,,,Obscuration type, +304,\Atmosphere\Wind,,,Direction of cloud movement, +305,\Atmosphere\Wind,,,Gust Speed, +307,\Atmosphere\Wind,,,"Wind (Z component, vertical)",Z component of wind vector (horizontal and vertical profile) +310,\Atmosphere\Wind,,,"Upper wind (X, Y components, horizontal)",Horizontal component of wind as a vector in an orthogonal coordinate system. +12005,\Atmosphere\Wind,,,Horizontal wind direction at specified distance from reference surface,Horizontal wind direction at specified distance from reference surface +12006,\Atmosphere\Wind,,,Horizontal wind speed at specified distance from reference surface,Horizontal wind speed at specified distance from reference surface +12163,Atmosphere\Dynamics,,,Mixed layer height,"Height above the surface to which atmospheric properties (wind speed, etc) or atmospheric constituents (aerosol, gases) are dispersed by turbulent vertical mixing" +12016,Atmosphere\Gas phase\Greenhouse gas\CFCs,,,"Cl3CCF3 (1,1,1-trichloro-2,2,2-trifluoroethane, CFC-113a)","IUPAC: 1,1,1-trichloro-2,2,2-trifluoroethane, PubChem CID: 9635, CAS Number: 354-58-5, in gas phase" +12017,Atmosphere\Gas phase\Greenhouse gas\Halon,,,"CBr2F2 (dibromodifluoromethane, Halon 1202)","IUPAC: dibromo(difluoro)methane, PubChem CID: 6382, CAS Number: 75-61-6, in gas phase" +12018,Atmosphere\Gas phase\Greenhouse gas\Halon,,,"C2Br2F4 (1,2-dibromo-1,1,2,2-tetrafluoroethane, Halon 2402)","IUPAC: 1,2-dibromo-1,1,2,2-tetrafluoroethane, PubChem CID: 31301, CAS Number: 124-73-2, in gas phase" +12019,Atmosphere\Gas phase\Greenhouse gas\HCFCs,,,"C2H3Cl2F (1,1-dichloro-2-fluoroethane, HCFC-141a)","IUPAC: 1,1-dichloro-2-fluoroethane, PubChem CID: 67936, CAS Number: 430-53-5, in gas phase" +12094,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aromatic",C4H4O (furan),"IUPAC: Furan, PubChem CID: 8029, CAS Number: 110-00-9, in gas phase" +12095,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aromatic",C5H6O (2-methylfuran),"IUPAC: 2-Methylfuran, PubChem CID: 10797, CAS Number: 534-22-5, in gas phase" +12096,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aromatic",C5H6O (3-methylfuran),"IUPAC: 3-Methylfuran, PubChem CID: 13587, CAS Number: 930-27-8, in gas phase" +12107,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, BVOC, alcohol",C5H10O (2-methyl-3-buten-2-ol),"IUPAC: 2-Methylbut-3-en-2-ol, PubChem CID: 8257, CAS Number: 115-18-4, in gas phase" +12110,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aldehyde, alkene, specified stereoisomer","C4H6O ((E)-crotonaldehyde, trans-2-butenal)","IUPAC: (2E)-but-2-enal, PubChem CID: 447466, CAS Number: 123-73-9, in gas phase" +12111,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aldehyde, alkene, specified stereoisomer","C4H6O ((Z)-crotonaldehyde, cis-2-butenal)","IUPAC: (Z)-but-2-enal, PubChem CID: 673950, CAS Number: 15798-64-8, in gas phase" +12112,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aldehyde, alkene, mixed stereoisomers","C4H6O (crotonaldehyde, 2-butenal)","IUPAC: But-2-enal, PubChem CID: 20138, CAS Number: 4170-30-3, in gas phase" +12123,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aromatic",C5H4O2 (furfural),"IUPAC: furan-2-carbaldehyde, PubChem CID: 7362, CAS Number: 98-01-1, in gas phase" +12124,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aromatic",C5H4O2 (3-furaldehyde),"IUPAC: furan-3-carbaldehyde, PubChem CID: 10351, CAS Number: 498-60-2, in gas phase" +12135,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aldehyde",C2H2O2 (glyoxal),"IUPAC: oxaldehyde, PubChem CID: 7860, CAS Number: 107-22-2, in gas phase" +12136,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic,ester",C2H4O2 (methyl formate),"IUPAC: methyl formate, PubChem CID: 7865, CAS Number: 107-31-3, in gas phase" +12137,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, aldehyde",C2H4O2 (glycolaldehyde),"IUPAC: 2-hydroxyacetaldehyde, PubChem CID: 756, CAS Number: 141-46-8, in gas phase" +12138,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, ester",C3H6O2 (methyl acetate),"IUPAC: methyl acetate, PubChem CID: 6584, CAS Number: 79-20-9, in gas phase" +12139,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, ester",C3H6O2 (ethyl formate),"IUPAC: ethyl formate, PubChem CID: 8025, CAS Number: 109-94-4, in gas phase" +12140,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, ketone",C3H6O2 (hydroxyacetone),"IUPAC: 1-hydroxypropan-2-one, PubChem CID: 8299, CAS Number: 116-09-6, in gas phase" +12141,Atmosphere\Gas phase\Greenhouse gas\OVOC,,organic,"C3H6O2 (1,3-dioxolane)","IUPAC: 1,3-dioxolane, PubChem CID: 12586, CAS Number: 646-06-0, in gas phase" +12142,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, ester",C4H8O2 (ethyl acetate),"IUPAC: ethyl acetate, PubChem CID: 8857, CAS Number: 141-78-6, in gas phase" +12143,Atmosphere\Gas phase\Greenhouse gas\OVOC,,"organic, ester",C4H8O2 (methyl propionate),"IUPAC: methyl propanoate, PubChem CID: 11124, CAS Number: 554-12-1, in gas phase" From 8f72c05e746cda25015b2c6862bbe08857ec7e8d Mon Sep 17 00:00:00 2001 From: Anna Milan Date: Wed, 24 May 2023 12:05:17 +0200 Subject: [PATCH 03/18] issue #472, sorted table 1-01-01.csv --- .DS_Store | Bin 8196 -> 8196 bytes tables_en/1-01-01.csv | 698 +++++++++++++++++++++--------------------- 2 files changed, 349 insertions(+), 349 deletions(-) diff --git a/.DS_Store b/.DS_Store index f39a102b376827a5ed0e404b967165f4b212e88e..12d3eb3f9d27362294f6e95d533279b4c0f3b568 100644 GIT binary patch delta 48 ycmZp1XmQwJEX;9bo?SE#|53-ug2EC)DK1Gl`AG~63>-UhWkR6BVw Date: Wed, 24 May 2023 14:39:23 +0200 Subject: [PATCH 04/18] issue #472, re-add paths --- .DS_Store | Bin 8196 -> 8196 bytes tables_en/1-01-03.csv | 130 +++++++++++++++++++++--------------------- 2 files changed, 65 insertions(+), 65 deletions(-) diff --git a/.DS_Store b/.DS_Store index 12d3eb3f9d27362294f6e95d533279b4c0f3b568..bf98369ea3454400727d501ad6d121ff70a46269 100644 GIT binary patch delta 66 zcmZp1XmQxUFU<6A#biNYC611lGs5Ngk2(T55<)31NjdpR3=9k$lg@?uLxsgAR}1qo PDKG$4h;3ddoXi6N#zYg3 delta 66 zcmZp1XmQxUFU+(qV6vdF633N!cF{ciM;(D238561q@4UD1_lO>9l0_gP+_sj)xvyC P3=BXOVw)EVC-VRRf^re> diff --git a/tables_en/1-01-03.csv b/tables_en/1-01-03.csv index 914d312e..b60ec639 100644 --- a/tables_en/1-01-03.csv +++ b/tables_en/1-01-03.csv @@ -1,66 +1,66 @@ notation,path,domains,tags,name,description -13,,,topography,Bathymetry,Bathymetry -18,,,physical properties,Pressure,Pressure (depth) measured by CTD. -62,,,currents,Ocean current direction,Direction of ocean motion measured at various depth levels -63,,,currents,Ocean current speed,Velocity of ocean motion measured at various depth levels -64,,,physical properties,Ocean dynamic topography (ODT),Deviation of sea level from the geoid caused by ocean currents (after corrections for tides and atmospheric pressure effects) -65,,,physical properties,Surface currents,Ocean Vector motion measured at or near the surface (at stated depth) -67,,,"biogeochemistry, inorganic carbon",Dissolved inorganic carbon (DIC),"The cumulated concentration of inorganic carbon species (dissolved carbon dioxide, carbonic acid, bicarbonate and carbonate) in solution" -68,,,"biogeochemistry, dissolved organic carbon",Dissolved organic carbon,Concentration of dissolved organic carbon -69,,,"biogeochemistry, nitrogen species",Dissolved organic nitrogen,Concentration of dissolved organic nitrogen -70,,,physical properties,"Diffuse attenuation coefficient (DAC), turbidity","Indicator of water turbidity and vertical processes in the ocean, extracted from ocean colour observation" -71,,,"biogeochemistry, inorganic carbon",Chlorophyll a concentration,"Concentration of chlorophyll-a pigment in the surface water [µg l-1]. Indicator of living phytoplankton biomass, extracted from ocean colour observation. Uncertainty is expressed in mg/m3 for a given concentration of 1 mg/m3." -72,,,"biogeochemistry, particulate matter",Ocean suspended sediments concentration,"Variable extracted from ocean colour observation. Indicative of river outflow, re-suspension or pollution of other-than-biological origin. Uncertainty expressed in g/m3 at a specific concentration (e.g., 2 g/m3)." -73,,,biogeochemistry,Oil spill cover,"Fraction of an ocean area polluted by hydrocarbons released from ships or off-shore platforms, accidentally or deliberately" -74,,,biology,Primary production,"Production of organic matter by 'phytoplankton', microscopic plant-like photosynthetic organisms that live in the water" -75,,,physical properties,Sea surface mass flux,Sea surface mass flux -76,,,"physical properties, ocean surface heat flux",Ocean Surface heat flux,"The exchange of heat, per unit area, crossing the surface between the ocean and the atmosphere. It consists of the turbulent (latent and sensible) and the radiative (short wave and long wave) components." -77,,,"physical properties, sea surface height",Sea surface height anomaly (SSHA),Sea surface height anomaly -78,,,"biogeochemistry, inorganic carbon",Total alkalinity (TA),The amount of acid necessary to titrate all weak bases in seawater -79,,,"biogeochemistry, inorganic carbon",pH,"Negative decimal logarithm of the hydrogen ion concentration in seawater, which is a measure of acidity and alkalinity" -82,,,biogeochemistry,SiO3= (metasilicate),Concentration of dissolved metasilicate -85,,,biogeochemistry,O2-Ar ratio,Ratio of O2/Ar concentrations -86,,,"biogeochemistry, oxygen",Ocean subsurface dissolved oxygen concentration,Concentration of dissolved oxygen -87,,,"biogeochemistry, oxygen",Dissolved oxygen,Concentration of dissolved oxygen (O2) in the water column -89,,,"physical properties, radiation",Water-leaving spectral radiance,"Upward spectral radiance from the ocean surface, i.e. amount of light leaving the ocean per unit area, per wavelength and per solid angle" -90,,,"biogeochemistry, volatile organic compound","C2H6S (dimethylsulfide, DMS)",Concentration of DMS -91,,,physical properties,Subsurface salinity,Salinity of seawater -92,,,physical properties,Sea surface salinity,Salinity of sea water in the surface layer (upper ~1 m if observed in MW) -94,,,"physical properties, subsurface temperature",Subsurface temperature,Seawater temperature measured with depth (degrees celsius/kelvin) -95,,,physical properties,Sea surface temperature,"Temperature of the sea water at surface. The 'bulk' temperature refers to the depth of typically 2 m, the 'skin' temperature refers to within the upper 1 mm" -96,,,"physical properties, sea surface height",Coastal sea level (tide),"Deviation of sea level from local references in coastal zones, caused by local currents and tides (astronomical and wind-induced)" -98,,,"physical properties, sea state",Dominant wave direction,One feature of the ocean wave spectrum. It is the direction of the most energetic wave in the spectrum. -99,,,"physical properties, sea state",Dominant wave period,The period of the most energetic wave in the ocean wave spectrum -100,,,"physical properties, sea state",Significant wave height,Average amplitude of the highest 33 out of 100 waves -101,,,"physical properties, sea state",Wave 1D energy frequency spectrum,1D variable colloquially referred to as wave spectrum. Describes the wave energy in each frequency band (e.g. 25 frequency bands) regardless of the direction of propagation. -102,,,"physical properties, sea state",Wave directional energy frequency spectrum,"2D variable colloquially referred to as wave spectrum. Describes the wave energy travelling in each direction and frequency band (e.g. 24 distinct azimuth sectors each 15°deg; wide, and 25 frequency bands)." -103,,,"physical properties, ocean surface stress",Wind stress,The shear force per unit area exerted by wind blowing over the sea surface. -311,,,"biogeochemistry, nutrients",NO2- (nitrite),Nitrite concentration in sea water. -312,,,"biogeochemistry, nutrients",NO3- (nitrate),Nitrate concentration in sea water. -399,,,"biogeochemistry, nutrients",PO4= (phosphate),Phosphate concentration in sea water. -400,,,"biogeochemistry, phosporus species",Total organic phosphorus,Concentration of dissolved organic phosphorous -401,,,"cryosphere, sea ice",Sea-ice cover,Fraction of an ocean area where ice is present -402,,,"cryosphere, sea ice",Sea-ice elevation,Elevation of the surface of the sea-ice sheet above sea level -403,,,"cryosphere, sea ice",Sea-ice motion,Sea-ice motion -404,,,"cryosphere, sea ice",Sea-ice surface characteristics,"Sea-ice surface characteristics (albedo, meltpond, dust, snow properties, temperature)" -405,,,"cryosphere, sea ice",Sea-ice surface temperature,Temperature of the surface of sea-ice -406,,,"cryosphere, sea ice",Sea-ice thickness,Thickness of the ice sheet. It is related to sea-ice elevation and ice density. -407,,,"cryosphere, sea ice",Sea-ice type,"Variable convolving several factors (age, roughness, density, etc.). Accuracy expressed as number of classes. Actually [ classes^-1 ] is used, so that smaller figure corresponds to better performance as usual." -408,,,"physical properties, CTD",Transmissivity,Measure of the light that passes through the water in relation to the incident light -549,,,"biogeochemistry, CTD",pO2,partial pressure of O2 -731,,,"physical properties, CTD",Conductivity,Conductivity measured by CTD or MicroCAT -732,,,"physical properties, CTD",Density,Density measured by CTD -733,,,biology,Zooplankton (size and/or development stage),"Aggregate of animal or animal-like organisms in plankton, as protozoans" -735,,,"biogeochemistry, inorganic carbon",pCO2,Partial pressure of CO2 -736,,,"biogeochemistry, inorganic carbon",pCO2 air-sea flux,Flux of CO2 from the ocean into the atmosphere -739,,,"biogeochemistry, physical properties",Fluorescence (DOM),Flurometric coloured dissolved Organic matter concentration -740,,,"physical properties, sea surface height",Mean dynamic topography (MDT),Time-mean (over a prescribed time period) of the sea surface height above the geoid -741,,,"physical properties, sea surface height",Mean sea surface (MSS),Time-averaged height (over a prescribed time period) of the ocean surface with respect to the reference ellipsoid -742,,,"physical properties, sea surface height","Sea surface height (SSH, OST)",Height of the sea surface with respect to the reference ellipsoid -743,,,"physical properties, sea state",Wave height,Average of height (trough to crest) of the waves sampled over a specified time period -744,,,"physical properties, sea state",Wave period,"The time required for two successive wave crests to pass a fixed point, or the time for a single wave crest to travel a distance equal to the length of the wave. This is averaged over a specified period of time." -745,,,"physical properties, sea state",Directional waves,"Waves measured in X,Y,Z directions" -10080,,,"physical properties, sea surface height",Tides,Periodic change of sea height caused by the gravitational forces exerted by the Moon and the Sun on the Earth -12244,,,"biogeochemistry, other gas","N2, Ar",Concentration of dissolved N2 and Ar -12245,,,"biology, plankton",Zooplankton biomass and diversity,Biomass expressed as weight by volume; and diversity of biomass expressed as number of species per unit sample. -12246,,,biogeochemistry,Ocean subsurface tracers,Concentration of trace molecules such as tritium and CFCs \ No newline at end of file +13,\Ocean\Topography,,topography,Bathymetry,Bathymetry +18,\Ocean\Physical properties,,physical properties,Pressure,Pressure (depth) measured by CTD. +62,\Ocean\Physical properties\Currents,,currents,Ocean current direction,Direction of ocean motion measured at various depth levels +63,\Ocean\Physical properties\Currents,,currents,Ocean current speed,Velocity of ocean motion measured at various depth levels +64,\Ocean\Topography,,physical properties,Ocean dynamic topography (ODT),Deviation of sea level from the geoid caused by ocean currents (after corrections for tides and atmospheric pressure effects) +65,\Ocean\Physical properties\Currents,,physical properties,Surface currents,Ocean Vector motion measured at or near the surface (at stated depth) +67,\Ocean\Biogeochemistry\Carbon species,,"biogeochemistry, inorganic carbon",Dissolved inorganic carbon (DIC),"The cumulated concentration of inorganic carbon species (dissolved carbon dioxide, carbonic acid, bicarbonate and carbonate) in solution" +68,\Ocean\Biogeochemistry\Carbon species,,"biogeochemistry, dissolved organic carbon",Dissolved organic carbon,Concentration of dissolved organic carbon +69,\Ocean\Biogeochemistry,,"biogeochemistry, nitrogen species",Dissolved organic nitrogen,Concentration of dissolved organic nitrogen +70,\Ocean\Physical properties,,physical properties,"Diffuse attenuation coefficient (DAC), turbidity","Indicator of water turbidity and vertical processes in the ocean, extracted from ocean colour observation" +71,\Ocean\Biogeochemistry,,"biogeochemistry, inorganic carbon",Chlorophyll a concentration,"Concentration of chlorophyll-a pigment in the surface water [¬µg l-1]. Indicator of living phytoplankton biomass, extracted from ocean colour observation. Uncertainty is expressed in mg/m3 for a given concentration of 1 mg/m3." +72,\Ocean\Biogeochemistry,,"biogeochemistry, particulate matter",Ocean suspended sediments concentration,"Variable extracted from ocean colour observation. Indicative of river outflow, re-suspension or pollution of other-than-biological origin. Uncertainty expressed in g/m3 at a specific concentration (e.g., 2 g/m3)." +73,\Ocean\Biogeochemistry,,biogeochemistry,Oil spill cover,"Fraction of an ocean area polluted by hydrocarbons released from ships or off-shore platforms, accidentally or deliberately" +74,\Ocean\Biology,,biology,Primary production,"Production of organic matter by 'phytoplankton', microscopic plant-like photosynthetic organisms that live in the water" +75,\Ocean\Physical properties,,physical properties,Sea surface mass flux,Sea surface mass flux +76,\Ocean\Physical properties,,"physical properties, ocean surface heat flux",Ocean Surface heat flux,"The exchange of heat, per unit area, crossing the surface between the ocean and the atmosphere. It consists of the turbulent (latent and sensible) and the radiative (short wave and long wave) components." +77,\Ocean\Topography,,"physical properties, sea surface height",Sea surface height anomaly (SSHA),Sea surface height anomaly +78,\Ocean\Biogeochemistry,,"biogeochemistry, inorganic carbon",Total alkalinity (TA),The amount of acid necessary to titrate all weak bases in seawater +79,\Ocean\Biogeochemistry,,"biogeochemistry, inorganic carbon",pH,"Negative decimal logarithm of the hydrogen ion concentration in seawater, which is a measure of acidity and alkalinity" +82,\Ocean\Biogeochemistry,,biogeochemistry,SiO3= (metasilicate),Concentration of dissolved metasilicate +85,\Ocean\Biogeochemistry,,biogeochemistry,O2-Ar ratio,Ratio of O2/Ar concentrations +86,\Ocean\Biogeochemistry,,"biogeochemistry, oxygen",Ocean subsurface dissolved oxygen concentration,Concentration of dissolved oxygen +87,\Ocean\Biogeochemistry,,"biogeochemistry, oxygen",Dissolved oxygen,Concentration of dissolved oxygen (O2) in the water column +89,\Ocean\Physical properties\Radiation,,"physical properties, radiation",Water-leaving spectral radiance,"Upward spectral radiance from the ocean surface, i.e. amount of light leaving the ocean per unit area, per wavelength and per solid angle" +90,\Ocean\Biogeochemistry,,"biogeochemistry, volatile organic compound","C2H6S (dimethylsulfide, DMS)",Concentration of DMS +91,\Ocean\Physical properties,,physical properties,Subsurface salinity,Salinity of seawater +92,\Ocean\Physical properties,,physical properties,Sea surface salinity,Salinity of sea water in the surface layer (upper ~1 m if observed in MW) +94,\Ocean\Physical properties,,"physical properties, subsurface temperature",Subsurface temperature,Seawater temperature measured with depth (degrees celsius/kelvin) +95,\Ocean\Physical properties,,physical properties,Sea surface temperature,"Temperature of the sea water at surface. The 'bulk' temperature refers to the depth of typically 2 m, the 'skin' temperature refers to within the upper 1 mm" +96,\Ocean\Topography,,"physical properties, sea surface height",Coastal sea level (tide),"Deviation of sea level from local references in coastal zones, caused by local currents and tides (astronomical and wind-induced)" +98,\Ocean\Waves,,"physical properties, sea state",Dominant wave direction,One feature of the ocean wave spectrum. It is the direction of the most energetic wave in the spectrum. +99,\Ocean\Waves,,"physical properties, sea state",Dominant wave period,The period of the most energetic wave in the ocean wave spectrum +100,\Ocean\Waves,,"physical properties, sea state",Significant wave height,Average amplitude of the highest 33 out of 100 waves +101,\Ocean\Waves,,"physical properties, sea state",Wave 1D energy frequency spectrum,1D variable colloquially referred to as wave spectrum. Describes the wave energy in each frequency band (e.g. 25 frequency bands) regardless of the direction of propagation. +102,\Ocean\Waves,,"physical properties, sea state",Wave directional energy frequency spectrum,"2D variable colloquially referred to as wave spectrum. Describes the wave energy travelling in each direction and frequency band (e.g. 24 distinct azimuth sectors each 15¬∞deg; wide, and 25 frequency bands)." +103,\Ocean\Wind,,"physical properties, ocean surface stress",Wind stress,The shear force per unit area exerted by wind blowing over the sea surface. +311,\Ocean\Biogeochemistry\Nitrogen species,,"biogeochemistry, nutrients",NO2- (nitrite),Nitrite concentration in sea water. +312,\Ocean\Biogeochemistry\Nitrogen species,,"biogeochemistry, nutrients",NO3- (nitrate),Nitrate concentration in sea water. +399,\Ocean\Biogeochemistry\Phosporus species,,"biogeochemistry, nutrients",PO4= (phosphate),Phosphate concentration in sea water. +400,\Ocean\Biogeochemistry\Phosporus species,,"biogeochemistry, phosporus species",Total organic phosphorus,Concentration of dissolved organic phosphorous +401,\Ocean\Cryosphere\Sea ice,,"cryosphere, sea ice",Sea-ice cover,Fraction of an ocean area where ice is present +402,\Ocean\Cryosphere\Sea ice,,"cryosphere, sea ice",Sea-ice elevation,Elevation of the surface of the sea-ice sheet above sea level +403,\Ocean\Cryosphere\Sea ice,,"cryosphere, sea ice",Sea-ice motion,Sea-ice motion +404,\Ocean\Cryosphere\Sea ice,,"cryosphere, sea ice",Sea-ice surface characteristics,"Sea-ice surface characteristics (albedo, meltpond, dust, snow properties, temperature)" +405,\Ocean\Cryosphere\Sea ice,,"cryosphere, sea ice",Sea-ice surface temperature,Temperature of the surface of sea-ice +406,\Ocean\Cryosphere\Sea ice,,"cryosphere, sea ice",Sea-ice thickness,Thickness of the ice sheet. It is related to sea-ice elevation and ice density. +407,\Ocean\Cryosphere\Sea ice,,"cryosphere, sea ice",Sea-ice type,"Variable convolving several factors (age, roughness, density, etc.). Accuracy expressed as number of classes. Actually [ classes^-1 ] is used, so that smaller figure corresponds to better performance as usual." +408,\Ocean\Topography,,"physical properties, CTD",Transmissivity,Measure of the light that passes through the water in relation to the incident light +549,\Ocean\Biogeochemistry\CTD,,"biogeochemistry, CTD",pO2,partial pressure of O2 +731,\Ocean\Physical properties\CTD,,"physical properties, CTD",Conductivity,Conductivity measured by CTD or MicroCAT +732,\Ocean\Physical properties\CTD,,"physical properties, CTD",Density,Density measured by CTD +733,\Ocean\Biology,,biology,Zooplankton (size and/or development stage),"Aggregate of animal or animal-like organisms in plankton, as protozoans" +735,\Ocean\Biogeochemistry\Greenhouse gas,,"biogeochemistry, inorganic carbon",pCO2,Partial pressure of CO2 +736,\Ocean\Biogeochemistry\Greenhouse gas,,"biogeochemistry, inorganic carbon",pCO2 air-sea flux,Flux of CO2 from the ocean into the atmosphere +739,\Ocean\Biogeochemistry,,"biogeochemistry, physical properties",Fluorescence (DOM),Flurometric coloured dissolved Organic matter concentration +740,\Ocean\Topography,,"physical properties, sea surface height",Mean dynamic topography (MDT),Time-mean (over a prescribed time period) of the sea surface height above the geoid +741,\Ocean\Topography,,"physical properties, sea surface height",Mean sea surface (MSS),Time-averaged height (over a prescribed time period) of the ocean surface with respect to the reference ellipsoid +742,\Ocean\Topography,,"physical properties, sea surface height","Sea surface height (SSH, OST)",Height of the sea surface with respect to the reference ellipsoid +743,\Ocean\Waves,,"physical properties, sea state",Wave height,Average of height (trough to crest) of the waves sampled over a specified time period +744,\Ocean\Waves,,"physical properties, sea state",Wave period,"The time required for two successive wave crests to pass a fixed point, or the time for a single wave crest to travel a distance equal to the length of the wave. This is averaged over a specified period of time." +745,\Ocean\Waves,,"physical properties, sea state",Directional waves,"Waves measured in X,Y,Z directions" +10080,\Ocean\Physical properties,,"physical properties, sea surface height",Tides,Periodic change of sea height caused by the gravitational forces exerted by the Moon and the Sun on the Earth +12244,\Ocean\Biogeochemistry,,"biogeochemistry, other gas","N2, Ar",Concentration of dissolved N2 and Ar +12245,\Ocean\Biology,,"biology, plankton",Zooplankton biomass and diversity,Biomass expressed as weight by volume; and diversity of biomass expressed as number of species per unit sample. +12246,\Ocean\Biogeochemistry,,biogeochemistry,Ocean subsurface tracers,Concentration of trace molecules such as tritium and CFCs From 907d9afd003b8721ce8ce1d18bbca5eb10fd33df Mon Sep 17 00:00:00 2001 From: Anna Milan Date: Wed, 24 May 2023 15:14:43 +0200 Subject: [PATCH 05/18] issue #472, remove name from paths in table 1-01-02 --- .DS_Store | Bin 8196 -> 8196 bytes tables_en/1-01-02.csv | 14 +++++++------- tables_en/1-01-03.csv | 4 ++-- 3 files changed, 9 insertions(+), 9 deletions(-) diff --git a/.DS_Store b/.DS_Store index bf98369ea3454400727d501ad6d121ff70a46269..3ac4a1b6eb111fb9f969ca057f4b074e4fc6f556 100644 GIT binary patch delta 22 dcmZp1XmQveAj~K?Sy0$#vazt-=4# Date: Wed, 24 May 2023 15:19:56 +0200 Subject: [PATCH 06/18] issue #472, remove name from paths in 1-01-04 --- .DS_Store | Bin 8196 -> 8196 bytes tables_en/1-01-04.csv | 140 +++++++++++++++++++++--------------------- 2 files changed, 70 insertions(+), 70 deletions(-) diff --git a/.DS_Store b/.DS_Store index 3ac4a1b6eb111fb9f969ca057f4b074e4fc6f556..abd1a35f8f277090a41f190ac41594c21f5825be 100644 GIT binary patch delta 15 WcmZp1XmQxUFU<5jakHTCXC447Wd(Zx delta 15 WcmZp1XmQxUFU<5#ZnL29XC4461O-0; diff --git a/tables_en/1-01-04.csv b/tables_en/1-01-04.csv index 2b702aac..281d9edf 100644 --- a/tables_en/1-01-04.csv +++ b/tables_en/1-01-04.csv @@ -1,71 +1,71 @@ notation,path,domains,tags,name,description -104,\Outer Space\Energetic particles-solar wind \Electron flux energy spectrum,,,Electron flux energy spectrum,"Flux density energy spectrum of low-, medium-, and high-energy electrons from the magnetosphere, the radiation belts or the interplanetary medium." -105,\Outer Space\Energetic particles-solar wind \Electrostatic charge,,,Electrostatic charge,Measurement of the electrostatic charge of a satellite accumulated because of the environmental situation. -106,\Outer Space\Energetic particles-solar wind \Heavy ion angular flux energy and mass spectrum,,,Heavy ion angular flux energy and mass spectrum,"Flux density energy and mass spectrum of heavy ions ranging from Helium to Iron, per unit solid angle." -107,\Outer Space\Energetic particles-solar wind \Heavy ion flux energy and mass spectrum,,,Heavy ion flux energy and mass spectrum,Flux density energy and mass spectrum of heavy ions ranging from Helium to Iron. -108,\Outer Space\Energetic particles-solar wind \Interplanetary magnetic field,,,Interplanetary magnetic field,Vector magnetic field (3D) in the solar wind. The reference frame is Cartesian or Cylindrical with many different axis orientations. Important in Space Weather to monitor magnetic disturbances of the near earth environment. -111,\Outer Space\Energetic particles-solar wind \Radiation Dose Rate,,,Radiation Dose Rate,3D field of the dose rate of energetic particles -112,\Outer Space\Energetic particles-solar wind \Solar wind temperature,,,Solar wind temperature,Temperature of solar wind protons. -113,\Outer Space\Energetic particles-solar wind \Solar wind velocity,,,Solar wind velocity,Vector velocity of solar wind plasma. -114,\Outer Space\Ionospheric disturbances\Aurora,,,Aurora,Occurrence of fluorescence of the upper atmosphere through ionization by energetic charged particles accelerated by the Earth's magnetic field. -115,\Outer Space\Ionospheric disturbances\Electric Field,,,Electric Field,Magnitude and direction of the Earth's electric field. -116,\Outer Space\Ionospheric disturbances\Electron Density,,,Electron Density,3-D field of the electron density in the ionosphere. -117,\Outer Space\Ionospheric disturbances\Ionospheric Radio Absorption,,,Ionospheric Radio Absorption,Attenuation of a radio wave passing through the lower ionosphere. -118,\Outer Space\Ionospheric disturbances\Ionospheric Scintillation,,,Ionospheric Scintillation,Random fluctuations of radio waves resulting of small scale variations of the ionospheric electron density in space and time. -119,\Outer Space\Ionospheric disturbances\Ionospheric Vertical Total Electron Content (VTEC),,,Ionospheric Vertical Total Electron Content (VTEC),Number of electrons between two points. -120,\Outer Space\Ionospheric disturbances\Ionospheric plasma density,,,Ionospheric plasma density,Total number of ionized particles in a volume unit of ionospheric plasma. -121,\Outer Space\Ionospheric disturbances\Ionospheric plasma velocity,,,Ionospheric plasma velocity,Velocity of bulk plasma or electrons (depending on measurement technique) as a function of altitude in the ionosphere. -122,\Outer Space\Ionospheric disturbances\Spread F,,,Spread F,Vertical thickness of highly structured ion density in the F-region of the ionosphere. -123,\Outer Space\Ionospheric disturbances\foEs,,,foEs,The highest ordinary-wave frequency reflected back from a sporadic E layer and observed by an ionosonde. -124,\Outer Space\Ionospheric disturbances\foF2,,,foF2,"Critical frequency of the F2 layer of the ionosphere. This critical frequency (f, in MHz) is associated with the electron density (Ne, in cm-3): f=9*10^-3*sqrt(Ne)." -125,\Outer Space\Ionospheric disturbances\h'F,,,h'F,Virtual height of the bottom of the ionospheric F-layer. -126,\Outer Space\Ionospheric disturbances\hmF2,,,hmF2,Altitude of the peak density in the ionospheric F2 layer. -127,\Outer Space\Solar monitoring\EUV flux,,,EUV flux,Radiative flux integrated over the EUV band. -128,\Outer Space\Solar monitoring\EUV flux spectrum,,,EUV flux spectrum,Energy spectrum of the radiative flux measured in the EUV band. -129,\Outer Space\Solar monitoring\EUV sky image,,,EUV sky image,Extreme Ultra-Violet (EUV) image of the sky. -130,\Outer Space\Solar monitoring\Gamma-ray flux,,,Gamma-ray flux,Radiative flux integrated over the gamma-ray domain. -131,\Outer Space\Solar monitoring\Gamma-ray flux spectrum,,,Gamma-ray flux spectrum,Energy spectrum of the radiative flux measured in the gamma-ray domain. -132,\Outer Space\Solar monitoring\Heliospheric image,,,Heliospheric image,Image of the interplanetary space between the Sun and Earth. -133,\Outer Space\Solar monitoring\Radio-waves,,,Radio-waves,"Travelling radio-waves of solar, galactic and extragalactic origin, entering the Earth's environment." -134,\Outer Space\Solar monitoring\Solar Ca II-K image,,,Solar Ca II-K image,Image of the Sun in the K-line of Ca-II(393.4 nm). -135,\Outer Space\Solar monitoring\Solar EUV flux,,,Solar EUV flux,Integrated Extreme Ultra-Violet (EUV) flux over the solar disk. -136,\Outer Space\Solar monitoring\Solar EUV flux spectrum,,,Solar EUV flux spectrum,Energy spectrum of the Extreme Ultra-Violet (EUV) flux integrated over the solar disk. -137,\Outer Space\Solar monitoring\Solar EUV image,,,Solar EUV image,"Images of the Sun in the Extreme Ultra-Violet (EUV) wavelengths in order to identify features such as filaments, active regions and coronal holes." -138,\Outer Space\Solar monitoring\Solar H-alpha image,,,Solar H-alpha image,Image of the Sun in the Hydrogen-alpha transition wavelength (656.3 nm). -139,\Outer Space\Solar monitoring\Solar Lyman-alpha flux,,,Solar Lyman-alpha flux,Solar flux in the Hydrogen Lyman-alpha transition wavelength (121.6 nm). -140,\Outer Space\Solar monitoring\Solar Lyman-alpha image,,,Solar Lyman-alpha image,Image of the Sun in the Hydrogen Lyman-alpha transition wavelength (121.6 nm). -141,\Outer Space\Solar monitoring\Solar UV flux,,,Solar UV flux,Integrated Ultra-Violet (UV) flux over the solar disk. -142,\Outer Space\Solar monitoring\Solar UV flux spectrum,,,Solar UV flux spectrum,Energy spectrum of the Ultra-Violet (UV) flux integrated over the solar disk. -143,\Outer Space\Solar monitoring\Solar UV image,,,Solar UV image,Images of the Sun in the Ultra-Violet (UV) wavelengths. -144,\Outer Space\Solar monitoring\Solar VIS flux,,,Solar VIS flux,Integrated VIS (energy at visible wavelengths) flux over the solar disk -145,\Outer Space\Solar monitoring\Solar VIS flux spectrum,,,Solar VIS flux spectrum,Energy spectrum of the integrated VIS (energy at visible wavelengths) flux over the solar disk. -146,\Outer Space\Solar monitoring\Solar VIS image,,,Solar VIS image,Images of the Sun in the VIS (visible) wavelengths. -147,\Outer Space\Solar monitoring\Solar X-ray flux,,,Solar X-ray flux,Integrated X-ray flux over the solar disk. -148,\Outer Space\Solar monitoring\Solar X-ray flux spectrum,,,Solar X-ray flux spectrum,Energy spectrum of the X-ray flux integrated over the solar disk. -149,\Outer Space\Solar monitoring\Solar X-ray image,,,Solar X-ray image,Image of the Sun in X-ray wavelengths. -150,\Outer Space\Solar monitoring\Solar coronagraphic image,,,Solar coronagraphic image,Image of the solar corona surrounding the Sun. -151,\Outer Space\Solar monitoring\Solar electric field,,,Solar electric field,Map of magnitude and direction of the electric field at the solar surface (photosphere). -152,\Outer Space\Solar monitoring\Solar gamma-ray flux,,,Solar gamma-ray flux,Integrated gamma-ray flux over the solar disk. -153,\Outer Space\Solar monitoring\Solar gamma-ray flux spectrum,,,Solar gamma-ray flux spectrum,Energy spectrum of the gamma-ray flux integrated over the solar disk. -154,\Outer Space\Solar monitoring\Solar magnetic field,,,Solar magnetic field,Vector magnetic field (1D or 3D) at the solar surface (photosphere/chromosphere). -155,\Outer Space\Solar monitoring\Solar radio flux,,,Solar radio flux,Integrated radio flux over the solar disk. -156,\Outer Space\Solar monitoring\Solar radio flux spectrum,,,Solar radio flux spectrum,Solar radio flux energy spectrum integrated over the solar disk. -157,\Outer Space\Solar monitoring\Solar radio image,,,Solar radio image,2D image of the solar radio flux. -158,\Outer Space\Solar monitoring\Solar velocity fields,,,Solar velocity fields,"Map of 3D velocity of particles of the Solar atmosphere, significant of the Sun interior." -159,\Outer Space\Solar monitoring\Solar white light image,,,Solar white light image,Image of the Sun in white light. -160,\Outer Space\Solar monitoring\UV flux,,,UV flux,Integrated Ultra-Violet (UV) flux. -161,\Outer Space\Solar monitoring\UV sky image,,,UV sky image,Ultra-Violet (UV) image of the sky. -162,\Outer Space\Solar monitoring\X-ray flux,,,X-ray flux,Integrated X-ray flux. -163,\Outer Space\Solar monitoring\X-ray flux spectrum,,,X-ray flux spectrum,Energy spectrum of the integrated X-ray flux. -164,\Outer Space\Solar monitoring\X-ray sky image,,,X-ray sky image,X-ray image of the sky. -409,\Outer Space\Energetic particles-solar wind \Particle density\Solar wind density,,,Solar wind density,Density of solar wind plasma. -511,\Outer Space\Energetic particles-solar wind \Particle flux\Alpha particles differential directional flux,,,Alpha particles differential directional flux, -512,\Outer Space\Energetic particles-solar wind \Particle flux\Alpha particles integral directional flux,,,Alpha particles integral directional flux,"An alpha particle has positive charge and consists of two protons and two neutrons (the nucleus of a helium atom). Flux is the rate of flow through a reference surface, measured in particles per unit area. The directional flux is the flux limited to a certain solid angle as a function of the direction (pitch angle)." -513,\Outer Space\Energetic particles-solar wind \Particle flux\Cosmic ray neutron flux spectrum,,,Cosmic ray neutron flux spectrum,Flux density energy spectrum of neutrons from the Sun or as component of the cosmic radiation. -514,\Outer Space\Energetic particles-solar wind \Particle flux\Electron differential directional flux,,,Electron differential directional flux,"Flux density energy spectrum of low-, medium-, and high-energy electrons from the magnetosphere, the radiation belts or the interplanetary medium, per unit solid angle." -515,\Outer Space\Energetic particles-solar wind \Particle flux\Electron flux density,,,Electron flux density,"Flux density of low-, medium-, and high-energy electrons from the magnetosphere, the radiation belts or the interplanetary medium." -516,\Outer Space\Energetic particles-solar wind \Particle flux\Electron integral directional flux,,,Electron integral directional flux,"Flux density of low-, medium-, and high-energy electrons from the magnetosphere, the radiation belts or the interplanetary medium, per unit solid angle." -517,\Outer Space\Energetic particles-solar wind \Particle flux\Heavy ion differential directional flux,,,Heavy ion differential directional flux,Flux density of heavy ions (heavier than Helium) per unit solid angle. -518,\Outer Space\Energetic particles-solar wind \Particle flux\Heavy ion integral directional flux,,,Heavy ion integral directional flux,Flux density of heavy ions ranging from Helium to Iron. -519,\Outer Space\Energetic particles-solar wind \Particle flux\Proton differential directional flux,,,Proton differential directional flux,"Flux density energy spectrum of low-, medium-, and high-energy protons from the magnetosphere, the radiation belts or the interplanetary medium, per unit solid angle." -520,\Outer Space\Energetic particles-solar wind \Particle flux\Proton integral directional flux,,,Proton integral directional flux,"Flux density of low-, medium-, and high-energy protons from the magnetosphere, the radiation belts or the interplanetary medium." \ No newline at end of file +104,\Outer Space\Energetic particles-solar wind ,,,Electron flux energy spectrum,"Flux density energy spectrum of low-, medium-, and high-energy electrons from the magnetosphere, the radiation belts or the interplanetary medium." +105,\Outer Space\Energetic particles-solar wind ,,,Electrostatic charge,Measurement of the electrostatic charge of a satellite accumulated because of the environmental situation. +106,\Outer Space\Energetic particles-solar wind ,,,Heavy ion angular flux energy and mass spectrum,"Flux density energy and mass spectrum of heavy ions ranging from Helium to Iron, per unit solid angle." +107,\Outer Space\Energetic particles-solar wind ,,,Heavy ion flux energy and mass spectrum,Flux density energy and mass spectrum of heavy ions ranging from Helium to Iron. +108,\Outer Space\Energetic particles-solar wind ,,,Interplanetary magnetic field,Vector magnetic field (3D) in the solar wind. The reference frame is Cartesian or Cylindrical with many different axis orientations. Important in Space Weather to monitor magnetic disturbances of the near earth environment. +111,\Outer Space\Energetic particles-solar wind ,,,Radiation Dose Rate,3D field of the dose rate of energetic particles +112,\Outer Space\Energetic particles-solar wind ,,,Solar wind temperature,Temperature of solar wind protons. +113,\Outer Space\Energetic particles-solar wind ,,,Solar wind velocity,Vector velocity of solar wind plasma. +114,\Outer Space\Ionospheric disturbances,,,Aurora,Occurrence of fluorescence of the upper atmosphere through ionization by energetic charged particles accelerated by the Earth's magnetic field. +115,\Outer Space\Ionospheric disturbances,,,Electric Field,Magnitude and direction of the Earth's electric field. +116,\Outer Space\Ionospheric disturbances,,,Electron Density,3-D field of the electron density in the ionosphere. +117,\Outer Space\Ionospheric disturbances,,,Ionospheric Radio Absorption,Attenuation of a radio wave passing through the lower ionosphere. +118,\Outer Space\Ionospheric disturbances,,,Ionospheric Scintillation,Random fluctuations of radio waves resulting of small scale variations of the ionospheric electron density in space and time. +119,\Outer Space\Ionospheric disturbances,,,Ionospheric Vertical Total Electron Content (VTEC),Number of electrons between two points. +120,\Outer Space\Ionospheric disturbances,,,Ionospheric plasma density,Total number of ionized particles in a volume unit of ionospheric plasma. +121,\Outer Space\Ionospheric disturbances,,,Ionospheric plasma velocity,Velocity of bulk plasma or electrons (depending on measurement technique) as a function of altitude in the ionosphere. +122,\Outer Space\Ionospheric disturbances,,,Spread F,Vertical thickness of highly structured ion density in the F-region of the ionosphere. +123,\Outer Space\Ionospheric disturbances,,,foEs,The highest ordinary-wave frequency reflected back from a sporadic E layer and observed by an ionosonde. +124,\Outer Space\Ionospheric disturbances,,,foF2,"Critical frequency of the F2 layer of the ionosphere. This critical frequency (f, in MHz) is associated with the electron density (Ne, in cm-3): f=9*10^-3*sqrt(Ne)." +125,\Outer Space\Ionospheric disturbances,,,h'F,Virtual height of the bottom of the ionospheric F-layer. +126,\Outer Space\Ionospheric disturbances,,,hmF2,Altitude of the peak density in the ionospheric F2 layer. +127,\Outer Space\Solar monitoring,,,EUV flux,Radiative flux integrated over the EUV band. +128,\Outer Space\Solar monitoring,,,EUV flux spectrum,Energy spectrum of the radiative flux measured in the EUV band. +129,\Outer Space\Solar monitoring,,,EUV sky image,Extreme Ultra-Violet (EUV) image of the sky. +130,\Outer Space\Solar monitoring,,,Gamma-ray flux,Radiative flux integrated over the gamma-ray domain. +131,\Outer Space\Solar monitoring,,,Gamma-ray flux spectrum,Energy spectrum of the radiative flux measured in the gamma-ray domain. +132,\Outer Space\Solar monitoring,,,Heliospheric image,Image of the interplanetary space between the Sun and Earth. +133,\Outer Space\Solar monitoring,,,Radio-waves,"Travelling radio-waves of solar, galactic and extragalactic origin, entering the Earth's environment." +134,\Outer Space\Solar monitoring,,,Solar Ca II-K image,Image of the Sun in the K-line of Ca-II(393.4 nm). +135,\Outer Space\Solar monitoring,,,Solar EUV flux,Integrated Extreme Ultra-Violet (EUV) flux over the solar disk. +136,\Outer Space\Solar monitoring,,,Solar EUV flux spectrum,Energy spectrum of the Extreme Ultra-Violet (EUV) flux integrated over the solar disk. +137,\Outer Space\Solar monitoring,,,Solar EUV image,"Images of the Sun in the Extreme Ultra-Violet (EUV) wavelengths in order to identify features such as filaments, active regions and coronal holes." +138,\Outer Space\Solar monitoring,,,Solar H-alpha image,Image of the Sun in the Hydrogen-alpha transition wavelength (656.3 nm). +139,\Outer Space\Solar monitoring,,,Solar Lyman-alpha flux,Solar flux in the Hydrogen Lyman-alpha transition wavelength (121.6 nm). +140,\Outer Space\Solar monitoring,,,Solar Lyman-alpha image,Image of the Sun in the Hydrogen Lyman-alpha transition wavelength (121.6 nm). +141,\Outer Space\Solar monitoring,,,Solar UV flux,Integrated Ultra-Violet (UV) flux over the solar disk. +142,\Outer Space\Solar monitoring,,,Solar UV flux spectrum,Energy spectrum of the Ultra-Violet (UV) flux integrated over the solar disk. +143,\Outer Space\Solar monitoring,,,Solar UV image,Images of the Sun in the Ultra-Violet (UV) wavelengths. +144,\Outer Space\Solar monitoring,,,Solar VIS flux,Integrated VIS (energy at visible wavelengths) flux over the solar disk +145,\Outer Space\Solar monitoring,,,Solar VIS flux spectrum,Energy spectrum of the integrated VIS (energy at visible wavelengths) flux over the solar disk. +146,\Outer Space\Solar monitoring,,,Solar VIS image,Images of the Sun in the VIS (visible) wavelengths. +147,\Outer Space\Solar monitoring,,,Solar X-ray flux,Integrated X-ray flux over the solar disk. +148,\Outer Space\Solar monitoring,,,Solar X-ray flux spectrum,Energy spectrum of the X-ray flux integrated over the solar disk. +149,\Outer Space\Solar monitoring,,,Solar X-ray image,Image of the Sun in X-ray wavelengths. +150,\Outer Space\Solar monitoring,,,Solar coronagraphic image,Image of the solar corona surrounding the Sun. +151,\Outer Space\Solar monitoring,,,Solar electric field,Map of magnitude and direction of the electric field at the solar surface (photosphere). +152,\Outer Space\Solar monitoring,,,Solar gamma-ray flux,Integrated gamma-ray flux over the solar disk. +153,\Outer Space\Solar monitoring,,,Solar gamma-ray flux spectrum,Energy spectrum of the gamma-ray flux integrated over the solar disk. +154,\Outer Space\Solar monitoring,,,Solar magnetic field,Vector magnetic field (1D or 3D) at the solar surface (photosphere/chromosphere). +155,\Outer Space\Solar monitoring,,,Solar radio flux,Integrated radio flux over the solar disk. +156,\Outer Space\Solar monitoring,,,Solar radio flux spectrum,Solar radio flux energy spectrum integrated over the solar disk. +157,\Outer Space\Solar monitoring,,,Solar radio image,2D image of the solar radio flux. +158,\Outer Space\Solar monitoring,,,Solar velocity fields,"Map of 3D velocity of particles of the Solar atmosphere, significant of the Sun interior." +159,\Outer Space\Solar monitoring,,,Solar white light image,Image of the Sun in white light. +160,\Outer Space\Solar monitoring,,,UV flux,Integrated Ultra-Violet (UV) flux. +161,\Outer Space\Solar monitoring,,,UV sky image,Ultra-Violet (UV) image of the sky. +162,\Outer Space\Solar monitoring,,,X-ray flux,Integrated X-ray flux. +163,\Outer Space\Solar monitoring,,,X-ray flux spectrum,Energy spectrum of the integrated X-ray flux. +164,\Outer Space\Solar monitoring,,,X-ray sky image,X-ray image of the sky. +409,\Outer Space\Energetic particles-solar wind,,,Solar wind density,Density of solar wind plasma. +511,\Outer Space\Energetic particles-solar wind,,,Alpha particles differential directional flux, +512,\Outer Space\Energetic particles-solar wind,,,Alpha particles integral directional flux,"An alpha particle has positive charge and consists of two protons and two neutrons (the nucleus of a helium atom). Flux is the rate of flow through a reference surface, measured in particles per unit area. The directional flux is the flux limited to a certain solid angle as a function of the direction (pitch angle)." +513,\Outer Space\Energetic particles-solar wind,,,Cosmic ray neutron flux spectrum,Flux density energy spectrum of neutrons from the Sun or as component of the cosmic radiation. +514,\Outer Space\Energetic particles-solar wind,,,Electron differential directional flux,"Flux density energy spectrum of low-, medium-, and high-energy electrons from the magnetosphere, the radiation belts or the interplanetary medium, per unit solid angle." +515,\Outer Space\Energetic particles-solar wind,,,Electron flux density,"Flux density of low-, medium-, and high-energy electrons from the magnetosphere, the radiation belts or the interplanetary medium." +516,\Outer Space\Energetic particles-solar wind,,,Electron integral directional flux,"Flux density of low-, medium-, and high-energy electrons from the magnetosphere, the radiation belts or the interplanetary medium, per unit solid angle." +517,\Outer Space\Energetic particles-solar wind,,,Heavy ion differential directional flux,Flux density of heavy ions (heavier than Helium) per unit solid angle. +518,\Outer Space\Energetic particles-solar wind,,,Heavy ion integral directional flux,Flux density of heavy ions ranging from Helium to Iron. +519,\Outer Space\Energetic particles-solar wind,,,Proton differential directional flux,"Flux density energy spectrum of low-, medium-, and high-energy protons from the magnetosphere, the radiation belts or the interplanetary medium, per unit solid angle." +520,\Outer Space\Energetic particles-solar wind,,,Proton integral directional flux,"Flux density of low-, medium-, and high-energy protons from the magnetosphere, the radiation belts or the interplanetary medium." \ No newline at end of file From c4c0a32b69b00c175a8791f286afdece250ccb5b Mon Sep 17 00:00:00 2001 From: Anna Milan Date: Wed, 24 May 2023 15:58:46 +0200 Subject: [PATCH 07/18] issue #472, change tags to paths, remove name from paths, table 1-01-05 --- .DS_Store | Bin 8196 -> 8196 bytes tables_en/1-01-05.csv | 172 +++++++++++++++++++++--------------------- 2 files changed, 86 insertions(+), 86 deletions(-) diff --git a/.DS_Store b/.DS_Store index abd1a35f8f277090a41f190ac41594c21f5825be..fc8219dec76c273be5a764a57113ad3963edf184 100644 GIT binary patch delta 67 zcmZp1XmQxUC(O*L?lD Date: Thu, 25 May 2023 15:21:05 +0200 Subject: [PATCH 08/18] sort table 5-02-01 --- tables_en/5-02-01.csv | 6 +++--- 1 file changed, 3 insertions(+), 3 deletions(-) diff --git a/tables_en/5-02-01.csv b/tables_en/5-02-01.csv index 62368c53..bdb9b73b 100644 --- a/tables_en/5-02-01.csv +++ b/tables_en/5-02-01.csv @@ -3,7 +3,6 @@ notation,path,domains,tags,name,description 58,"\Atmosphere\Ozone\Remote-sensing, passive\(Optical) filter Instrument",,,(Optical) filter Instrument, 59,\Atmosphere\Precipitation\In situ\(Ruler for) rain gauge,,,(Ruler for) rain gauge, 60,\Atmosphere\Wind\In situ\(Ultra)sonic anemometer,,,(Ultra)sonic anemometer, -inapplicable,,,,inapplicable,None of the codes in the table are applicable in the context of this particular observation. 62,\Atmosphere\Radioactivity\In situ\Adsorption - scintillation counting,,,Adsorption - scintillation counting, 63,\Atmosphere\Wind\In situ\Aerovane (wind vane with propeller),,,Aerovane (wind vane with propeller), 64,\Atmosphere\Radioactivity\In situ\Alpha counting,,,Alpha counting, @@ -236,10 +235,11 @@ inapplicable,,,,inapplicable,None of the codes in the table are applicable in th 342,"Atmosphere, 'Remote-sensing, active', cloud, aerosol, particle phase, mixed-layer height, Ocean",,,High spectral resolution (HSR) lidar,"Light detection and ranging (lidar) with high spectral resolution capability, typically used for measurements of cloud and aerosol particle phase properties, ocean properties, and mixed layer height." 343,"Atmosphere, 'Remote-sensing, active', aerosol, particle phase, particle shape",,,Polarized lidar,"Light detection and ranging (lidar) capable of determining the linear or circular depolarization ratio, typically used to discriminate spherical and non-spherical particles." 343,"atmosphere,precipitation,in situ",,,Fog collection,Collection of fog using a mesh or similar capturing device and subsequent determination of the equivalent volume or mass of water. -unknown,,,,unknown,The measurement/observing method is unknown. 344,"Atmosphere, trace gases, greenhouse gas, in situ, \Atmosphere\Trace gas\In situ\Gas chromatography\GC-CVAFS",,,GC-CVAFS,Gas chromatography and detection by cold vapour atomic fluorescence spectrometry. 345,"Atmosphere, trace gases, greenhouse gas, in situ, \Atmosphere\Trace gas\In situ\Gas chromatography\GC-TCD",,,GC-TCD,Gas chromatography and detection by a thermal conductivity detector. 346,"Atmosphere, trace gases, in situ, \Atmosphere\Trace gas\In situ\Electrostatic collection + alpha counting",,,Electrostatic collection + alpha counting,Alpha counting after electrostatic collection of measurand. 347,"Atmosphere, trace gases, in situ, \Atmosphere\Trace gas\In situ\Laser-based methods\Tunable Infrared Laser Differential Absorption Spectroscopy (TILDAS)",,,Tunable Infrared Laser Differential Absorption Spectroscopy (TILDAS),Tunable Infrared Laser Differential Absorption Spectroscopy (TILDAS). 348,"Atmosphere, trace gases, in situ, \Atmosphere\Trace gas\In situ\Radionuclide decay counting [general]",,,Radionuclide decay counting [general],Determination of the counts measured per unit time as a result of radionuclide decay. -349,"Atmosphere, trace gases, in situ, \Atmosphere\Trace gas\In situ\Optical spectrometry\IR-GFC",,,IR-GFC,"Infrared absorption measurement based on the gas-filter correlation technique, a specifique variant of NDIR." \ No newline at end of file +349,"Atmosphere, trace gases, in situ, \Atmosphere\Trace gas\In situ\Optical spectrometry\IR-GFC",,,IR-GFC,"Infrared absorption measurement based on the gas-filter correlation technique, a specifique variant of NDIR." +inapplicable,,,,inapplicable,None of the codes in the table are applicable in the context of this particular observation. +unknown,,,,unknown,The measurement/observing method is unknown. \ No newline at end of file From b52d0ffd71f75d89cc2b655518e8fb68434d3c9b Mon Sep 17 00:00:00 2001 From: Anna Milan Date: Thu, 25 May 2023 15:30:35 +0200 Subject: [PATCH 09/18] issue #472, remove names from paths and changed tags to paths --- tables_en/5-02-01.csv | 490 +++++++++++++++++++++--------------------- 1 file changed, 245 insertions(+), 245 deletions(-) diff --git a/tables_en/5-02-01.csv b/tables_en/5-02-01.csv index bdb9b73b..f6bab128 100644 --- a/tables_en/5-02-01.csv +++ b/tables_en/5-02-01.csv @@ -1,245 +1,245 @@ -notation,path,domains,tags,name,description -24,\Atmosphere\Clouds\Human observation,,,Human observation, -58,"\Atmosphere\Ozone\Remote-sensing, passive\(Optical) filter Instrument",,,(Optical) filter Instrument, -59,\Atmosphere\Precipitation\In situ\(Ruler for) rain gauge,,,(Ruler for) rain gauge, -60,\Atmosphere\Wind\In situ\(Ultra)sonic anemometer,,,(Ultra)sonic anemometer, -62,\Atmosphere\Radioactivity\In situ\Adsorption - scintillation counting,,,Adsorption - scintillation counting, -63,\Atmosphere\Wind\In situ\Aerovane (wind vane with propeller),,,Aerovane (wind vane with propeller), -64,\Atmosphere\Radioactivity\In situ\Alpha counting,,,Alpha counting, -65,\Atmosphere\Wind\In situ\Anemometer [general],,,Anemometer [general], -66,\Atmosphere\Pressure\In situ\Aneroid barometer (evacuated capsule),,,Aneroid barometer (evacuated capsule), -67,\Atmosphere\Total atmospheric deposition\In situ\Anion exchange membrane (AEM),,,Anion exchange membrane (AEM), -68,\Atmosphere\Evaporation\In situ\Atmometer,,,Atmometer, -69,"\Atmosphere\Lightning\Remote-sensing, passive\Atmospherics (""sferics"") detection",,,"Atmospherics (""sferics"") detection", -70,\Atmosphere\Total atmospheric deposition\In situ\Atomic absorption spectrophotometry (AAS),,,Atomic absorption spectrophotometry (AAS), -71,\Atmosphere\Total atmospheric deposition\In situ\Atomic emission spectrophotometry (AES),,,Atomic emission spectrophotometry (AES), -72,\Atmosphere\Radiation\In situ\BSRN compliant instrument,,,BSRN compliant instrument, -73,"\Atmosphere\Pressure\In situ\Barometer, mercury column",,,"Barometer, mercury column", -74,"\Atmosphere\Pressure\In situ\Barometer, mercury-free column",,,"Barometer, mercury-free column", -75,\Atmosphere\Radioactivity\In situ\Beta counting,,,Beta counting, -76,\Atmosphere\Temperature\In situ\Bimetal thermometer,,,Bimetal thermometer, -77,\Atmosphere\Micrometeorology\In situ\Bowen-ratio method,,,Bowen-ratio method, -78,"\Atmosphere\Ozone\Remote-sensing, passive\Brewer",,,Brewer, -79,\Atmosphere\Ozone\In situ\Brewer-GDR,,,Brewer-GDR, -80,\Atmosphere\Ozone\In situ\Brewer-Mast Sonde,,,Brewer-Mast Sonde, -82,\Atmosphere\Precipitation\In situ\Capacitive rain sensor,,,Capacitive rain sensor, -83,\Atmosphere\Total atmospheric deposition\In situ\Capillary electrophoresis (CE),,,Capillary electrophoresis (CE), -84,\Atmosphere\Ozone\In situ\Carbon-Iodine Sonde (KC Sonde),,,Carbon-Iodine Sonde (KC Sonde), -87,\Atmosphere\Total atmospheric deposition\In situ\Colorimetric titration (Gran method),,,Colorimetric titration (Gran method), -88,\Atmosphere\Total atmospheric deposition\In situ\Colorimetric titration [general],,,Colorimetric titration [general], -90,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (Saltzman),,,Colorimetry (Saltzman), -91,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (thorin),,,Colorimetry (thorin), -94,\Atmosphere\Trace gas\In situ\Conductometry,,,Conductometry, -95,\Atmosphere\Wind\In situ\Cup anemometer,,,Cup anemometer, -96,\Atmosphere\Wind\In situ\Cup anemometer (3 or 4 cups),,,Cup anemometer (3 or 4 cups), -97,\Atmosphere\Micrometeorology\In situ\Cuvette,,,Cuvette, -98,\Atmosphere\Total atmospheric deposition\In situ\Denuder,,,Denuder, -99,\Atmosphere\Trace gas\In situ\Denuder,,,Denuder, -102,\Atmosphere\Precipitation\In situ\Disdrometer (drop spectrographs),,,Disdrometer (drop spectrographs), -103,\Atmosphere\Micrometeorology\In situ\Disjunct eddy covariance method,,,Disjunct eddy covariance method, -105,\Atmosphere\Micrometeorology\In situ\Dissipation method,,,Dissipation method, -106,"\Atmosphere\Ozone\Remote-sensing, passive\Dobson",,,Dobson, -107,\Atmosphere\Ozone\In situ\ECC Sonde,,,ECC Sonde, -108,\Atmosphere\Micrometeorology\In situ\Eddy accumulation method,,,Eddy accumulation method, -109,\Atmosphere\Micrometeorology\In situ\Eddy covariance method,,,Eddy covariance method, -110,\Atmosphere\Total atmospheric deposition\In situ\Electric conductivity (EC meter),,,Electric conductivity (EC meter), -111,\Atmosphere\Pressure\In situ\Electronic pressure transducer (silicon diaphragm),,,Electronic pressure transducer (silicon diaphragm), -112,\Atmosphere\Wind\In situ\Estimation from visual observation,,,Estimation from visual observation, -113,\Atmosphere\Evaporation\In situ\Evaporation pan and-or tank,,,Evaporation pan and-or tank, -114,\Atmosphere\Trace gas\In situ\Faraday cup photochemistry,,,Faraday cup photochemistry, -115,\Atmosphere\Radioactivity\In situ\Filter sampling + alpha counting,,,Filter sampling + alpha counting, -116,\Atmosphere\Radioactivity\In situ\Filter sampling + gamma spectrometry,,,Filter sampling + gamma spectrometry, -119,\Atmosphere\Trace gas\In situ\Flame-ionization detector (FID),,,Flame-ionization detector (FID), -120,\Atmosphere\Trace gas\In situ\Flask sampling (analytical method unspecified),,,Flask sampling (analytical method unspecified), -121,\Atmosphere\Total atmospheric deposition\In situ\Flow injection analyzer (FIA),,,Flow injection analyzer (FIA), -123,\Atmosphere\Micrometeorology\In situ\Flux variance method,,,Flux variance method, -125,\Atmosphere\Micrometeorology\In situ\Gradient method,,,Gradient method, -127,\Atmosphere\Precipitation\In situ\Gravimetry [general],,,Gravimetry [general], -129,\Atmosphere\Total atmospheric deposition\In situ\High Performance Liquid Chromatography (HPLC),,,High Performance Liquid Chromatography (HPLC), -130,\Atmosphere\Wind\In situ\Hot wire anemometer,,,Hot wire anemometer, -132,\Atmosphere\Pressure\In situ\Hypsometer (water boiling point),,,Hypsometer (water boiling point), -133,\Atmosphere\Total atmospheric deposition\In situ\ICP-AES,,,ICP-AES, -134,\Atmosphere\Total atmospheric deposition\In situ\ICP-MS,,,ICP-MS, -135,\Atmosphere\Ozone\In situ\Indian Sonde,,,Indian Sonde, -136,\Atmosphere\Micrometeorology\In situ\Interferential method,,,Interferential method, -137,\Atmosphere\Total atmospheric deposition\In situ\Ion Chromatography (IC) [general],,,Ion Chromatography (IC) [general], -142,"Atmosphere, 'Remote-sensing, active', wind",,,Doppler wind lidar,"Light detection and ranging (lidar) with Doppler capability (direct and coherent mode), typically used for measurements of winds." -143,"Atmosphere, 'Remote-sensing, active', water vapor, aerosol, particle phase",,,Raman lidar,"Light detection and ranging (lidar) with Raman capability, typically used for measurements of aerosol particle phase and cloud measurements as well as water vapor and temperature." -144,\Atmosphere\Temperature\In situ\Liquid-in-glass thermometer (mercury-free),,,Liquid-in-glass thermometer (mercury-free), -146,\Atmosphere\Evaporation\In situ\Lysimeter,,,Lysimeter, -147,\Atmosphere\Micrometeorology\In situ\Mass balance method,,,Mass balance method, -149,\Atmosphere\Temperature\In situ\Mercury-in-glass thermometer,,,Mercury-in-glass thermometer, -150,\Atmosphere\Pressure\In situ\Microbarometer (dewar),,,Microbarometer (dewar), -151,"\Atmosphere\Radiation\Remote-sensing, passive\Microtops",,,Microtops, -152,"\Atmosphere\Humidity\Remote-sensing, passive\Microtops",,,Microtops, -153,"\Atmosphere\Ozone\Remote-sensing, passive\Microtops",,,Microtops, -154,"\Atmosphere\Temperature\Remote-sensing, passive\Microwave profiler",,,Microwave profiler, -155,"\Atmosphere\Humidity\Remote-sensing, passive\Microwave radiometry",,,Microwave radiometry, -156,"\Atmosphere\Ozone\Remote-sensing, passive\Microwave radiometry",,,Microwave radiometry, -157,\Atmosphere\Total atmospheric deposition\In situ\NILU_O_2,,,NILU_O_2, -158,\Atmosphere\Total atmospheric deposition\In situ\NILU_O_3,,,NILU_O_3, -166,\Atmosphere\Ozone\In situ\Ozone sonde (unspecified),,,Ozone sonde (unspecified), -167,\Atmosphere\Trace gas\In situ\Passive Samplers [general],,,Passive Samplers [general], -168,\Atmosphere\Total atmospheric deposition\In situ\Photoacoustic detection,,,Photoacoustic detection, -170,\Atmosphere\Precipitation\In situ\Pluviograph,,,Pluviograph, -171,\Atmosphere\Ozone\In situ\Potassium iodide (KI) method,,,Potassium iodide (KI) method, -172,\Atmosphere\Total atmospheric deposition\In situ\Potentiometry (ion-selective electrode),,,Potentiometry (ion-selective electrode), -173,\Atmosphere\Total atmospheric deposition\In situ\Potentiometry (pH meter),,,Potentiometry (pH meter), -174,\Atmosphere\Pressure\In situ\Pressure balance (piston),,,Pressure balance (piston), -175,\Atmosphere\Wind\In situ\Pressure plate (solid blade),,,Pressure plate (solid blade), -176,\Atmosphere\Wind\In situ\Pressure tube,,,Pressure tube, -177,\Atmosphere\Wind\In situ\Propeller anemometer,,,Propeller anemometer, -179,\Atmosphere\Temperature\In situ\Pyranometer (measurement of IR radiation),,,Pyranometer (measurement of IR radiation), -180,"\Atmosphere\Radiation\In situ\Pyrradiometer (total global, UV+IR)",,,"Pyrradiometer (total global, UV+IR)", -181,"\Atmosphere\Humidity\Remote-sensing, active\Radio acoustic sounding system (RASS)",,,Radio acoustic sounding system (RASS), -182,"\Atmosphere\Temperature\Remote-sensing, active\Radio acoustic sounding system (RASS)",,,Radio acoustic sounding system (RASS), -183,"\Atmosphere\Precipitation\Remote-sensing, active\Radio detection and ranging (Radar)",,,Radio detection and ranging (Radar), -184,"\Atmosphere\Wind\Remote-sensing, active\Radio detection and ranging (Radar) profiler",,,Radio detection and ranging (Radar) profiler, -185,\Atmosphere\Radioactivity\In situ\Radiochemical Methods [general],,,Radiochemical Methods [general], -186,\Atmosphere\Ozone\In situ\Regener Sonde (chemiluminescence),,,Regener Sonde (chemiluminescence), -188,"\Atmosphere\Temperature\In situ\Resistance thermometer, thermistor",,,"Resistance thermometer, thermistor", -189,"\Atmosphere\Ozone\Remote-sensing, passive\SAOZ (UV-vis diode array spectrometer)",,,SAOZ (UV-vis diode array spectrometer), -190,"\Atmosphere\Visual range\Remote-sensing, active\Scatterometer",,,Scatterometer, -191,\Atmosphere\Trace gas\In situ\Separation + manometric determination,,,Separation + manometric determination, -195,\Atmosphere\Temperature\In situ\Sonic thermometer,,,Sonic thermometer, -196,"\Atmosphere\Wind\Remote-sensing, active\Sound detection and ranging (Sodar) profiler",,,Sound detection and ranging (Sodar) profiler, -197,\Atmosphere\Radiation\In situ\Sunphotometry-Filter Radiometry,,,Sunphotometry-Filter Radiometry, -198,\Atmosphere\Radiation\In situ\Sunshine duration,,,Sunshine duration, -199,\Atmosphere\Micrometeorology\In situ\Surface chamber,,,Surface chamber, -201,"\Atmosphere\Temperature\In situ\Thermocouple, thermopile",,,"Thermocouple, thermopile", -204,\Atmosphere\Precipitation\In situ\Tipping bucket rain gauge (totalizer),,,Tipping bucket rain gauge (totalizer), -205,\Atmosphere\Trace gas\In situ\Titration,,,Titration, -207,"\Atmosphere\Visual range\Remote-sensing, active\Transmissometer",,,Transmissometer, -208,\Atmosphere\Dynamics\Numerical model\Transport modeling (model unspecified),,,Transport modeling (model unspecified), -209,\Atmosphere\Total atmospheric deposition\In situ\Turbidity measurement,,,Turbidity measurement, -210,"\Atmosphere\Ozone\Remote-sensing, passive\Umkehr method",,,Umkehr method, -211,\Atmosphere\Precipitation\In situ\Volumetric measurement,,,Volumetric measurement, -212,\Atmosphere\Precipitation\In situ\Weighing type rain gauge (totalizer),,,Weighing type rain gauge (totalizer), -213,\Atmosphere\Total atmospheric deposition\In situ\Wet Chemical Methods [general],,,Wet Chemical Methods [general], -214,\Atmosphere\Wind\In situ\Wind sock (textile tube),,,Wind sock (textile tube), -215,\Atmosphere\Wind\In situ\Wind vane (solid blade),,,Wind vane (solid blade), -217,\Atmosphere\Aerosol\In situ\Composition\Aerodyne mass spectrometer (AMS),,,Aerodyne mass spectrometer (AMS), -218,\Atmosphere\Aerosol\In situ\Composition\EUSAAR protocol,,,EUSAAR protocol, -219,"\Atmosphere\Aerosol\In situ\Composition\Filter + beta attenuation (betameter, beta gauge)",,,"Filter + beta attenuation (betameter, beta gauge)", -220,\Atmosphere\Aerosol\In situ\Optical properties\Filter + light attenuation (aethalometer),,,Filter + light attenuation (aethalometer), -221,\Atmosphere\Aerosol\In situ\Composition\Mass Spectrometry (MS) [general],,,Mass Spectrometry (MS) [general], -222,\Atmosphere\Aerosol\In situ\Composition\Monitor for AeRosols and GAses (MARGA),,,Monitor for AeRosols and GAses (MARGA), -223,\Atmosphere\Aerosol\In situ\Composition\Particle induced x-ray emission (PIXE),,,Particle induced x-ray emission (PIXE), -224,\Atmosphere\Aerosol\In situ\Optical properties\Particle soot absorption photometry (PSAP),,,Particle soot absorption photometry (PSAP), -225,\Atmosphere\Aerosol\In situ\Composition\Thermo-optical analyzer (Sunset Labs),,,Thermo-optical analyzer (Sunset Labs), -226,\Atmosphere\Aerosol\In situ\Composition\X-ray fluorescence (XRF),,,X-ray fluorescence (XRF), -227,\Atmosphere\Aerosol\In situ\Optical properties\Aerodynamic particle sizing spectrometer (APS),,,Aerodynamic particle sizing spectrometer (APS), -228,\Atmosphere\Aerosol\In situ\Optical properties\Aerosol backscatter sonde,,,Aerosol backscatter sonde, -229,\Atmosphere\Aerosol\In situ\Optical properties\Light scattering,,,Light scattering, -230,"\Atmosphere\Aerosol\In situ\Optical properties\Nephelometry, integrating",,,"Nephelometry, integrating", -231,\Atmosphere\Aerosol\In situ\Physical properties\Cloud condensation nuclei (CCN) counter,,,Cloud condensation nuclei (CCN) counter, -232,\Atmosphere\Aerosol\In situ\Physical properties\Condensation particle counter (CPC),,,Condensation particle counter (CPC), -233,\Atmosphere\Aerosol\In situ\Physical properties\Continuous gravimetry,,,Continuous gravimetry, -234,"\Atmosphere\Aerosol\In situ\Physical properties\Differential mobility particle sizer (DMA, DMPS)",,,"Differential mobility particle sizer (DMA, DMPS)", -235,\Atmosphere\Aerosol\In situ\Physical properties\Diffusion battery,,,Diffusion battery, -236,\Atmosphere\Aerosol\In situ\Physical properties\Electric mobility [general],,,Electric mobility [general], -237,\Atmosphere\Aerosol\In situ\Physical properties\Electrostatic classifier,,,Electrostatic classifier, -238,\Atmosphere\Aerosol\In situ\Physical properties\Multiangle absorption photometry (MAAP),,,Multiangle absorption photometry (MAAP), -239,\Atmosphere\Aerosol\In situ\Physical properties\Multistage impactor,,,Multistage impactor, -240,\Atmosphere\Aerosol\In situ\Physical properties\Optical particle counter (OPC),,,Optical particle counter (OPC), -241,\Atmosphere\Aerosol\In situ\Physical properties\Scanning mobility particle sizer (SMPS),,,Scanning mobility particle sizer (SMPS), -242,\Atmosphere\Aerosol\In situ\Physical properties\Twomey static thermal diffusion chamber,,,Twomey static thermal diffusion chamber, -244,"\Atmosphere\Aerosol\Remote-sensing, passive\Optical properties\Sun-tracking photometry",,,Sun-tracking photometry, -245,"\Atmosphere\Clouds\Remote-sensing, active\Laser-based methods\Ceilometer",,,Ceilometer, -246,\Atmosphere\Dynamics\Numerical model\Dispersion\Flexpart (dispersion modeling),,,Flexpart (dispersion modeling), -247,\Atmosphere\Dynamics\Numerical model\Trajectories\Flextra (trajectory modeling),,,Flextra (trajectory modeling), -248,\Atmosphere\Dynamics\Numerical model\Trajectories\Hysplit (trajectory modeling),,,Hysplit (trajectory modeling), -249,\Atmosphere\Dynamics\Numerical model\Trajectories\Lagranto (trajectory modeling),,,Lagranto (trajectory modeling), -250,\Atmosphere\Humidity\In situ\Capacitive method\Thin film capacitance,,,Thin film capacitance, -251,\Atmosphere\Humidity\In situ\Dewpoint determination\Chilled mirror,,,Chilled mirror, -252,\Atmosphere\Humidity\In situ\Dewpoint determination\Lithium chloride (LiCl),,,Lithium chloride (LiCl), -253,\Atmosphere\Humidity\In situ\Hygrometer\Hair hygrometer-hygrograph,,,Hair hygrometer-hygrograph, -254,\Atmosphere\Humidity\In situ\Hygrometer\Hygrometer [general],,,Hygrometer [general], -255,\Atmosphere\Humidity\In situ\Hygrometer\IR absorption hygrometer,,,IR absorption hygrometer, -256,\Atmosphere\Humidity\In situ\Hygrometer\Optical hygrometer,,,Optical hygrometer, -257,\Atmosphere\Humidity\In situ\Hygrometer\UV fluorescence-based hygrometer (Lyman-α),,,UV fluorescence-based hygrometer (Lyman-α),Detection of UV fluorescence signal emitted by the excited OH radical produced from H2O after dissociation using UV light. -258,\Atmosphere\Humidity\In situ\Psychrometer\Electrical aspiration (Frankenberger type),,,Electrical aspiration (Frankenberger type), -259,\Atmosphere\Humidity\In situ\Psychrometer\Mechanical aspiration,,,Mechanical aspiration, -263,\Atmosphere\Radiation\In situ\Direct solar\Bimetallic actinograph,,,Bimetallic actinograph, -264,"\Atmosphere\Radiation\In situ\Direct solar\Pyrheliometer (direct solar, broadband)",,,"Pyrheliometer (direct solar, broadband)", -265,"\Atmosphere\Radiation\In situ\Longwave\Pyrgeometer (global, infrared)",,,"Pyrgeometer (global, infrared)", -266,"\Atmosphere\Radiation\In situ\Shortwave\Pyranometer (global solar, broadband)",,,"Pyranometer (global solar, broadband)", -267,\Atmosphere\Radiation\In situ\Shortwave\Spectral pyranometer,,,Spectral pyranometer, -268,\Atmosphere\Radiation\In situ\Shortwave\UV-vis spectrometry-radiometry,,,UV-vis spectrometry-radiometry, -270,\Atmosphere\Total atmospheric deposition\In situ\Chemiluminescence\Tetrachloromercurate (TCM) absorption - CL,,,Tetrachloromercurate (TCM) absorption - CL, -271,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (ANSA),,,Colorimetry (ANSA), -272,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (Griess),,,Colorimetry (Griess), -273,"\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (indophenol, Bertholet)",,,"Colorimetry (indophenol, Bertholet)", -274,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (mercury thiocyanate+iron alum),,,Colorimetry (mercury thiocyanate+iron alum), -275,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (NEDA),,,Colorimetry (NEDA), -276,"\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (Nessler, K2HgI4)",,,"Colorimetry (Nessler, K2HgI4)", -277,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (sodium salicylate method for nitrate),,,Colorimetry (sodium salicylate method for nitrate), -278,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry [general],,,Colorimetry [general], -279,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods\Filter sampling (analytical method unspecified),,,Filter sampling (analytical method unspecified), -280,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods\Adsorption tube (charcoal) + elution + GC,,,Adsorption tube (charcoal) + elution + GC, -281,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods\Filter sampling + combustion + IC,,,Filter sampling + combustion + IC, -282,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods\Filter sampling + combustion + other,,,Filter sampling + combustion + other, -283,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods\Filter sampling + extraction + IC,,,Filter sampling + extraction + IC, -284,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods\Filter sampling + extraction + other,,,Filter sampling + extraction + other, -285,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods\Filter sampling + gravimetry,,,Filter sampling + gravimetry, -286,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods\Impregnated filter,,,Impregnated filter, -287,\Atmosphere\Trace gas\In situ\Chemiluminescence\Catalytic conversion 'Au' - CL,,,Catalytic conversion 'Au' - CL, -288,\Atmosphere\Trace gas\In situ\Chemiluminescence\Catalytic conversion 'Fe' - CL,,,Catalytic conversion 'Fe' - CL, -289,\Atmosphere\Trace gas\In situ\Chemiluminescence\Catalytic conversion 'Mb' - CL,,,Catalytic conversion 'Mb' - CL, -290,\Atmosphere\Trace gas\In situ\Chemiluminescence\Chemiluminescence (CL) [general],,,Chemiluminescence (CL) [general], -291,\Atmosphere\Trace gas\In situ\Chemiluminescence\Photolytic conversion - CL,,,Photolytic conversion - CL, -292,\Atmosphere\Trace gas\In situ\Ion Chromatography (IC)\Monitor for AeRosols and GAses (MARGA) Metrohm,,,Monitor for AeRosols and GAses (MARGA) Metrohm, -293,\Atmosphere\Trace gas\In situ\Filter-based methods\Filter sampling + photo multiplier tube (PMT),,,Filter sampling + photo multiplier tube (PMT), -294,\Atmosphere\Trace gas\In situ\Fluorescence\Fluorescence [general],,,Fluorescence [general], -295,\Atmosphere\Trace gas\In situ\Fluorescence\UV fluorescence,,,UV fluorescence, -296,\Atmosphere\Trace gas\In situ\Fluorescence\Vacuum UV fluorescence,,,Vacuum UV fluorescence, -297,\Atmosphere\Trace gas\In situ\Gas chromatography\Gas Chromatography (GC) [general],,,Gas Chromatography (GC) [general], -298,\Atmosphere\Trace gas\In situ\Gas chromatography\GC-ECD,,,GC-ECD, -299,\Atmosphere\Trace gas\In situ\Gas chromatography\GC-ECD-FID,,,GC-ECD-FID, -300,\Atmosphere\Trace gas\In situ\Gas chromatography\GC-ECD-MS,,,GC-ECD-MS, -301,\Atmosphere\Trace gas\In situ\Gas chromatography\GC-FID,,,GC-FID, -302,\Atmosphere\Trace gas\In situ\Gas chromatography\GC-HgO reduction-UV absorption,,,GC-HgO reduction-UV absorption, -303,\Atmosphere\Trace gas\In situ\Gas chromatography\GC-MS,,,GC-MS, -304,\Atmosphere\Trace gas\In situ\Ion Chromatography (IC)\H2O2 conversion - IC,,,H2O2 conversion - IC, -305,\Atmosphere\Trace gas\In situ\Laser-based methods\Cavity ring-down spectroscopy (CRDS),,,Cavity ring-down spectroscopy (CRDS), -306,\Atmosphere\Trace gas\In situ\Laser-based methods\Cavity-enhanced absorption spectroscopy (CEAS),,,Cavity-enhanced absorption spectroscopy (CEAS), -307,\Atmosphere\Trace gas\In situ\Laser-based methods\Integrated cavity output spectroscopy (ICOS),,,Integrated cavity output spectroscopy (ICOS), -308,\Atmosphere\Trace gas\In situ\Laser-based methods\Laser induced fluorescence (LIF),,,Laser induced fluorescence (LIF), -309,\Atmosphere\Trace gas\In situ\Laser-based methods\Laser photoacoustic spectroscopy (LPAS),,,Laser photoacoustic spectroscopy (LPAS), -310,\Atmosphere\Trace gas\In situ\Laser-based methods\Laser spectroscopy [general],,,Laser spectroscopy [general], -311,\Atmosphere\Trace gas\In situ\Laser-based methods\Quantum cascade laser (QCL) spectroscopy,,,Quantum cascade laser (QCL) spectroscopy, -312,\Atmosphere\Trace gas\In situ\Mass spectrometry\Chemical ionization MS (CIMS) with matrix isolation,,,Chemical ionization MS (CIMS) with matrix isolation, -313,\Atmosphere\Trace gas\In situ\Mass spectrometry\Proton transfer reaction mass spectrometry (PTR-MS),,,Proton transfer reaction mass spectrometry (PTR-MS), -314,\Atmosphere\Trace gas\In situ\Optical spectrometry\IR spectrometry-radiometry [general],,,IR spectrometry-radiometry [general], -315,\Atmosphere\Trace gas\In situ\Optical spectrometry\Light absorption photometry,,,Light absorption photometry, -316,\Atmosphere\Trace gas\In situ\Optical spectrometry\Long path absorption photometry (LOPAP),,,Long path absorption photometry (LOPAP), -317,\Atmosphere\Trace gas\In situ\Optical spectrometry\Non-dispersive IR (NDIR) absorption,,,Non-dispersive IR (NDIR) absorption, -318,\Atmosphere\Trace gas\In situ\Optical spectrometry\Non-dispersive UV (NDUV),,,Non-dispersive UV (NDUV), -319,\Atmosphere\Trace gas\In situ\Optical spectrometry\UV absorption spectrometry-radiometry,,,UV absorption spectrometry-radiometry, -320,"Atmosphere, 'Remote-sensing, active', greenhouse gas",,,Integrated path differential absorption (IPDA) lidar,"Light detection and ranging (lidar) with integrated path differential absorption (IPDA) capability, typically used for column measurements of CH4 and CO2." -321,"\Atmosphere\Trace gas\Remote-sensing, active\Optical spectrometry\Differential optical absorption (DOAS)",,,Differential optical absorption (DOAS), -322,"\Atmosphere\Trace gas\Remote-sensing, passive\Optical spectrometry\Fourier-transform IR spectroscopy (FTIR)",,,Fourier-transform IR spectroscopy (FTIR), -323,"\Atmosphere\Trace gas\Remote-sensing, passive\Optical spectrometry\TCCON Fourier-transform IR spectroscopy (TCCON-FTIR)",,,TCCON Fourier-transform IR spectroscopy (TCCON-FTIR), -327,\Atmosphere\Radiosonde with NAVAID,,,Radiosonde with NAVAID, -328,\Atmosphere\Radiosonde with radar tracking,,,Radiosonde with radar tracking, -329,\Atmosphere\Radiosonde with radiotheodolite tracking,,,Radiosonde with radiotheodolite tracking, -330,\Atmosphere\Radiosonde with composite method tracking,,,Radiosonde with composite method tracking, -331,\Atmosphere\Wind\Radiosonde (tracking unspecified),,,Radiosonde (tracking unspecified), -332,\Atmosphere\Wind\Pilot balloon with optical tracking),,,Pilot balloon with optical tracking), -335,"Atmosphere, 'Remote-sensing, active', ozone, water vapor",,,Differential absorption lidar (DIAL),"Light detection and ranging (lidar) with differential absorption lidar (DIAL) capability, typically used for trace gas measurements, most notably ozone and water vapor. This technique can be extended to molecules which have suitably defined differential absorption characteristics." -336,"\Atmosphere\Trace gas\Remote-sensing, passive\Microwave radiometry",,,Microwave radiometry, -338,\Atmosphere\Humidity\In situ\Laser-based\Tunable diode lase spectroscopy (TDLS),,,Tunable diode lase spectroscopy (TDLS),Tunable diode lase spectroscopy (TDLS) -339,"\Atmosphere\Ozone\Remote-sensing, passive\UV spectroradiometry",,,UV spectroradiometry, -340,\Atmosphere\Humidity\In situ\Psychrometer\Wet-bulb thermometer,,,Wet-bulb thermometer,"A thermometer having a bulb that is kept moistened when humidity determinations are being made with a psychrometer. The wet-bulb temperature is the temperature a parcel of air would have if it were cooled to saturation (100% relative humidity) by the evaporation of water into it, with the latent heat being supplied by the parcel." -341,"Atmosphere, 'Remote-sensing, active', cloud, aerosol, particle phase, altimetry, Ocean, mixed-layer height",,,Backscatter lidar,"Elastic backscatter light detection and ranging (lidar) typically used for measurements of cloud and aerosol particle phase optical properties (e.g., extinction and backscatter coefficient), altimetry, ocean optical properties, and mixed layer height." -342,"Atmosphere, 'Remote-sensing, active', cloud, aerosol, particle phase, mixed-layer height, Ocean",,,High spectral resolution (HSR) lidar,"Light detection and ranging (lidar) with high spectral resolution capability, typically used for measurements of cloud and aerosol particle phase properties, ocean properties, and mixed layer height." -343,"Atmosphere, 'Remote-sensing, active', aerosol, particle phase, particle shape",,,Polarized lidar,"Light detection and ranging (lidar) capable of determining the linear or circular depolarization ratio, typically used to discriminate spherical and non-spherical particles." -343,"atmosphere,precipitation,in situ",,,Fog collection,Collection of fog using a mesh or similar capturing device and subsequent determination of the equivalent volume or mass of water. -344,"Atmosphere, trace gases, greenhouse gas, in situ, \Atmosphere\Trace gas\In situ\Gas chromatography\GC-CVAFS",,,GC-CVAFS,Gas chromatography and detection by cold vapour atomic fluorescence spectrometry. -345,"Atmosphere, trace gases, greenhouse gas, in situ, \Atmosphere\Trace gas\In situ\Gas chromatography\GC-TCD",,,GC-TCD,Gas chromatography and detection by a thermal conductivity detector. -346,"Atmosphere, trace gases, in situ, \Atmosphere\Trace gas\In situ\Electrostatic collection + alpha counting",,,Electrostatic collection + alpha counting,Alpha counting after electrostatic collection of measurand. -347,"Atmosphere, trace gases, in situ, \Atmosphere\Trace gas\In situ\Laser-based methods\Tunable Infrared Laser Differential Absorption Spectroscopy (TILDAS)",,,Tunable Infrared Laser Differential Absorption Spectroscopy (TILDAS),Tunable Infrared Laser Differential Absorption Spectroscopy (TILDAS). -348,"Atmosphere, trace gases, in situ, \Atmosphere\Trace gas\In situ\Radionuclide decay counting [general]",,,Radionuclide decay counting [general],Determination of the counts measured per unit time as a result of radionuclide decay. -349,"Atmosphere, trace gases, in situ, \Atmosphere\Trace gas\In situ\Optical spectrometry\IR-GFC",,,IR-GFC,"Infrared absorption measurement based on the gas-filter correlation technique, a specifique variant of NDIR." -inapplicable,,,,inapplicable,None of the codes in the table are applicable in the context of this particular observation. -unknown,,,,unknown,The measurement/observing method is unknown. \ No newline at end of file +notation,path,domains,tags,name,description +24,\Atmosphere\Clouds,,,Human observation, +58,"\Atmosphere\Ozone\Remote-sensing, passive",,,(Optical) filter Instrument, +59,\Atmosphere\Precipitation\In situ,,,(Ruler for) rain gauge, +60,\Atmosphere\Wind\In situ,,,(Ultra)sonic anemometer, +62,\Atmosphere\Radioactivity\In situ,,,Adsorption - scintillation counting, +63,\Atmosphere\Wind\In situ,,,Aerovane (wind vane with propeller), +64,\Atmosphere\Radioactivity\In situ,,,Alpha counting, +65,\Atmosphere\Wind\In situ,,,Anemometer [general], +66,\Atmosphere\Pressure\In situ,,,Aneroid barometer (evacuated capsule), +67,\Atmosphere\Total atmospheric deposition\In situ,,,Anion exchange membrane (AEM), +68,\Atmosphere\Evaporation\In situ,,,Atmometer, +69,"\Atmosphere\Humidity\Remote-sensing, passive",,,"Atmospherics (""sferics"") detection", +70,\Atmosphere\Total atmospheric deposition\In situ,,,Atomic absorption spectrophotometry (AAS), +71,\Atmosphere\Total atmospheric deposition\In situ,,,Atomic emission spectrophotometry (AES), +72,\Atmosphere\Radiation\In situ,,,BSRN compliant instrument, +73,\Atmosphere\Pressure\In situ,,,"Barometer, mercury column", +74,\Atmosphere\Pressure\In situ,,,"Barometer, mercury-free column", +75,\Atmosphere\Radioactivity\In situ,,,Beta counting, +76,\Atmosphere\Temperature\In situ,,,Bimetal thermometer, +77,\Atmosphere\Micrometeorology\In situ,,,Bowen-ratio method, +78,"\Atmosphere\Ozone\Remote-sensing, passive",,,Brewer, +79,\Atmosphere\Ozone\In situ,,,Brewer-GDR, +80,\Atmosphere\Ozone\In situ,,,Brewer-Mast Sonde, +82,\Atmosphere\Precipitation\In situ,,,Capacitive rain sensor, +83,\Atmosphere\Total atmospheric deposition\In situ,,,Capillary electrophoresis (CE), +84,\Atmosphere\Ozone\In situ,,,Carbon-Iodine Sonde (KC Sonde), +87,\Atmosphere\Total atmospheric deposition\In situ,,,Colorimetric titration (Gran method), +88,\Atmosphere\Total atmospheric deposition\In situ,,,Colorimetric titration [general], +90,\Atmosphere\Total atmospheric deposition\In situ,,,Colorimetry (Saltzman), +91,\Atmosphere\Total atmospheric deposition\In situ,,,Colorimetry (thorin), +94,\Atmosphere\Trace gas\In situ,,,Conductometry, +95,\Atmosphere\Wind\In situ,,,Cup anemometer, +96,\Atmosphere\Wind\In situ,,,Cup anemometer (3 or 4 cups), +97,\Atmosphere\Micrometeorology\In situ,,,Cuvette, +98,\Atmosphere\Total atmospheric deposition\In situ,,,Denuder, +99,\Atmosphere\Trace gas\In situ,,,Denuder, +102,\Atmosphere\Precipitation\In situ,,,Disdrometer (drop spectrographs), +103,\Atmosphere\Micrometeorology\In situ,,,Disjunct eddy covariance method, +105,\Atmosphere\Micrometeorology\In situ,,,Dissipation method, +106,"\Atmosphere\Ozone\Remote-sensing, passive",,,Dobson, +107,\Atmosphere\Ozone\In situ,,,ECC Sonde, +108,\Atmosphere\Micrometeorology\In situ,,,Eddy accumulation method, +109,\Atmosphere\Micrometeorology\In situ,,,Eddy covariance method, +110,\Atmosphere\Total atmospheric deposition\In situ,,,Electric conductivity (EC meter), +111,\Atmosphere\Pressure\In situ,,,Electronic pressure transducer (silicon diaphragm), +112,\Atmosphere\Wind\In situ,,,Estimation from visual observation, +113,\Atmosphere\Evaporation\In situ,,,Evaporation pan and-or tank, +114,\Atmosphere\Trace gas\In situ,,,Faraday cup photochemistry, +115,\Atmosphere\Radioactivity\In situ,,,Filter sampling + alpha counting, +116,\Atmosphere\Radioactivity\In situ,,,Filter sampling + gamma spectrometry, +119,\Atmosphere\Trace gas\In situ,,,Flame-ionization detector (FID), +120,\Atmosphere\Trace gas\In situ,,,Flask sampling (analytical method unspecified), +121,\Atmosphere\Total atmospheric deposition\In situ,,,Flow injection analyzer (FIA), +123,\Atmosphere\Micrometeorology\In situ,,,Flux variance method, +125,\Atmosphere\Micrometeorology\In situ,,,Gradient method, +127,\Atmosphere\Precipitation\In situ,,,Gravimetry [general], +129,\Atmosphere\Total atmospheric deposition\In situ,,,High Performance Liquid Chromatography (HPLC), +130,\Atmosphere\Wind\In situ,,,Hot wire anemometer, +132,\Atmosphere\Pressure\In situ,,,Hypsometer (water boiling point), +133,\Atmosphere\Total atmospheric deposition\In situ,,,ICP-AES, +134,\Atmosphere\Total atmospheric deposition\In situ,,,ICP-MS, +135,\Atmosphere\Ozone\In situ,,,Indian Sonde, +136,\Atmosphere\Micrometeorology\In situ,,,Interferential method, +137,\Atmosphere\Total atmospheric deposition\In situ,,,Ion Chromatography (IC) [general], +142,"\Atmosphere\Wind\Remote-sensing, active",,,Doppler wind lidar,"Light detection and ranging (lidar) with Doppler capability (direct and coherent mode), typically used for measurements of winds." +143,"\Atmosphere\Aerosol\Remote-sensing, active ",,"water vapor, particle phase",Raman lidar,"Light detection and ranging (lidar) with Raman capability, typically used for measurements of aerosol particle phase and cloud measurements as well as water vapor and temperature." +144,\Atmosphere\Temperature\In situ,,,Liquid-in-glass thermometer (mercury-free), +146,\Atmosphere\Evaporation\In situ,,,Lysimeter, +147,\Atmosphere\Micrometeorology\In situ,,,Mass balance method, +149,\Atmosphere\Temperature\In situ,,,Mercury-in-glass thermometer, +150,\Atmosphere\Pressure\In situ,,,Microbarometer (dewar), +151,"\Atmosphere\Radiation\Remote-sensing, passive",,,Microtops, +152,"\Atmosphere\Humidity\Remote-sensing, passive",,,Microtops, +153,"\Atmosphere\Ozone\Remote-sensing, passive",,,Microtops, +154,"\Atmosphere\Temperature\Remote-sensing, passive",,,Microwave profiler, +155,"\Atmosphere\Humidity\Remote-sensing, passive",,,Microwave radiometry, +156,"\Atmosphere\Ozone\Remote-sensing, passive",,,Microwave radiometry, +157,\Atmosphere\Total atmospheric deposition\In situ,,,NILU_O_2, +158,\Atmosphere\Total atmospheric deposition\In situ,,,NILU_O_3, +166,\Atmosphere\Ozone\In situ,,,Ozone sonde (unspecified), +167,\Atmosphere\Trace gas\In situ,,,Passive Samplers [general], +168,\Atmosphere\Total atmospheric deposition\In situ,,,Photoacoustic detection, +170,\Atmosphere\Precipitation\In situ,,,Pluviograph, +171,\Atmosphere\Ozone\In situ,,,Potassium iodide (KI) method, +172,\Atmosphere\Total atmospheric deposition\In situ,,,Potentiometry (ion-selective electrode), +173,\Atmosphere\Total atmospheric deposition\In situ,,,Potentiometry (pH meter), +174,\Atmosphere\Pressure\In situ,,,Pressure balance (piston), +175,\Atmosphere\Wind\In situ,,,Pressure plate (solid blade), +176,\Atmosphere\Wind\In situ,,,Pressure tube, +177,\Atmosphere\Wind\In situ,,,Propeller anemometer, +179,\Atmosphere\Temperature\In situ,,,Pyranometer (measurement of IR radiation), +180,\Atmosphere\Radiation\In situ,,,"Pyrradiometer (total global, UV+IR)", +181,"\Atmosphere\Humidity\Remote-sensing, active",,,Radio acoustic sounding system (RASS), +182,"\Atmosphere\Temperature\Remote-sensing, active",,,Radio acoustic sounding system (RASS), +183,"\Atmosphere\Precipitation\Remote-sensing, active",,,Radio detection and ranging (Radar), +184,"\Atmosphere\Wind\Remote-sensing, active",,,Radio detection and ranging (Radar) profiler, +185,\Atmosphere\Radioactivity\In situ,,,Radiochemical Methods [general], +186,\Atmosphere\Ozone\In situ,,,Regener Sonde (chemiluminescence), +188,\Atmosphere\Temperature\In situ,,,"Resistance thermometer, thermistor", +189,"\Atmosphere\Ozone\Remote-sensing, passive",,,SAOZ (UV-vis diode array spectrometer), +190,"\Atmosphere\Visual range\Remote-sensing, active",,,Scatterometer, +191,\Atmosphere\Trace gas\In situ,,,Separation + manometric determination, +195,\Atmosphere\Temperature\In situ,,,Sonic thermometer, +196,"\Atmosphere\Wind\Remote-sensing, active",,,Sound detection and ranging (Sodar) profiler, +197,\Atmosphere\Radiation\In situ,,,Sunphotometry-Filter Radiometry, +198,\Atmosphere\Radiation\In situ,,,Sunshine duration, +199,\Atmosphere\Micrometeorology\In situ,,,Surface chamber, +201,\Atmosphere\Temperature\In situ,,,"Thermocouple, thermopile", +204,\Atmosphere\Precipitation\In situ,,,Tipping bucket rain gauge (totalizer), +205,\Atmosphere\Trace gas\In situ,,,Titration, +207,"\Atmosphere\Visual range\Remote-sensing, active",,,Transmissometer, +208,\Atmosphere\Dynamics\Numerical model,,,Transport modeling (model unspecified), +209,\Atmosphere\Total atmospheric deposition\In situ,,,Turbidity measurement, +210,"\Atmosphere\Ozone\Remote-sensing, passive",,,Umkehr method, +211,\Atmosphere\Precipitation\In situ,,,Volumetric measurement, +212,\Atmosphere\Precipitation\In situ,,,Weighing type rain gauge (totalizer), +213,\Atmosphere\Total atmospheric deposition\In situ,,,Wet Chemical Methods [general], +214,\Atmosphere\Wind\In situ,,,Wind sock (textile tube), +215,\Atmosphere\Wind\In situ,,,Wind vane (solid blade), +217,\Atmosphere\Aerosol\In situ\Composition,,,Aerodyne mass spectrometer (AMS), +218,\Atmosphere\Aerosol\In situ\Composition,,,EUSAAR protocol, +219,\Atmosphere\Aerosol\In situ\Composition,,,"Filter + beta attenuation (betameter, beta gauge)", +220,\Atmosphere\Aerosol\In situ\Optical properties,,,Filter + light attenuation (aethalometer), +221,\Atmosphere\Aerosol\In situ\Composition,,,Mass Spectrometry (MS) [general], +222,\Atmosphere\Aerosol\In situ\Composition,,,Monitor for AeRosols and GAses (MARGA), +223,\Atmosphere\Aerosol\In situ\Composition,,,Particle induced x-ray emission (PIXE), +224,\Atmosphere\Aerosol\In situ\Optical properties,,,Particle soot absorption photometry (PSAP), +225,\Atmosphere\Aerosol\In situ\Composition,,,Thermo-optical analyzer (Sunset Labs), +226,\Atmosphere\Aerosol\In situ\Composition,,,X-ray fluorescence (XRF), +227,\Atmosphere\Aerosol\In situ\Optical properties,,,Aerodynamic particle sizing spectrometer (APS), +228,\Atmosphere\Aerosol\In situ\Optical properties,,,Aerosol backscatter sonde, +229,\Atmosphere\Aerosol\In situ\Optical properties,,,Light scattering, +230,\Atmosphere\Aerosol\In situ\Optical properties,,,"Nephelometry, integrating", +231,\Atmosphere\Aerosol\In situ\Physical properties,,,Cloud condensation nuclei (CCN) counter, +232,\Atmosphere\Aerosol\In situ\Physical properties,,,Condensation particle counter (CPC), +233,\Atmosphere\Aerosol\In situ\Physical properties,,,Continuous gravimetry, +234,\Atmosphere\Aerosol\In situ\Physical properties,,,"Differential mobility particle sizer (DMA, DMPS)", +235,\Atmosphere\Aerosol\In situ\Physical properties,,,Diffusion battery, +236,\Atmosphere\Aerosol\In situ\Physical properties,,,Electric mobility [general], +237,\Atmosphere\Aerosol\In situ\Physical properties,,,Electrostatic classifier, +238,\Atmosphere\Aerosol\In situ\Physical properties,,,Multiangle absorption photometry (MAAP), +239,\Atmosphere\Aerosol\In situ\Physical properties,,,Multistage impactor, +240,\Atmosphere\Aerosol\In situ\Physical properties,,,Optical particle counter (OPC), +241,\Atmosphere\Aerosol\In situ\Physical properties,,,Scanning mobility particle sizer (SMPS), +242,\Atmosphere\Aerosol\In situ\Physical properties,,,Twomey static thermal diffusion chamber, +244,"\Atmosphere\Aerosol\Remote-sensing, passive\Optical properties",,,Sun-tracking photometry, +245,"\Atmosphere\Clouds\Remote-sensing, active\Laser-based methods",,,Ceilometer, +246,\Atmosphere\Dynamics\Numerical model\Dispersion,,,Flexpart (dispersion modeling), +247,\Atmosphere\Dynamics\Numerical model\Trajectories,,,Flextra (trajectory modeling), +248,\Atmosphere\Dynamics\Numerical model\Trajectories,,,Hysplit (trajectory modeling), +249,\Atmosphere\Dynamics\Numerical model\Trajectories,,,Lagranto (trajectory modeling), +250,\Atmosphere\Humidity\In situ\Capacitive method,,,Thin film capacitance, +251,\Atmosphere\Humidity\In situ\Dewpoint determination,,,Chilled mirror, +252,\Atmosphere\Humidity\In situ\Dewpoint determination,,,Lithium chloride (LiCl), +253,\Atmosphere\Humidity\In situ\Hygrometer,,,Hair hygrometer-hygrograph, +254,\Atmosphere\Humidity\In situ\Hygrometer,,,Hygrometer [general], +255,\Atmosphere\Humidity\In situ\Hygrometer,,,IR absorption hygrometer, +256,\Atmosphere\Humidity\In situ\Hygrometer,,,Optical hygrometer, +257,\Atmosphere\Humidity\In situ\Hygrometer,,,UV fluorescence-based hygrometer (Lyman-α),Detection of UV fluorescence signal emitted by the excited OH radical produced from H2O after dissociation using UV light. +258,\Atmosphere\Humidity\In situ\Psychrometer,,,Electrical aspiration (Frankenberger type), +259,\Atmosphere\Humidity\In situ\Psychrometer,,,Mechanical aspiration, +263,\Atmosphere\Radiation\In situ\Direct solar,,,Bimetallic actinograph, +264,\Atmosphere\Radiation\In situ\Direct solar,,,"Pyrheliometer (direct solar, broadband)", +265,\Atmosphere\Radiation\In situ\Longwave,,,"Pyrgeometer (global, infrared)", +266,\Atmosphere\Radiation\In situ\Shortwave,,,"Pyranometer (global solar, broadband)", +267,\Atmosphere\Radiation\In situ\Shortwave,,,Spectral pyranometer, +268,\Atmosphere\Radiation\In situ\Shortwave,,,UV-vis spectrometry-radiometry, +270,\Atmosphere\Total atmospheric deposition\In situ,,,Tetrachloromercurate (TCM) absorption - CL, +271,\Atmosphere\Total atmospheric deposition\In situ,,,Colorimetry (ANSA), +272,\Atmosphere\Total atmospheric deposition\In situ,,,Colorimetry (Griess), +273,\Atmosphere\Total atmospheric deposition\In situ,,,"Colorimetry (indophenol, Bertholet)", +274,\Atmosphere\Total atmospheric deposition\In situ,,,Colorimetry (mercury thiocyanate+iron alum), +275,\Atmosphere\Total atmospheric deposition\In situ,,,Colorimetry (NEDA), +276,\Atmosphere\Total atmospheric deposition\In situ,,,"Colorimetry (Nessler, K2HgI4)", +277,\Atmosphere\Total atmospheric deposition\In situ,,,Colorimetry (sodium salicylate method for nitrate), +278,\Atmosphere\Total atmospheric deposition\In situ,,,Colorimetry [general], +279,\Atmosphere\Total atmospheric deposition\In situ,,,Filter sampling (analytical method unspecified), +280,\Atmosphere\Total atmospheric deposition\In situ,,,Adsorption tube (charcoal) + elution + GC, +281,\Atmosphere\Total atmospheric deposition\In situ,,,Filter sampling + combustion + IC, +282,\Atmosphere\Total atmospheric deposition\In situ,,,Filter sampling + combustion + other, +283,\Atmosphere\Total atmospheric deposition\In situ,,,Filter sampling + extraction + IC, +284,\Atmosphere\Total atmospheric deposition\In situ,,,Filter sampling + extraction + other, +285,\Atmosphere\Total atmospheric deposition\In situ,,,Filter sampling + gravimetry, +286,\Atmosphere\Total atmospheric deposition\In situ,,,Impregnated filter, +287,\Atmosphere\Trace gas\In situ\Chemiluminescence,,,Catalytic conversion 'Au' - CL, +288,\Atmosphere\Trace gas\In situ\Chemiluminescence,,,Catalytic conversion 'Fe' - CL, +289,\Atmosphere\Trace gas\In situ\Chemiluminescence,,,Catalytic conversion 'Mb' - CL, +290,\Atmosphere\Trace gas\In situ\Chemiluminescence,,,Chemiluminescence (CL) [general], +291,\Atmosphere\Trace gas\In situ\Chemiluminescence,,,Photolytic conversion - CL, +292,\Atmosphere\Trace gas\In situ\Ion Chromatography (IC),,,Monitor for AeRosols and GAses (MARGA) Metrohm, +293,\Atmosphere\Trace gas\In situ,,,Filter sampling + photo multiplier tube (PMT), +294,\Atmosphere\Trace gas\In situ\Fluorescence,,,Fluorescence [general], +295,\Atmosphere\Trace gas\In situ\Fluorescence,,,UV fluorescence, +296,\Atmosphere\Trace gas\In situ\Fluorescence,,,Vacuum UV fluorescence, +297,\Atmosphere\Trace gas\In situ\Gas chromatography,,,Gas Chromatography (GC) [general], +298,\Atmosphere\Trace gas\In situ\Gas chromatography,,,GC-ECD, +299,\Atmosphere\Trace gas\In situ\Gas chromatography,,,GC-ECD-FID, +300,\Atmosphere\Trace gas\In situ\Gas chromatography,,,GC-ECD-MS, +301,\Atmosphere\Trace gas\In situ\Gas chromatography,,,GC-FID, +302,\Atmosphere\Trace gas\In situ\Gas chromatography,,,GC-HgO reduction-UV absorption, +303,\Atmosphere\Trace gas\In situ\Gas chromatography,,,GC-MS, +304,\Atmosphere\Trace gas\In situ\Ion Chromatography (IC),,,H2O2 conversion - IC, +305,\Atmosphere\Trace gas\In situ\Laser-based methods,,,Cavity ring-down spectroscopy (CRDS), +306,\Atmosphere\Trace gas\In situ\Laser-based methods,,,Cavity-enhanced absorption spectroscopy (CEAS), +307,\Atmosphere\Trace gas\In situ\Laser-based methods,,,Integrated cavity output spectroscopy (ICOS), +308,\Atmosphere\Trace gas\In situ\Laser-based methods,,,Laser induced fluorescence (LIF), +309,\Atmosphere\Trace gas\In situ\Laser-based methods,,,Laser photoacoustic spectroscopy (LPAS), +310,\Atmosphere\Trace gas\In situ\Laser-based methods,,,Laser spectroscopy [general], +311,\Atmosphere\Trace gas\In situ\Laser-based methods,,,Quantum cascade laser (QCL) spectroscopy, +312,\Atmosphere\Trace gas\In situ\Mass spectrometry,,,Chemical ionization MS (CIMS) with matrix isolation, +313,\Atmosphere\Trace gas\In situ\Mass spectrometry,,,Proton transfer reaction mass spectrometry (PTR-MS), +314,\Atmosphere\Trace gas\In situ\Mass spectrometry,,,IR spectrometry-radiometry [general], +315,\Atmosphere\Trace gas\In situ\Mass spectrometry,,,Light absorption photometry, +316,\Atmosphere\Trace gas\In situ\Mass spectrometry,,,Long path absorption photometry (LOPAP), +317,\Atmosphere\Trace gas\In situ\Mass spectrometry,,,Non-dispersive IR (NDIR) absorption, +318,\Atmosphere\Trace gas\In situ\Mass spectrometry,,,Non-dispersive UV (NDUV), +319,\Atmosphere\Trace gas\In situ\Mass spectrometry,,,UV absorption spectrometry-radiometry, +320,"\Atmosphere\Greenhouse gas\Remote-sensing, active",,,Integrated path differential absorption (IPDA) lidar,"Light detection and ranging (lidar) with integrated path differential absorption (IPDA) capability, typically used for column measurements of CH4 and CO2." +321,"\Atmosphere\Trace gas\Remote-sensing, active",,,Differential optical absorption (DOAS), +322,"\Atmosphere\Trace gas\Remote-sensing, passive",,,Fourier-transform IR spectroscopy (FTIR), +323,"\Atmosphere\Trace gas\Remote-sensing, passive",,,TCCON Fourier-transform IR spectroscopy (TCCON-FTIR), +327,\Atmosphere\Radiosonde,,,Radiosonde with NAVAID, +328,\Atmosphere\Radiosonde,,,Radiosonde with radar tracking, +329,\Atmosphere\Radiosonde,,,Radiosonde with radiotheodolite tracking, +330,\Atmosphere\Radiosonde,,,Radiosonde with composite method tracking, +331,\Atmosphere\Wind,,,Radiosonde (tracking unspecified), +332,\Atmosphere\Wind,,,Pilot balloon with optical tracking), +335,"\Atmosphere\Ozone\Remote-sensing, active",,water vapor,Differential absorption lidar (DIAL),"Light detection and ranging (lidar) with differential absorption lidar (DIAL) capability, typically used for trace gas measurements, most notably ozone and water vapor. This technique can be extended to molecules which have suitably defined differential absorption characteristics." +336,"\Atmosphere\Trace gas\Remote-sensing, passive",,,Microwave radiometry, +338,\Atmosphere\Humidity\In situ\Laser-based,,,Tunable diode lase spectroscopy (TDLS),Tunable diode lase spectroscopy (TDLS) +339,"\Atmosphere\Ozone\Remote-sensing, passive",,,UV spectroradiometry, +340,\Atmosphere\Humidity\In situ\Psychrometer,,,Wet-bulb thermometer,"A thermometer having a bulb that is kept moistened when humidity determinations are being made with a psychrometer. The wet-bulb temperature is the temperature a parcel of air would have if it were cooled to saturation (100% relative humidity) by the evaporation of water into it, with the latent heat being supplied by the parcel." +341,"\Atmosphere\Aerosol\Remote-sensing, active",ocean,"cloud, particle phase, altimetry, mixed-layer height",Backscatter lidar,"Elastic backscatter light detection and ranging (lidar) typically used for measurements of cloud and aerosol particle phase optical properties (e.g., extinction and backscatter coefficient), altimetry, ocean optical properties, and mixed layer height." +342,"\Atmosphere\Aerosol\Remote-sensing, active ",ocean,"cloud, particle phase, mixed-layer height",High spectral resolution (HSR) lidar,"Light detection and ranging (lidar) with high spectral resolution capability, typically used for measurements of cloud and aerosol particle phase properties, ocean properties, and mixed layer height." +343,"\Atmosphere\Aerosol\Remote-sensing, active",,"particle phase, particle shape",Polarized lidar,"Light detection and ranging (lidar) capable of determining the linear or circular depolarization ratio, typically used to discriminate spherical and non-spherical particles." +343,\Atmosphere\Precipitation\In situ,,,Fog collection,Collection of fog using a mesh or similar capturing device and subsequent determination of the equivalent volume or mass of water. +344,\Atmosphere\Trace gas\In situ\Gas chromatography,,greenhouse gas,GC-CVAFS,Gas chromatography and detection by cold vapour atomic fluorescence spectrometry. +345,\Atmosphere\Trace gas\In situ\Gas chromatography,,greenhouse gas,GC-TCD,Gas chromatography and detection by a thermal conductivity detector. +346,\Atmosphere\Trace gas\In situ,,,Electrostatic collection + alpha counting,Alpha counting after electrostatic collection of measurand. +347,\Atmosphere\Trace gas\In situ\Laser-based methods,,,Tunable Infrared Laser Differential Absorption Spectroscopy (TILDAS),Tunable Infrared Laser Differential Absorption Spectroscopy (TILDAS). +348,\Atmosphere\Trace gas\In situ,,,Radionuclide decay counting [general],Determination of the counts measured per unit time as a result of radionuclide decay. +349,\Atmosphere\Trace gas\In situ\Optical spectrometry,,,IR-GFC,"Infrared absorption measurement based on the gas-filter correlation technique, a specifique variant of NDIR." +inapplicable,,,,inapplicable,None of the codes in the table are applicable in the context of this particular observation. +unknown,,,,unknown,The measurement/observing method is unknown. From 142bd83037d1d572257f398cef634e35b99f3af1 Mon Sep 17 00:00:00 2001 From: Anna Milan Date: Thu, 25 May 2023 15:36:34 +0200 Subject: [PATCH 10/18] fix typos --- tables_en/5-02-01.csv | 14 +++++++------- 1 file changed, 7 insertions(+), 7 deletions(-) diff --git a/tables_en/5-02-01.csv b/tables_en/5-02-01.csv index f6bab128..a1a10bc6 100644 --- a/tables_en/5-02-01.csv +++ b/tables_en/5-02-01.csv @@ -10,7 +10,7 @@ notation,path,domains,tags,name,description 66,\Atmosphere\Pressure\In situ,,,Aneroid barometer (evacuated capsule), 67,\Atmosphere\Total atmospheric deposition\In situ,,,Anion exchange membrane (AEM), 68,\Atmosphere\Evaporation\In situ,,,Atmometer, -69,"\Atmosphere\Humidity\Remote-sensing, passive",,,"Atmospherics (""sferics"") detection", +69,"\Atmosphere\Lightning\Remote-sensing, passive",,,"Atmospherics (""sferics"") detection", 70,\Atmosphere\Total atmospheric deposition\In situ,,,Atomic absorption spectrophotometry (AAS), 71,\Atmosphere\Total atmospheric deposition\In situ,,,Atomic emission spectrophotometry (AES), 72,\Atmosphere\Radiation\In situ,,,BSRN compliant instrument, @@ -210,12 +210,12 @@ notation,path,domains,tags,name,description 311,\Atmosphere\Trace gas\In situ\Laser-based methods,,,Quantum cascade laser (QCL) spectroscopy, 312,\Atmosphere\Trace gas\In situ\Mass spectrometry,,,Chemical ionization MS (CIMS) with matrix isolation, 313,\Atmosphere\Trace gas\In situ\Mass spectrometry,,,Proton transfer reaction mass spectrometry (PTR-MS), -314,\Atmosphere\Trace gas\In situ\Mass spectrometry,,,IR spectrometry-radiometry [general], -315,\Atmosphere\Trace gas\In situ\Mass spectrometry,,,Light absorption photometry, -316,\Atmosphere\Trace gas\In situ\Mass spectrometry,,,Long path absorption photometry (LOPAP), -317,\Atmosphere\Trace gas\In situ\Mass spectrometry,,,Non-dispersive IR (NDIR) absorption, -318,\Atmosphere\Trace gas\In situ\Mass spectrometry,,,Non-dispersive UV (NDUV), -319,\Atmosphere\Trace gas\In situ\Mass spectrometry,,,UV absorption spectrometry-radiometry, +314,\Atmosphere\Trace gas\In situ\Optical spectrometry,,,IR spectrometry-radiometry [general], +315,\Atmosphere\Trace gas\In situ\Optical spectrometry,,,Light absorption photometry, +316,\Atmosphere\Trace gas\In situ\Optical spectrometry,,,Long path absorption photometry (LOPAP), +317,\Atmosphere\Trace gas\In situ\Optical spectrometry,,,Non-dispersive IR (NDIR) absorption, +318,\Atmosphere\Trace gas\In situ\Optical spectrometry,,,Non-dispersive UV (NDUV), +319,\Atmosphere\Trace gas\In situ\Optical spectrometry,,,UV absorption spectrometry-radiometry, 320,"\Atmosphere\Greenhouse gas\Remote-sensing, active",,,Integrated path differential absorption (IPDA) lidar,"Light detection and ranging (lidar) with integrated path differential absorption (IPDA) capability, typically used for column measurements of CH4 and CO2." 321,"\Atmosphere\Trace gas\Remote-sensing, active",,,Differential optical absorption (DOAS), 322,"\Atmosphere\Trace gas\Remote-sensing, passive",,,Fourier-transform IR spectroscopy (FTIR), From 7ad14bf70b6358606aef7d285502675416c34e56 Mon Sep 17 00:00:00 2001 From: Anna Milan Date: Thu, 25 May 2023 15:55:37 +0200 Subject: [PATCH 11/18] issue #472, create paths from tags --- tables_en/5-02-03.csv | 26 +++++++++++++------------- 1 file changed, 13 insertions(+), 13 deletions(-) diff --git a/tables_en/5-02-03.csv b/tables_en/5-02-03.csv index ccc58acd..49e5fc3c 100644 --- a/tables_en/5-02-03.csv +++ b/tables_en/5-02-03.csv @@ -1,14 +1,14 @@ notation,path,domains,tags,name,description -400,,ocean,"ocean,chlorophyll a,CDOM, backscatter","Fluorometry, optical backscattering",Measurement of emitted fluorescent light and particulate backscattering coefficient. -401,,"atmosphere,ocean","atmosphere,ocean,temperature",Mercury-based thermometry,Measurement of temperature using a mercury based column. -402,,"atmosphere,ocean","atmosphere,ocean,temperature",Fluid-based thermometry (excluding mercury),Measurement of temperature using a fluid based column (other than mercury). -403,,"atmosphere,ocean","atmosphere,ocean,temperature",Electrical resistivity,Measurement derived from the measurement of electrical resistivity. -404,,ocean,"ocean,salinity",Electrical conductivity,Measurement derived from the measurement of electrical conductivity. -405,,ocean,"ocean,salinity",Inductivity,Measurement derived from the measurement of magnetic inductance. -406,,ocean,"ocean,pressure",Piezoresistivity,Measurement of the change in electrical resistance of a material under mechanical stress. -407,,ocean,"ocean,waves,direction,period,height",HF echo Doppler spectra analysis method (HR radar),Remote sensing of surface currents employing radars frequencies. -408,,ocean,"ocean,current,direction,speed",GPS fixes sequence comparison,Measurement derived from the difference between two successives GPS positions. -409,,ocean,"ocean,dissolved oxygen",Clark electrode polarographic method,The dissolved oxygen concentration by counting the number of oxygen molecules per second (flux) that diffuse through the membrane from the ocean environment to the working electrode. -410,,ocean,"ocean,dissolved oxygen",Oxygen luminescence quenching method,The fluorescent indicator is a special complex embedded in a gas permeable sensing foil that is exposed to the surrounding water. The sensing foil is excited by modulated light; the sensor measures the phase of the returned light. -411,,ocean,"ocean,pH",Potentiometric method,Ion-sensitive field-effect transistor that responds to proton activity and a Ag/AgCl reference electrode. -412,,ocean,"ocean,downwelling irradiance, upwelling radiance",Radiometry,Measurement of the number of photon reaching a surface using a photodiode. \ No newline at end of file +400,\Ocean\Chlorophyll a,,"CDOM, backscatter","Fluorometry, optical backscattering",Measurement of emitted fluorescent light and particulate backscattering coefficient. +401,\Ocean\Temperature,atmosphere,,Mercury-based thermometry,Measurement of temperature using a mercury based column. +402,\Ocean\Temperature,atmosphere,,Fluid-based thermometry (excluding mercury),Measurement of temperature using a fluid based column (other than mercury). +403,\Ocean\Temperature,atmosphere,,Electrical resistivity,Measurement derived from the measurement of electrical resistivity. +404,\Ocean\Salinity,,,Electrical conductivity,Measurement derived from the measurement of electrical conductivity. +405,\Ocean\Salinity,,,Inductivity,Measurement derived from the measurement of magnetic inductance. +406,\Ocean\Pressure,,,Piezoresistivity,Measurement of the change in electrical resistance of a material under mechanical stress. +407,\Ocean\Waves,,"direction,period,height",HF echo Doppler spectra analysis method (HR radar),Remote sensing of surface currents employing radars frequencies. +408,\Ocean,,"current,direction,speed",GPS fixes sequence comparison,Measurement derived from the difference between two successives GPS positions. +409,\Ocean\Dissolved oxygen,,,Clark electrode polarographic method,The dissolved oxygen concentration by counting the number of oxygen molecules per second (flux) that diffuse through the membrane from the ocean environment to the working electrode. +410,\Ocean\Dissolved oxygen,,,Oxygen luminescence quenching method,The fluorescent indicator is a special complex embedded in a gas permeable sensing foil that is exposed to the surrounding water. The sensing foil is excited by modulated light; the sensor measures the phase of the returned light. +411,\Ocean\pH,,,Potentiometric method,Ion-sensitive field-effect transistor that responds to proton activity and a Ag/AgCl reference electrode. +412,\Ocean,,"downwelling irradiance, upwelling radiance",Radiometry,Measurement of the number of photon reaching a surface using a photodiode. \ No newline at end of file From 5674c51a153cbebb957da2ef695ad42ddafd56a2 Mon Sep 17 00:00:00 2001 From: Anna Milan Date: Thu, 25 May 2023 16:24:55 +0200 Subject: [PATCH 12/18] issue #472, convert tags to paths in table 5-02-05 --- tables_en/5-02-05.csv | 92 +++++++++++++++++++++---------------------- 1 file changed, 46 insertions(+), 46 deletions(-) diff --git a/tables_en/5-02-05.csv b/tables_en/5-02-05.csv index d0042549..a3be6586 100644 --- a/tables_en/5-02-05.csv +++ b/tables_en/5-02-05.csv @@ -1,48 +1,48 @@ notation,path,domains,tags,name,description -126,"hydrological, soil moisture, in situ",,,Gravimetric moisture determination,Measurement of the amount of water in soil by weighing a sample before and after drying it in an oven at a temperature of 100-110 degrees Celsius. [Based on ‘gravimetric method’ in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] -128,\Terrestrial\Soil heat flux\In situ\Heat flux plate,,,Soil heat flux plate, -159,"hydrological, soil moisture, in situ",,,Neutron probe,Measurement of the moisture content and hence the porosity of a geological formation by means of lowering a tool containing a radioactive element emitting neutrons and a neutron detector into a borehole. [Based on 'neutron logging' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] -187,"hydrological, soil moisture, in situ",,,Electrical resistance blocks (Porous blocks),"Determination of electrical resistance between two electrodes embedded in blocks of a porous material buried in the ground and in equilibrium with the surrounding moist soil. [Based on 'porous blocks/electrical resistance blocks' in Guide to Hydrological Practices (WMO-No. 168), Volume II. 2009 edition.]" -194,\Terrestrial\Soil temperature\In situ\Soil thermometer,,,Soil thermometer, -200,"hydrological, soil moisture, in situ",,,Tensiometer,"Measurement of soil capillary tension by means of a porous cup, inserted in the soil, connected to a manometer by a water-filled tube. [Based on 'tensiometer' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" -203,"hydrological, soil moisture, in situ",,,Time domain reflectometry (TDR),Estimation of water content in unsaturated materials based on variations in their dielectric properties. [International Glossary of Hydrology (WMO-No. 385). 2012 edition.] -260,\Terrestrial\Snow depth\Ultrasonic ranging,,,Ultrasonic ranging,Transmission of an ultrasonic pulse towards the target and listening for a return echo from that target. -261,\Terrestrial\Snow depth\Graduated device,,,Graduated device,"Manual measurement or observation made with a graduated fixed stake, a sturdy ruler, or an extendable graduated rod." -262,\Terrestrial\Water equivalent of snow cover\Snow pillows and snow scales,,,Snow pillows and snow scales,Weighing of snow-cover mass per unit area. -344,\Terrestrial\Snow depth\Laser ranging,,,Laser ranging,Emission of a modulated beam of light in the visible spectrum to determine the distance to a target by comparing the phase information from the reflected beam. -345,"hydrological, soil moisture, in situ",,,Echo sounding,"Evaluation of the return time of acoustic waves emitted into a medium to determine the distance between source and target. This method is used in hydrology, for example, to determine the depth of a water body. [Based on 'echo sounder' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" -346,"hydrological, soil moisture, in situ",,,Frequency domain reflectometry,"Measurement of soil capacitance by means of radio frequency waves. The soil acts as the dielectric completing a capacitance circuit, which is part of a feedback loop of a high-frequency transistor oscillator. [Based on 'Frequency domain reflectometry' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" -347,"hydrological, soil moisture, in situ",,,Gamma-ray attenuation,"Determination of gamma-ray attenuation at given depth of soil using a source and a detector placed at a given distance at the same depth. If the apparent dry bulk density of the soil is known the signal can be converted into a measure of the volumetric soil-moisture content. [Based on 'Gamma-ray attenuation' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" -348,"hydrological, water stage, in situ, non-recording",,,Non-recording gauge,"Determination of water stage by means of a non-recording gauge (e.g., graduated vertical or inclined staff gauge, wire-weight gauge, graduated rod, tape or point gauge and maximum-stage gauge). [Based on 'Non-recording gauges' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" -349,"hydrological, water stage, in situ, non-recording",,,Staff gauge,"Determination of water stage by means of a graduated vertical scale, fixed to a staff or structure, on which the water level may be read. Synonym: vertical gauge. [Based on 'Staff gauge' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" -350,"hydrological, water stage, in situ, non-recording",,,Inclined gauge,Determination of water stage by means of a non-vertical scale which is graduated to indicate vertical heights. [Based on 'inclined gauge' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] -351,"hydrological, water stage, in situ, non-recording",,,Wire-weight gauge,Determination of water stage by means of a fine cable or wire attached to a weight which is lowered to the water surface in order to determine its position below a fixed above-surface point. [Based on 'wire weight gauge' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] -352,"hydrological, water stage, in situ, non-recording",,,Point gauge,"Level measurement gauge, the essential element of which is a pointed rod that is lowered until it touches the water surface. [International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" -353,"hydrological, water stage, in situ",,,Maximum-stage gauge,"Determination of the elevation of the flood crest by the adherence of regranulated cork to a graduated staff held in a fixed position with relation to the datum. [Based on 'maximum-stage gauge' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" -354,"hydrological, water stage, in situ, recording",,,Recording gauge,"Determination of water stage by means of a recording gauge, for example, a device that automatically records the water level as detected by a sensor, either continuously or at regular time intervals. Synonyms: limnigraph, stage recorder, water-level recorder. [Based on 'water-level recorder' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" -355,"hydrological, water stage, in situ, recording",,,Wire-float recording gauge (hydrograph),Determination of water stage by means of a gauge consisting of a float which rises and falls with changes in the water level; this movement being transmitted to a recording or indicating device. [Based on 'float gauge' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] -356,"hydrological, water stage, in situ, recording",,,Pressure-actuated recording gauge,"Recording gauge operating on the principle that static pressure at a fixed point in the stream is directly proportional to the head of liquid above the point, i.e. the water level is proportional to the pressure difference between a fixed spot in the water column and the atmospheric pressure. [Based on 'Recording gauges' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" -357,"hydrological, discharge, in situ",,,Velocity-area method,"Method of determining the discharge of a stream by measuring the width, velocity, and depth of the flowing water at a number of elemental areas, over the cross-section, and summing the products. [Based on 'velocity-area method' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" -358,"hydrological, velocity, in situ",,,Float gauging,Measurement of the velocity of a stream by means of timing the downstream transit of a float or velocity rod. [International Glossary of Hydrology (WMO-No. 385). 2012 edition.] -359,"hydrological, discharge, in situ",,,Dilution gauging,"Determination of the discharge of a stream by measuring the degree of dilution, caused by the flowing water, of an added tracer solution. Synonyms: chemical gauging, tracer dilution gauging. [Based on 'dilution gauging' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" -360,"hydrological, discharge, equation",,,Slope-area method,"Determination of the discharge in a reach which is based on the surface slope, the reach roughness, the wetted perimeters and the flow areas of the various wetted cross-sections in the reach. [Based on 'slope-area method' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" -361,"hydrological, discharge, in situ",,,Measuring weir,Determination of the discharge of a stream by means of a device or structure across the stream which causes a free or submerged fall. [Based on 'measuring weir' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] -362,"hydrological, discharge, in situ",,,Flume,Determination of the discharge of a stream by means of a man-made channel with clearly specified shape and dimensions. [Based on 'flume' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] -363,"hydrological, discharge, equation",,,Stage-discharge relation,"Determination of the discharge of a stream by means of a relationship between water level and discharge for a given cross-section, which may be expressed as a curve, a table or an equation. [Based on 'stage-discharge relation' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" -364,"hydrological, velocity, in situ",,,Water current meter,"Determination of water velocity by means of a current meter, for example, an instrument for measuring water velocity. Synonym: flowmeter. [Based on 'current meter' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" -365,"hydrological, velocity, in situ",,,Cup-type current meter,Determination of water velocity by means of a current meter whose rotor is composed of a wheel fitted with cups turning on a vertical axis. [Based on 'cup-type current meter' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] -366,"hydrological, velocity, in situ",,,Propeller-type current meter,Determination of water velocity by means of a current meter in which the rotor is a propeller rotating around an axis parallel to the flow. [Based on 'propeller-type current meter' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] -367,"hydrological, velocity, in situ",,,Acoustic (ultrasonic) velocity meter,Measurement of the difference in travel time of acoustic (ultrasonic) pulses between transducers in a stream to determine the mean velocity on the signal path. [Based on 'acoustic (ultrasonic) velocity meter' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] -368,"hydrological, velocity, discharge, in situ",,,Acoustic doppler current profiler (ADCP),"An instrument that uses an acoustic doppler transducer to measure water velocity, depth and vessel path simultaneously and at various depths to compute discharge. The total discharge is computed from the profile information using matrix multiplication. [Based on 'Acoustic Doppler Current Profilers' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" -369,"hydrological, velocity, in situ",,,Acoustic doppler current meter,"Determination of stream velocity by means of an acoustic Doppler instrument, which measures the velocity of the water based on the Doppler shift experienced by an acoustic pulse of energy which is reflected off particles suspended in, and moving with, the water. [Based on 'Acoustic Doppler Velocimeter' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" -370,"hydrological, sediment, in situ",,,Optical or nuclear suspended-sediment gauge,"Determination of the decrease of intensity of a visible light or X-rays beam by means of a photoelectric or nuclear detector situated at constant distance from the source of the beam. This decrease, caused by the scattering and/or absorption by suspended-sediment particles, is proportional to the sediment concentration, if other relevant characteristics of water and sediment (chemical, mineral composition, etc.) remain unchanged. [Based on 'photoelectric or nuclear suspended-sediment gauges' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" -371,"hydrological, sediment, ex situ",,,Gravimetric sediment measurement,"Estimation of the total sediment in a water sample by allowing the sediment to settle in a container, siphoning off the supernatant water, carefully transferring all the sediment from the container on to filter paper, then drying the sample and determining the mass of total sediment. [Based on 'gravimetric method' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" -372,"hydrological, sediment, ex situ",,,Displacement method of sediments,Determination of sediment concentration by the measurement of the difference in weight between a sample of sediment-laden water and an equal volume of clear water at the same temperature. [Based on 'displacement method' in Manual on Sediment Management and Measurement (WMO-No. 948). 2003.] -373,"hydrological, sediment, equation",,,Water discharge-sediment discharge rating curve,"An empirical relationship relating sediment discharge and streamflow based on correlation analysis of sediment samples and concurrent flow estimates and presented as a curve, table, or equation. [Based on 'sediment rating curve' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" -374,"hydrological, sediment, equation",,,Water discharge-bed material rating curve,"An empirical relationship relating bed-material discharge and streamflow based on correlation analysis of sediment samples and concurrent flow estimates and presented as a curve, table, or equation. [Based on 'sediment rating curve' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" -375,"hydrological, discharge, in situ",,, Volumetric method,"A process for measuring the discharge of a well, spring, or stream by diverting its flow into a volumetric container and timing the fill." -376,"hydrological, discharge, in situ",,,Electromagnetic current meter,"Determination of water velocity based on the principle that a conductor (water) moving through a magnetic field will produce an electrical current directly proportional to the speed of movement (Faraday’s law). By measuring this current and the resultant distortion in the magnetic field the instrument can be calibrated to determine point velocities of flowing water. [Based on Manual on Stream Gauging (WMO-No. 1044), Volume I. 2010]" -377,"hydrological, discharge, equation",,,Stream index-velocity rating,"Computation of stream discharge based on a relation between stream index velocity and average velocity (index-velocity rating) and a relation between stage and cross-sectional area (stage-area rating). Given these ratings and concurrent observations of stream index velocity and stage, average velocity and area are computed and finally discharge as their product. [Based on Manual on Stream Gauging (WMO No. 1044), volume I]" -378,"hydrological, velocity, acoustic, doppler",,,Acoustic doppler velocity meter (ADVM),"Determination of water velocity by using the Doppler principle applied to sound transmitted under water, in which the instrument is mounted in a fixed position under the water, giving an index velocity for a significant part of the flowing stream. [Based on Manual on Stream Gauging (WMO No. 1044), volume I]" +126,\Terrestrestrial\Hydrological\Soil moisture\In situ,,,Gravimetric moisture determination,Measurement of the amount of water in soil by weighing a sample before and after drying it in an oven at a temperature of 100-110 degrees Celsius. [Based on 'gravimetric method' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] +128,\Terrestrial\Soil heat flux\In situ,,,Soil heat flux plate, +159,\Terrestrestrial\Hydrological\Soil moisture\In situ,,,Neutron probe,Measurement of the moisture content and hence the porosity of a geological formation by means of lowering a tool containing a radioactive element emitting neutrons and a neutron detector into a borehole. [Based on 'neutron logging' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] +187,\Terrestrestrial\Hydrological\Soil moisture\In situ,,,Electrical resistance blocks (Porous blocks),"Determination of electrical resistance between two electrodes embedded in blocks of a porous material buried in the ground and in equilibrium with the surrounding moist soil. [Based on 'porous blocks/electrical resistance blocks' in Guide to Hydrological Practices (WMO-No. 168), Volume II. 2009 edition.]" +194,\Terrestrial\Soil temperature\In situ,,,Soil thermometer, +200,\Terrestrestrial\Hydrological\Soil moisture\In situ,,,Tensiometer,"Measurement of soil capillary tension by means of a porous cup, inserted in the soil, connected to a manometer by a water-filled tube. [Based on 'tensiometer' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" +203,\Terrestrestrial\Hydrological\Soil moisture\In situ,,,Time domain reflectometry (TDR),Estimation of water content in unsaturated materials based on variations in their dielectric properties. [International Glossary of Hydrology (WMO-No. 385). 2012 edition.] +260,\Terrestrial\Cryosphere\Snow depth,,,Ultrasonic ranging,Transmission of an ultrasonic pulse towards the target and listening for a return echo from that target. +261,\Terrestrial\Cryosphere\Snow depth,,,Graduated device,"Manual measurement or observation made with a graduated fixed stake, a sturdy ruler, or an extendable graduated rod." +262,\Terrestrial\Cryosphere\Water equivalent of snow cover,,,Snow pillows and snow scales,Weighing of snow-cover mass per unit area. +344,\Terrestrial\Cryosphere\Snow depth,,,Laser ranging,Emission of a modulated beam of light in the visible spectrum to determine the distance to a target by comparing the phase information from the reflected beam. +345,\Terrestrestrial\Hydrological\Soil moisture\In situ,,,Echo sounding,"Evaluation of the return time of acoustic waves emitted into a medium to determine the distance between source and target. This method is used in hydrology, for example, to determine the depth of a water body. [Based on 'echo sounder' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" +346,\Terrestrestrial\Hydrological\Soil moisture\In situ,,,Frequency domain reflectometry,"Measurement of soil capacitance by means of radio frequency waves. The soil acts as the dielectric completing a capacitance circuit, which is part of a feedback loop of a high-frequency transistor oscillator. [Based on 'Frequency domain reflectometry' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" +347,\Terrestrestrial\Hydrological\Soil moisture\In situ,,,Gamma-ray attenuation,"Determination of gamma-ray attenuation at given depth of soil using a source and a detector placed at a given distance at the same depth. If the apparent dry bulk density of the soil is known the signal can be converted into a measure of the volumetric soil-moisture content. [Based on 'Gamma-ray attenuation' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" +348,\Terrestrestrial\Hydrological\Water stage\In situ,, non-recording,Non-recording gauge,"Determination of water stage by means of a non-recording gauge (e.g., graduated vertical or inclined staff gauge, wire-weight gauge, graduated rod, tape or point gauge and maximum-stage gauge). [Based on 'Non-recording gauges' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" +349,\Terrestrestrial\Hydrological\Water stage\In situ,, non-recording,Staff gauge,"Determination of water stage by means of a graduated vertical scale, fixed to a staff or structure, on which the water level may be read. Synonym: vertical gauge. [Based on 'Staff gauge' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" +350,\Terrestrestrial\Hydrological\Water stage\In situ,, non-recording,Inclined gauge,Determination of water stage by means of a non-vertical scale which is graduated to indicate vertical heights. [Based on 'inclined gauge' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] +351,\Terrestrestrial\Hydrological\Water stage\In situ,, non-recording,Wire-weight gauge,Determination of water stage by means of a fine cable or wire attached to a weight which is lowered to the water surface in order to determine its position below a fixed above-surface point. [Based on 'wire weight gauge' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] +352,\Terrestrestrial\Hydrological\Water stage\In situ,, non-recording,Point gauge,"Level measurement gauge, the essential element of which is a pointed rod that is lowered until it touches the water surface. [International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" +353,\Terrestrestrial\Hydrological\Water stage\In situ,,,Maximum-stage gauge,"Determination of the elevation of the flood crest by the adherence of regranulated cork to a graduated staff held in a fixed position with relation to the datum. [Based on 'maximum-stage gauge' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" +354,\Terrestrestrial\Hydrological\Water stage\In situ,, recording,Recording gauge,"Determination of water stage by means of a recording gauge, for example, a device that automatically records the water level as detected by a sensor, either continuously or at regular time intervals. Synonyms: limnigraph, stage recorder, water-level recorder. [Based on 'water-level recorder' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" +355,\Terrestrestrial\Hydrological\Water stage\In situ,, recording,Wire-float recording gauge (hydrograph),Determination of water stage by means of a gauge consisting of a float which rises and falls with changes in the water level; this movement being transmitted to a recording or indicating device. [Based on 'float gauge' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] +356,\Terrestrestrial\Hydrological\Water stage\In situ,, recording,Pressure-actuated recording gauge,"Recording gauge operating on the principle that static pressure at a fixed point in the stream is directly proportional to the head of liquid above the point, i.e. the water level is proportional to the pressure difference between a fixed spot in the water column and the atmospheric pressure. [Based on 'Recording gauges' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" +357,\Terrestrestrial\Hydrological\Discharge\In situ,,,Velocity-area method,"Method of determining the discharge of a stream by measuring the width, velocity, and depth of the flowing water at a number of elemental areas, over the cross-section, and summing the products. [Based on 'velocity-area method' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" +358,\Terrestrestrial\Hydrological\Velocity\In situ,,,Float gauging,Measurement of the velocity of a stream by means of timing the downstream transit of a float or velocity rod. [International Glossary of Hydrology (WMO-No. 385). 2012 edition.] +359,\Terrestrestrial\Hydrological\Discharge\In situ,,,Dilution gauging,"Determination of the discharge of a stream by measuring the degree of dilution, caused by the flowing water, of an added tracer solution. Synonyms: chemical gauging, tracer dilution gauging. [Based on 'dilution gauging' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" +360,\Terrestrestrial\Hydrological\Discharge,, equation,Slope-area method,"Determination of the discharge in a reach which is based on the surface slope, the reach roughness, the wetted perimeters and the flow areas of the various wetted cross-sections in the reach. [Based on 'slope-area method' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" +361,\Terrestrestrial\Hydrological\Discharge\In situ,,,Measuring weir,Determination of the discharge of a stream by means of a device or structure across the stream which causes a free or submerged fall. [Based on 'measuring weir' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] +362,\Terrestrestrial\Hydrological\Discharge\In situ,,,Flume,Determination of the discharge of a stream by means of a man-made channel with clearly specified shape and dimensions. [Based on 'flume' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] +363,\Terrestrestrial\Hydrological\Discharge,, equation,Stage-discharge relation,"Determination of the discharge of a stream by means of a relationship between water level and discharge for a given cross-section, which may be expressed as a curve, a table or an equation. [Based on 'stage-discharge relation' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" +364,\Terrestrestrial\Hydrological\Velocity\In situ,,,Water current meter,"Determination of water velocity by means of a current meter, for example, an instrument for measuring water velocity. Synonym: flowmeter. [Based on 'current meter' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" +365,\Terrestrestrial\Hydrological\Velocity\In situ,,,Cup-type current meter,Determination of water velocity by means of a current meter whose rotor is composed of a wheel fitted with cups turning on a vertical axis. [Based on 'cup-type current meter' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] +366,\Terrestrestrial\Hydrological\Velocity\In situ,,,Propeller-type current meter,Determination of water velocity by means of a current meter in which the rotor is a propeller rotating around an axis parallel to the flow. [Based on 'propeller-type current meter' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] +367,\Terrestrestrial\Hydrological\Velocity\In situ,,,Acoustic (ultrasonic) velocity meter,Measurement of the difference in travel time of acoustic (ultrasonic) pulses between transducers in a stream to determine the mean velocity on the signal path. [Based on 'acoustic (ultrasonic) velocity meter' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] +368,\Terrestrestrial\Hydrological\Velocity,, discharge,Acoustic doppler current profiler (ADCP),"An instrument that uses an acoustic doppler transducer to measure water velocity, depth and vessel path simultaneously and at various depths to compute discharge. The total discharge is computed from the profile information using matrix multiplication. [Based on 'Acoustic Doppler Current Profilers' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" +369,\Terrestrestrial\Hydrological\Velocity\In situ,,,Acoustic doppler current meter,"Determination of stream velocity by means of an acoustic Doppler instrument, which measures the velocity of the water based on the Doppler shift experienced by an acoustic pulse of energy which is reflected off particles suspended in, and moving with, the water. [Based on 'Acoustic Doppler Velocimeter' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" +370,\Terrestrestrial\Hydrological\Sediment\In situ,,,Optical or nuclear suspended-sediment gauge,"Determination of the decrease of intensity of a visible light or X-rays beam by means of a photoelectric or nuclear detector situated at constant distance from the source of the beam. This decrease, caused by the scattering and/or absorption by suspended-sediment particles, is proportional to the sediment concentration, if other relevant characteristics of water and sediment (chemical, mineral composition, etc.) remain unchanged. [Based on 'photoelectric or nuclear suspended-sediment gauges' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" +371,\Terrestrestrial\Hydrological\Sediment\Ex situ,,,Gravimetric sediment measurement,"Estimation of the total sediment in a water sample by allowing the sediment to settle in a container, siphoning off the supernatant water, carefully transferring all the sediment from the container on to filter paper, then drying the sample and determining the mass of total sediment. [Based on 'gravimetric method' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" +372,\Terrestrestrial\Hydrological\Sediment\Ex situ,,,Displacement method of sediments,Determination of sediment concentration by the measurement of the difference in weight between a sample of sediment-laden water and an equal volume of clear water at the same temperature. [Based on 'displacement method' in Manual on Sediment Management and Measurement (WMO-No. 948). 2003.] +373,\Terrestrestrial\Hydrological\Sediment,, equation,Water discharge-sediment discharge rating curve,"An empirical relationship relating sediment discharge and streamflow based on correlation analysis of sediment samples and concurrent flow estimates and presented as a curve, table, or equation. [Based on 'sediment rating curve' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" +374,\Terrestrestrial\Hydrological\Sediment,, equation,Water discharge-bed material rating curve,"An empirical relationship relating bed-material discharge and streamflow based on correlation analysis of sediment samples and concurrent flow estimates and presented as a curve, table, or equation. [Based on 'sediment rating curve' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" +375,\Terrestrestrial\Hydrological\Discharge\In situ,,, Volumetric method,"A process for measuring the discharge of a well, spring, or stream by diverting its flow into a volumetric container and timing the fill." +376,\Terrestrestrial\Hydrological\Discharge\In situ,,,Electromagnetic current meter,"Determination of water velocity based on the principle that a conductor (water) moving through a magnetic field will produce an electrical current directly proportional to the speed of movement (Faraday's law). By measuring this current and the resultant distortion in the magnetic field the instrument can be calibrated to determine point velocities of flowing water. [Based on Manual on Stream Gauging (WMO-No. 1044), Volume I. 2010]" +377,\Terrestrestrial\Hydrological\Discharge,, equation,Stream index-velocity rating,"Computation of stream discharge based on a relation between stream index velocity and average velocity (index-velocity rating) and a relation between stage and cross-sectional area (stage-area rating). Given these ratings and concurrent observations of stream index velocity and stage, average velocity and area are computed and finally discharge as their product. [Based on Manual on Stream Gauging (WMO No. 1044), volume I]" +378,\Terrestrestrial\Hydrological\Velocity,," acoustic, doppler",Acoustic doppler velocity meter (ADVM),"Determination of water velocity by using the Doppler principle applied to sound transmitted under water, in which the instrument is mounted in a fixed position under the water, giving an index velocity for a significant part of the flowing stream. [Based on Manual on Stream Gauging (WMO No. 1044), volume I]" inapplicable,,,,inapplicable,None of the codes in the table are applicable in the context of this particular observation. -unknown,,,,unknown,The measurement/observing method is unknown. \ No newline at end of file +unknown,,,,unknown,The measurement/observing method is unknown. From 5f063b6526cbe9e9fab9e6e23fd9fdad56904175 Mon Sep 17 00:00:00 2001 From: Anna Milan Date: Thu, 25 May 2023 18:53:51 +0200 Subject: [PATCH 13/18] #472, remove name from path in table 2-02 --- tables_en/2-02.csv | 1022 ++++++++++++++++++++++---------------------- 1 file changed, 511 insertions(+), 511 deletions(-) diff --git a/tables_en/2-02.csv b/tables_en/2-02.csv index bbc7ec0a..cf5b804e 100644 --- a/tables_en/2-02.csv +++ b/tables_en/2-02.csv @@ -1,517 +1,517 @@ notation,path,name,description -AARI,\Co-sponsored\GOOS\DBCP\AARI,AARI,"Buoys managed by Arctic and Antarctic Research Institute, Russian Federation" -ACTRIS,\WIGOS\GAW\GAW Other elements\ACTRIS,ACTRIS,"Aerosol, Clouds and Trace Gases Research Infrastructure, www.actris.eu" -ADD,\WIGOS\GOS\GOS Other elements\ABOS\ADD,ADD,Aircraft Derived Data (Mode-S/ADS-B) -ADNet,\WIGOS\GAW\GAW Contributing networks\ADNet,ADNet,AD-Net Asian Dust and Lidar Observation Network -ADSC,\WIGOS\GOS\GOS Other elements\ABOS\ADS-C,ADS-C,Automatic Data Surveillance (ICAO). These are transmitted at selected points of the flightpath. -AEROCAN,\WIGOS\GAW\GAW Other elements\AEROCAN,AEROCAN,"AEROCAN, federated to AERONET" -AERONET,\Non-affiliated\AERONET,AERONET,AErosol RObotic NETwork -AFIRS,\WIGOS\GOS\GOS Other elements\ABOS\AFIRS,AFIRS,"Automated Flight Information & Reporting System (Commercial/FLYHT). Not currently open to GTS, contract with Panasonic and airline and/or NMHS." -AGAGE,\WIGOS\GAW\GAW Other elements\AGAGE,AGAGE,AGAGE/SOGE/NIES -AIREP,\WIGOS\GOS\GOS Other elements\ABOS\AIREP,AIREP,Aircraft Report (Manual). These are transmitted by the aircraft when a weather event encountered e.g. severe turbulence or icing. -AlaskaLTERGlider,\Co-sponsored\GOOS\OceanGliders\NSF Northern Gulf of Alaska Long Term Ecological Research,NSF Northern Gulf of Alaska Long Term Ecological Research,NSF Northern Gulf of Alaska Long Term Ecological Research -AlseamarGlider,\Co-sponsored\GOOS\OceanGliders\Alseamar scientific glider program,Alseamar scientific glider program,Open Glider program of the French Manufacturer Alseamar -AlterECOGlider,\Co-sponsored\GOOS\OceanGliders\Alter_Eco glider program,Alter_Eco glider program,An Alternative Framework to Assess Marine Ecosystem Functioning in Shelf Seas -AMDAR,\WIGOS\GOS\GOS Other elements\ABOS\AMDAR,AMDAR,Aircraft Meteorological DAta Relay -AOML,\Co-sponsored\GOOS\DBCP\AOML,AOML,NA -AOMLeSurfmar,\Co-sponsored\GOOS\DBCP\AOML-E-SURFMAR,AOML-E-SURFMAR,NA -AOMLGlider,\Co-sponsored\GOOS\OceanGliders\AOML Glider Program,AOML Glider Program,AOML Glider program is part of the CARICOOS Network -AOMLHurricaneALAMOFloats,\Co-sponsored\GOOS\Argo\AOML Hurricane ALAMO Floats,AOML Hurricane ALAMO Floats,Hurricane float programme -AOMLMFDB,\Co-sponsored\GOOS\DBCP\AOML-MF DB,AOML-MF DB,NA -AOOSGlider,\Co-sponsored\GOOS\OceanGliders\AOOS Gliders,AOOS Gliders,AOOS glider is the glider program of the Alaska Ocean Observing System part of IOOS program. -APLUW,\Co-sponsored\GOOS\DBCP\APL-UW,APL-UW,NA -argoArgentina,\Co-sponsored\GOOS\Argo\ARGO ARGENTINA,ARGO ARGENTINA,ARGO ARGENTINA -argoAustralia,\Co-sponsored\GOOS\Argo\ARGO AUSTRALIA,ARGO AUSTRALIA,ARGO AUSTRALIA -argoAustraliaEq,\Co-sponsored\GOOS\Argo\ARGO AUSTRALIA EQ.,ARGO AUSTRALIA EQ.,ARGO AUSTRALIA EQ. -argoAWI,\Co-sponsored\GOOS\Argo\ARGO AWI,ARGO AWI,ARGO AWI -argoBrazil,\Co-sponsored\GOOS\Argo\ARGO BRAZIL,ARGO BRAZIL,ARGO BRAZIL -argoBrazilNavy,\Co-sponsored\GOOS\Argo\ARGO BRAZIL NAVY,ARGO BRAZIL NAVY,ARGO BRAZIL NAVY -argoBSH,\Co-sponsored\GOOS\Argo\ARGO BSH,ARGO BSH,ARGO BSH -argoCanada,\Co-sponsored\GOOS\Argo\ARGO CANADA,ARGO CANADA,ARGO CANADA -argoCanadaEq,\Co-sponsored\GOOS\Argo\Argo CANADA eq.,Argo CANADA eq.,Canadian Argo equivalent program -argoChile,\Co-sponsored\GOOS\Argo\ARGO CHILE,ARGO CHILE,ARGO CHILE -argoChina,\Co-sponsored\GOOS\Argo\ARGO CHINA,ARGO CHINA,ARGO CHINA -argoChinaSOA,\Co-sponsored\GOOS\Argo\ARGO CHINA SOA,ARGO CHINA SOA,ARGO CHINA SOA -argoCostaRica,\Co-sponsored\GOOS\Argo\ARGO COSTA RICA,ARGO COSTA RICA,ARGO COSTA RICA -argoDenmark,\Co-sponsored\GOOS\Argo\ARGO DENMARK,ARGO DENMARK,ARGO DENMARK -argoEcuador,\Co-sponsored\GOOS\Argo\ARGO ECUADOR,ARGO ECUADOR,ARGO ECUADOR -argoEqAOML,\Co-sponsored\GOOS\Argo\ARGO EQ. AOML,ARGO EQ. AOML,ARGO EQ. AOML -argoEqAWI,\Co-sponsored\GOOS\Argo\ARGO EQ. AWI,ARGO EQ. AWI,ARGO EQ. AWI -argoEqBSH,\Co-sponsored\GOOS\Argo\ARGO EQ. BSH,ARGO EQ. BSH,ARGO EQ. BSH -argoEqChina,\Co-sponsored\GOOS\Argo\ARGO EQ. CHINA,ARGO EQ. CHINA,ARGO EQ. CHINA -argoEqESPOMZ,\Co-sponsored\GOOS\Argo\ARGO EQ. ESP-OMZ,ARGO EQ. ESP-OMZ,ARGO EQ. ESP-OMZ -argoEqFERHRI,\Co-sponsored\GOOS\Argo\ARGO EQ. FERHRI,ARGO EQ. FERHRI,ARGO EQ. FERHRI -argoEqFSU,\Co-sponsored\GOOS\Argo\ARGO EQ. FSU,ARGO EQ. FSU,ARGO EQ. FSU -argoEqHNFRI,\Co-sponsored\GOOS\Argo\ARGO EQ. HNFRI,ARGO EQ. HNFRI,ARGO EQ. HNFRI -argoEqIFM,\Co-sponsored\GOOS\Argo\ARGO EQ. IFM,ARGO EQ. IFM,ARGO EQ. IFM -argoEqIFM2,\Co-sponsored\GOOS\Argo\ARGO EQ. IFM2,ARGO EQ. IFM2,ARGO EQ. IFM2 -argoEqIreland,\Co-sponsored\GOOS\Argo\ARGO EQ. IRELAND,ARGO EQ. IRELAND,ARGO EQ. IRELAND -argoEqJamstec,\Co-sponsored\GOOS\Argo\ARGO EQ. JAMSTEC,ARGO EQ. JAMSTEC,ARGO EQ. JAMSTEC -argoEqJMA,\Co-sponsored\GOOS\Argo\ARGO EQ. JMA,ARGO EQ. JMA,ARGO EQ. JMA -argoEqNavoceano,\Co-sponsored\GOOS\Argo\ARGO EQ. NAVOCEANO,ARGO EQ. NAVOCEANO,ARGO EQ. NAVOCEANO -argoEqNDBC,\Co-sponsored\GOOS\Argo\ARGO EQ. NDBC,ARGO EQ. NDBC,ARGO EQ. NDBC -argoEqNIPR,\Co-sponsored\GOOS\Argo\ARGO EQ. NIPR,ARGO EQ. NIPR,ARGO EQ. NIPR -argoEqNRIFS,\Co-sponsored\GOOS\Argo\ARGO EQ. NRIFS,ARGO EQ. NRIFS,ARGO EQ. NRIFS -argoEqOIST,\Co-sponsored\GOOS\Argo\ARGO EQ. OIST,ARGO EQ. OIST,ARGO EQ. OIST -argoEqORI,\Co-sponsored\GOOS\Argo\ARGO EQ. ORI,ARGO EQ. ORI,ARGO EQ. ORI -argoEqPMEL,\Co-sponsored\GOOS\Argo\ARGO EQ. PMEL,ARGO EQ. PMEL,ARGO EQ. PMEL -argoEqPomme,\Co-sponsored\GOOS\Argo\ARGO EQ. POMME,ARGO EQ. POMME,ARGO EQ. POMME -argoEqSage,\Co-sponsored\GOOS\Argo\ARGO EQ. SAGE,ARGO EQ. SAGE,ARGO EQ. SAGE -argoEqTNFRI,\Co-sponsored\GOOS\Argo\ARGO EQ. TNFRI,ARGO EQ. TNFRI,ARGO EQ. TNFRI -argoEqTSK,\Co-sponsored\GOOS\Argo\ARGO EQ. TSK,ARGO EQ. TSK,ARGO EQ. TSK -argoEqTU,\Co-sponsored\GOOS\Argo\ARGO EQ. TU,ARGO EQ. TU,ARGO EQ. TU -argoEqUH,\Co-sponsored\GOOS\Argo\ARGO EQ. UH,ARGO EQ. UH,ARGO EQ. UH -argoEqUHH,\Co-sponsored\GOOS\Argo\ARGO EQ. UHH,ARGO EQ. UHH,ARGO EQ. UHH -argoEqUMOSU,\Co-sponsored\GOOS\Argo\ARGO EQ. UM-OSU,ARGO EQ. UM-OSU,ARGO EQ. UM-OSU -argoEqVocals,\Co-sponsored\GOOS\Argo\ARGO EQ. VOCALS,ARGO EQ. VOCALS,ARGO EQ. VOCALS -argoEqWHOI,\Co-sponsored\GOOS\Argo\ARGO EQ. WHOI,ARGO EQ. WHOI,ARGO EQ. WHOI -argoFinland,\Co-sponsored\GOOS\Argo\ARGO FINLAND,ARGO FINLAND,ARGO FINLAND -ARGOFPAIIGMMC,\Co-sponsored\GOOS\Argo\Argo FPAII-GMMC,Argo FPAII-GMMC,Fondation Prince Albert II de Monaco - Groupe Mission Mercator Coriolis Argo programme -argoGabon,\Co-sponsored\GOOS\Argo\ARGO GABON,ARGO GABON,ARGO GABON -argoGermany,\Co-sponsored\GOOS\Argo\ARGO GERMANY,ARGO GERMANY,ARGO GERMANY -argoGermany2025,\Co-sponsored\GOOS\Argo\Argo GERMANY 2025,Argo GERMANY 2025,German Argo 2025 -argoGOBGCSIO,"\Co-sponsored\GOOS\Argo\Argo GO-BGC, SIO","Argo GO-BGC, SIO",SCRIPPS institute Argo BGC program -argoGOBGCUW,"\Co-sponsored\GOOS\Argo\Argo GO-BGC, UW","Argo GO-BGC, UW",Argo BGC program of UW -argoGOBGCWHOI,"\Co-sponsored\GOOS\Argo\Argo GO-BGC, WHOI","Argo GO-BGC, WHOI",Woods Hole Oceanographic Institution Argo BGC program -argoGOMBoemEq,\Co-sponsored\GOOS\Argo\Argo GOM-BOEM eq.,Argo GOM-BOEM eq.,Gulf of Mexico US Argo research program -argoGreece,\Co-sponsored\GOOS\Argo\ARGO GREECE,ARGO GREECE,ARGO GREECE -argoHUEq,\Co-sponsored\GOOS\Argo\Argo eq. HU,Argo eq. HU,Hokkaido University contribution to Argo -argoIFMGeomar,\Co-sponsored\GOOS\Argo\ARGO IFM-GEOMAR,ARGO IFM-GEOMAR,ARGO IFM-GEOMAR -argoIndia,\Co-sponsored\GOOS\Argo\ARGO INDIA,ARGO INDIA,ARGO INDIA -argoIndonesia,\Co-sponsored\GOOS\Argo\Argo INDONESIA,Argo INDONESIA,Indonesian Argo program -argoIreland,\Co-sponsored\GOOS\Argo\ARGO IRELAND,ARGO IRELAND,ARGO IRELAND -argoItaly,\Co-sponsored\GOOS\Argo\ARGO ITALY,ARGO ITALY,ARGO ITALY -argoJamstec,\Co-sponsored\GOOS\Argo\ARGO JAMSTEC,ARGO JAMSTEC,ARGO JAMSTEC -argoJMA,\Co-sponsored\GOOS\Argo\ARGO JMA,ARGO JMA,ARGO JMA -argoKenya,\Co-sponsored\GOOS\Argo\ARGO KENYA,ARGO KENYA,ARGO KENYA -argoKiost,\Co-sponsored\GOOS\Argo\ARGO KIOST,ARGO KIOST,ARGO KIOST -argoLebanon,\Co-sponsored\GOOS\Argo\ARGO LEBANON,ARGO LEBANON,ARGO LEBANON -argoMauritius,\Co-sponsored\GOOS\Argo\ARGO MAURITIUS,ARGO MAURITIUS,ARGO MAURITIUS -argoMexCoUS,\Co-sponsored\GOOS\Argo\ARGO MEX-CO-US,ARGO MEX-CO-US,ARGO MEX-CO-US -argoMexico,\Co-sponsored\GOOS\Argo\ARGO MEXICO,ARGO MEXICO,ARGO MEXICO -argoMIMRKMA,\Co-sponsored\GOOS\Argo\ARGO NIMR/KMA,ARGO NIMR/KMA,ARGO NIMR/KMA -ARGOMorocco,\Co-sponsored\GOOS\Argo\Argo Morocco,Argo Morocco,Morocco Argo programme -argoNetherlands,\Co-sponsored\GOOS\Argo\ARGO NETHERLANDS,ARGO NETHERLANDS,ARGO NETHERLANDS -argoNewZealand,\Co-sponsored\GOOS\Argo\ARGO NEW ZEALAND,ARGO NEW ZEALAND,ARGO NEW ZEALAND -ARGONIMSKMA,\Co-sponsored\GOOS\Argo\Argo NIMS/KMA,Argo NIMS/KMA,National Institute of Meteorological Science/Korean Meteorological Administration Argo programme -argoNorway,\Co-sponsored\GOOS\Argo\ARGO NORWAY,ARGO NORWAY,ARGO NORWAY -ARGOPeru,\Co-sponsored\GOOS\Argo\Argo PERU,Argo PERU,Argo project - Peru -argoPMEL,\Co-sponsored\GOOS\Argo\ARGO PMEL,ARGO PMEL,ARGO PMEL -argoPoland,\Co-sponsored\GOOS\Argo\ARGO POLAND,ARGO POLAND,ARGO POLAND -argoRussia,\Co-sponsored\GOOS\Argo\ARGO RUSSIA,ARGO RUSSIA,ARGO RUSSIA -argoSaudiArabia,\Co-sponsored\GOOS\Argo\ARGO SAUDI ARABIA,ARGO SAUDI ARABIA,ARGO SAUDI ARABIA -argoSIO,\Co-sponsored\GOOS\Argo\ARGO SIO,ARGO SIO,ARGO SIO -argoSIOEqASIRI,\Co-sponsored\GOOS\Argo\ARGO SIO EQ (ASIRI),ARGO SIO EQ (ASIRI),ARGO SIO EQ (ASIRI) -argoSIOEqOKMC,\Co-sponsored\GOOS\Argo\ARGO SIO EQ. (OKMC),ARGO SIO EQ. (OKMC),ARGO SIO EQ. (OKMC) -argoSIOEqSBE61NOPP,\Co-sponsored\GOOS\Argo\Argo SIO eq. (SBE61NOPP),Argo SIO eq. (SBE61NOPP),NOPP Deep Argo pilot -argoSouthAfrica,\Co-sponsored\GOOS\Argo\ARGO SOUTH AFRICA,ARGO SOUTH AFRICA,ARGO SOUTH AFRICA -argoSpain,\Co-sponsored\GOOS\Argo\ARGO SPAIN,ARGO SPAIN,ARGO SPAIN -argoSriLanka,\Co-sponsored\GOOS\Argo\ARGO SRI LANKA,ARGO SRI LANKA,ARGO SRI LANKA -argoTWREng,\Co-sponsored\GOOS\Argo\ARGO TWR ENGINEERING,ARGO TWR ENGINEERING,ARGO TWR ENGINEERING -argoUK,\Co-sponsored\GOOS\Argo\ARGO UK,ARGO UK,ARGO UK -argoUKBIO,\Co-sponsored\GOOS\Argo\ARGO UK BIO,ARGO UK BIO,ARGO UK BIO -argoUKEq,\Co-sponsored\GOOS\Argo\ARGO UK EQ.,ARGO UK EQ.,ARGO UK EQ. -argoUW,\Co-sponsored\GOOS\Argo\ARGO UW,ARGO UW,ARGO UW -argoUWAplEq,\Co-sponsored\GOOS\Argo\ARGO UW-APL EQ.,ARGO UW-APL EQ.,ARGO UW-APL EQ. -argoUWEq,\Co-sponsored\GOOS\Argo\ARGO UW EQ.,ARGO UW EQ.,ARGO UW EQ. -ARGOUWMBARI,\Co-sponsored\GOOS\Argo\Argo UW-MBARI,Argo UW-MBARI,University of Washington - Monterey Bay Aquarium Research Institute Argo programme -argoUWMbariEq,\Co-sponsored\GOOS\Argo\ARGO UW-MBARI EQ.,ARGO UW-MBARI EQ.,ARGO UW-MBARI EQ. -ARGOUWSOCCOM,\Co-sponsored\GOOS\Argo\Argo UW-SOCCOM,Argo UW-SOCCOM,University of Washington - Southern Ocean Carbon and Climate Observations and Modelling Argo programme -argoUWSoccomEq,\Co-sponsored\GOOS\Argo\ARGO UW-SOCCOM EQ.,ARGO UW-SOCCOM EQ.,ARGO UW-SOCCOM EQ. -argoUWSpursEq,\Co-sponsored\GOOS\Argo\ARGO UW-SPURS EQ.,ARGO UW-SPURS EQ.,ARGO UW-SPURS EQ. -ARGOUWTPOSEQ,\Co-sponsored\GOOS\Argo\Argo UW-TPOS eq.,Argo UW-TPOS eq.,University of Washington - Tropical Pacific Observing System Argo equivalent programme -argoUWUAEq,\Co-sponsored\GOOS\Argo\ARGO UW-UA EQ.,ARGO UW-UA EQ.,ARGO UW-UA EQ. -argoWHOI,\Co-sponsored\GOOS\Argo\ARGO WHOI,ARGO WHOI,ARGO WHOI -argoWHOIEqIR,\Co-sponsored\GOOS\Argo\ARGO WHOI EQ. IR,ARGO WHOI EQ. IR,ARGO WHOI EQ. IR -ARGOWHOIloopcurrentEQ,\Co-sponsored\GOOS\Argo\Argo WHOI-Loop Current eq.,Argo WHOI-Loop Current eq.,"""Woods Hole Oceanographic Institution - Loop Current, Gulf of Mexico Argo equivalent programme""" -argoWHOIMRVEq,\Co-sponsored\GOOS\Argo\ARGO WHOI-MRV EQ.,ARGO WHOI-MRV EQ.,ARGO WHOI-MRV EQ. -ARGOWHOISODAEQ,\Co-sponsored\GOOS\Argo\Argo WHOI-SODA eq.,Argo WHOI-SODA eq.,Woods Hole Oceanographic Institution - Stratified Ocean Dynamics of the Arctic Argo equivalent programme -ASAPAWI,\Co-sponsored\GOOS\SOT\ASAP\ASAP-AWI,ASAP-AWI,AWI ASAP program -ASAPJP,\Co-sponsored\GOOS\SOT\ASAP\ASAP-JP,ASAP-JP,Japanese ASAP program -ASAPKR,\Co-sponsored\GOOS\SOT\ASAP\ASAP-KR,ASAP-KR,Korean ASAP program -ASAPMPI,\Co-sponsored\GOOS\SOT\ASAP\ASAP-MPI,ASAP-MPI,ASAP on MPI operated RVs like German RV Sonne -ASAPUS,\Co-sponsored\GOOS\SOT\ASAP\ASAP-US,ASAP-US,US ASAP program led by NOAA -ASAPZA,\Co-sponsored\GOOS\SOT\ASAP\ASAP-ZA,ASAP-ZA,South African ASAP program -ASOGlider,\Co-sponsored\GOOS\OceanGliders\Adriatic Sea Observatory,Adriatic Sea Observatory,Repeated section in the Adriatic water transformation region -AtlantOSH2020,\Co-sponsored\GOOS\Argo\AtlantOS_H2020,AtlantOS_H2020,Atlantic Ocean Observing System Horizon 2020 Argo project -AWIDB,\Co-sponsored\GOOS\DBCP\AWI-DB,AWI-DB,Alfred Wagner Institute Drifter Buoy program -bioargoUMaine,\Co-sponsored\GOOS\Argo\BioArgo UMaine,BioArgo UMaine,BGC Argo contribution from University of Maine -BOMDB,\Co-sponsored\GOOS\DBCP\BOM DB,BOM DB,Bureau of Meteorology (BOM) Drifting Buoy program -BOMMB,\Co-sponsored\GOOS\DBCP\BOM MB,BOM MB,Bureau of Meteorology (BOM) Moored Buoy -BOMTSU,\Co-sponsored\GOOS\DBCP\BOM-TSU,BOM-TSU,Bureau of Meteorology (BOM) Tsunameter Buoy -BPINC,\Co-sponsored\GOOS\DBCP\BP INC,BP INC,NA -brazilPNBOIAINPE,\Co-sponsored\GOOS\DBCP\BRAZIL PNBOIA-INPE,BRAZIL PNBOIA-INPE,Programa Nacional de Boias (PNBOIA) is the brazilian contribution to the Global Ocean Observation System (GOOS). Instituto Nacional de Pesquisas Espacias (INPE) -BSHDWDfixed,\Co-sponsored\GOOS\DBCP\BSH-DWD-FIXED,BSH-DWD-FIXED,NA -BSHDWDMB,\Co-sponsored\GOOS\DBCP\BSH-DWD-MB,BSH-DWD-MB,NA -BSHMB,\Co-sponsored\GOOS\DBCP\BSH-MB,BSH-MB,NA -BSRN,\Co-sponsored\GCOS\BSRN,BSRN,Baseline Surface Radiation Network -BULARGO,\Co-sponsored\GOOS\Argo\BULARGO,BULARGO,NA -CANDHIS,\Co-sponsored\GOOS\DBCP\CANDHIS,CANDHIS,CANDHIS Wave buoys (CETMEF/Meteo France - (Centre d'Archivage National de Données de Houle In-Situ)) -CAPMoN,\WIGOS\GAW\GAW Other elements\CAPMoN,CAPMoN,Canadian Air and Precipitation Monitoring Network -CARICOOS,\Co-sponsored\GOOS\DBCP\CARICOOS,CARICOOS,CarICOOS is the observing arm of the Caribbean Regional Association for Integrated Coastal Ocean Observing (CaRA) -CARIOCA,\Co-sponsored\GOOS\DBCP\CARIOCA,CARIOCA,CARIOCA SOUTHERN OCEAN -CASTNET,\WIGOS\GAW\GAW Contributing networks\CASTNET,CASTNET,Clean Air Status and Trends Network -CDIP,\Co-sponsored\GOOS\DBCP\CDIP,CDIP,Coastal Data Information Program (CDIP) -ceilometers,\WIGOS\GOS\GOS Other elements\Ceilometers,Ceilometers,Elastic lidar (ceilometer) networks +AARI,\Co-sponsored\GOOS\DBCP,AARI,"Buoys managed by Arctic and Antarctic Research Institute, Russian Federation" +ACTRIS,\WIGOS\GAW\GAW Other elements,ACTRIS,"Aerosol, Clouds and Trace Gases Research Infrastructure, www.actris.eu" +ADD,\WIGOS\GOS\GOS Other elements\ABOS,ADD,Aircraft Derived Data (Mode-S/ADS-B) +ADNet,\WIGOS\GAW\GAW Contributing networks,ADNet,AD-Net Asian Dust and Lidar Observation Network +ADSC,\WIGOS\GOS\GOS Other elements\ABOS,ADS-C,Automatic Data Surveillance (ICAO). These are transmitted at selected points of the flightpath. +AEROCAN,\WIGOS\GAW\GAW Other elements,AEROCAN,"AEROCAN, federated to AERONET" +AERONET,\Non-affiliated,AERONET,AErosol RObotic NETwork +AFIRS,\WIGOS\GOS\GOS Other elements\ABOS,AFIRS,"Automated Flight Information & Reporting System (Commercial/FLYHT). Not currently open to GTS, contract with Panasonic and airline and/or NMHS." +AGAGE,\WIGOS\GAW\GAW Other elements,AGAGE,AGAGE/SOGE/NIES +AIREP,\WIGOS\GOS\GOS Other elements\ABOS,AIREP,Aircraft Report (Manual). These are transmitted by the aircraft when a weather event encountered e.g. severe turbulence or icing. +AlaskaLTERGlider,\Co-sponsored\GOOS\OceanGliders,NSF Northern Gulf of Alaska Long Term Ecological Research,NSF Northern Gulf of Alaska Long Term Ecological Research +AlseamarGlider,\Co-sponsored\GOOS\OceanGliders,Alseamar scientific glider program,Open Glider program of the French Manufacturer Alseamar +AlterECOGlider,\Co-sponsored\GOOS\OceanGliders,Alter_Eco glider program,An Alternative Framework to Assess Marine Ecosystem Functioning in Shelf Seas +AMDAR,\WIGOS\GOS\GOS Other elements\ABOS,AMDAR,Aircraft Meteorological DAta Relay +AOML,\Co-sponsored\GOOS\DBCP,AOML,NA +AOMLeSurfmar,\Co-sponsored\GOOS\DBCP,AOML-E-SURFMAR,NA +AOMLGlider,\Co-sponsored\GOOS\OceanGliders,AOML Glider Program,AOML Glider program is part of the CARICOOS Network +AOMLHurricaneALAMOFloats,\Co-sponsored\GOOS\Argo,AOML Hurricane ALAMO Floats,Hurricane float programme +AOMLMFDB,\Co-sponsored\GOOS\DBCP,AOML-MF DB,NA +AOOSGlider,\Co-sponsored\GOOS\OceanGliders,AOOS Gliders,AOOS glider is the glider program of the Alaska Ocean Observing System part of IOOS program. +APLUW,\Co-sponsored\GOOS\DBCP,APL-UW,NA +argoArgentina,\Co-sponsored\GOOS\Argo,ARGO ARGENTINA,ARGO ARGENTINA +argoAustralia,\Co-sponsored\GOOS\Argo,ARGO AUSTRALIA,ARGO AUSTRALIA +argoAustraliaEq,\Co-sponsored\GOOS\Argo,ARGO AUSTRALIA EQ.,ARGO AUSTRALIA EQ. +argoAWI,\Co-sponsored\GOOS\Argo,ARGO AWI,ARGO AWI +argoBrazil,\Co-sponsored\GOOS\Argo,ARGO BRAZIL,ARGO BRAZIL +argoBrazilNavy,\Co-sponsored\GOOS\Argo,ARGO BRAZIL NAVY,ARGO BRAZIL NAVY +argoBSH,\Co-sponsored\GOOS\Argo,ARGO BSH,ARGO BSH +argoCanada,\Co-sponsored\GOOS\Argo,ARGO CANADA,ARGO CANADA +argoCanadaEq,\Co-sponsored\GOOS\Argo,Argo CANADA eq.,Canadian Argo equivalent program +argoChile,\Co-sponsored\GOOS\Argo,ARGO CHILE,ARGO CHILE +argoChina,\Co-sponsored\GOOS\Argo,ARGO CHINA,ARGO CHINA +argoChinaSOA,\Co-sponsored\GOOS\Argo,ARGO CHINA SOA,ARGO CHINA SOA +argoCostaRica,\Co-sponsored\GOOS\Argo,ARGO COSTA RICA,ARGO COSTA RICA +argoDenmark,\Co-sponsored\GOOS\Argo,ARGO DENMARK,ARGO DENMARK +argoEcuador,\Co-sponsored\GOOS\Argo,ARGO ECUADOR,ARGO ECUADOR +argoEqAOML,\Co-sponsored\GOOS\Argo,ARGO EQ. AOML,ARGO EQ. AOML +argoEqAWI,\Co-sponsored\GOOS\Argo,ARGO EQ. AWI,ARGO EQ. AWI +argoEqBSH,\Co-sponsored\GOOS\Argo,ARGO EQ. BSH,ARGO EQ. BSH +argoEqChina,\Co-sponsored\GOOS\Argo,ARGO EQ. CHINA,ARGO EQ. CHINA +argoEqESPOMZ,\Co-sponsored\GOOS\Argo,ARGO EQ. ESP-OMZ,ARGO EQ. ESP-OMZ +argoEqFERHRI,\Co-sponsored\GOOS\Argo,ARGO EQ. FERHRI,ARGO EQ. FERHRI +argoEqFSU,\Co-sponsored\GOOS\Argo,ARGO EQ. FSU,ARGO EQ. FSU +argoEqHNFRI,\Co-sponsored\GOOS\Argo,ARGO EQ. HNFRI,ARGO EQ. HNFRI +argoEqIFM,\Co-sponsored\GOOS\Argo,ARGO EQ. IFM,ARGO EQ. IFM +argoEqIFM2,\Co-sponsored\GOOS\Argo,ARGO EQ. IFM2,ARGO EQ. IFM2 +argoEqIreland,\Co-sponsored\GOOS\Argo,ARGO EQ. IRELAND,ARGO EQ. IRELAND +argoEqJamstec,\Co-sponsored\GOOS\Argo,ARGO EQ. JAMSTEC,ARGO EQ. JAMSTEC +argoEqJMA,\Co-sponsored\GOOS\Argo,ARGO EQ. JMA,ARGO EQ. JMA +argoEqNavoceano,\Co-sponsored\GOOS\Argo,ARGO EQ. NAVOCEANO,ARGO EQ. NAVOCEANO +argoEqNDBC,\Co-sponsored\GOOS\Argo,ARGO EQ. NDBC,ARGO EQ. NDBC +argoEqNIPR,\Co-sponsored\GOOS\Argo,ARGO EQ. NIPR,ARGO EQ. NIPR +argoEqNRIFS,\Co-sponsored\GOOS\Argo,ARGO EQ. NRIFS,ARGO EQ. NRIFS +argoEqOIST,\Co-sponsored\GOOS\Argo,ARGO EQ. OIST,ARGO EQ. OIST +argoEqORI,\Co-sponsored\GOOS\Argo,ARGO EQ. ORI,ARGO EQ. ORI +argoEqPMEL,\Co-sponsored\GOOS\Argo,ARGO EQ. PMEL,ARGO EQ. PMEL +argoEqPomme,\Co-sponsored\GOOS\Argo,ARGO EQ. POMME,ARGO EQ. POMME +argoEqSage,\Co-sponsored\GOOS\Argo,ARGO EQ. SAGE,ARGO EQ. SAGE +argoEqTNFRI,\Co-sponsored\GOOS\Argo,ARGO EQ. TNFRI,ARGO EQ. TNFRI +argoEqTSK,\Co-sponsored\GOOS\Argo,ARGO EQ. TSK,ARGO EQ. TSK +argoEqTU,\Co-sponsored\GOOS\Argo,ARGO EQ. TU,ARGO EQ. TU +argoEqUH,\Co-sponsored\GOOS\Argo,ARGO EQ. UH,ARGO EQ. UH +argoEqUHH,\Co-sponsored\GOOS\Argo,ARGO EQ. UHH,ARGO EQ. UHH +argoEqUMOSU,\Co-sponsored\GOOS\Argo,ARGO EQ. UM-OSU,ARGO EQ. UM-OSU +argoEqVocals,\Co-sponsored\GOOS\Argo,ARGO EQ. VOCALS,ARGO EQ. VOCALS +argoEqWHOI,\Co-sponsored\GOOS\Argo,ARGO EQ. WHOI,ARGO EQ. WHOI +argoFinland,\Co-sponsored\GOOS\Argo,ARGO FINLAND,ARGO FINLAND +ARGOFPAIIGMMC,\Co-sponsored\GOOS\Argo,Argo FPAII-GMMC,Fondation Prince Albert II de Monaco - Groupe Mission Mercator Coriolis Argo programme +argoGabon,\Co-sponsored\GOOS\Argo,ARGO GABON,ARGO GABON +argoGermany,\Co-sponsored\GOOS\Argo,ARGO GERMANY,ARGO GERMANY +argoGermany2025,\Co-sponsored\GOOS\Argo,Argo GERMANY 2025,German Argo 2025 +argoGOBGCSIO,\Co-sponsored\GOOS\Argo,"Argo GO-BGC, SIO",SCRIPPS institute Argo BGC program +argoGOBGCUW,\Co-sponsored\GOOS\Argo,"Argo GO-BGC, UW",Argo BGC program of UW +argoGOBGCWHOI,\Co-sponsored\GOOS\Argo,"Argo GO-BGC, WHOI",Woods Hole Oceanographic Institution Argo BGC program +argoGOMBoemEq,\Co-sponsored\GOOS\Argo,Argo GOM-BOEM eq.,Gulf of Mexico US Argo research program +argoGreece,\Co-sponsored\GOOS\Argo,ARGO GREECE,ARGO GREECE +argoHUEq,\Co-sponsored\GOOS\Argo,Argo eq. HU,Hokkaido University contribution to Argo +argoIFMGeomar,\Co-sponsored\GOOS\Argo,ARGO IFM-GEOMAR,ARGO IFM-GEOMAR +argoIndia,\Co-sponsored\GOOS\Argo,ARGO INDIA,ARGO INDIA +argoIndonesia,\Co-sponsored\GOOS\Argo,Argo INDONESIA,Indonesian Argo program +argoIreland,\Co-sponsored\GOOS\Argo,ARGO IRELAND,ARGO IRELAND +argoItaly,\Co-sponsored\GOOS\Argo,ARGO ITALY,ARGO ITALY +argoJamstec,\Co-sponsored\GOOS\Argo,ARGO JAMSTEC,ARGO JAMSTEC +argoJMA,\Co-sponsored\GOOS\Argo,ARGO JMA,ARGO JMA +argoKenya,\Co-sponsored\GOOS\Argo,ARGO KENYA,ARGO KENYA +argoKiost,\Co-sponsored\GOOS\Argo,ARGO KIOST,ARGO KIOST +argoLebanon,\Co-sponsored\GOOS\Argo,ARGO LEBANON,ARGO LEBANON +argoMauritius,\Co-sponsored\GOOS\Argo,ARGO MAURITIUS,ARGO MAURITIUS +argoMexCoUS,\Co-sponsored\GOOS\Argo,ARGO MEX-CO-US,ARGO MEX-CO-US +argoMexico,\Co-sponsored\GOOS\Argo,ARGO MEXICO,ARGO MEXICO +argoMIMRKMA,\Co-sponsored\GOOS\Argo,ARGO NIMR/KMA,ARGO NIMR/KMA +ARGOMorocco,\Co-sponsored\GOOS\Argo,Argo Morocco,Morocco Argo programme +argoNetherlands,\Co-sponsored\GOOS\Argo,ARGO NETHERLANDS,ARGO NETHERLANDS +argoNewZealand,\Co-sponsored\GOOS\Argo,ARGO NEW ZEALAND,ARGO NEW ZEALAND +ARGONIMSKMA,\Co-sponsored\GOOS\Argo,Argo NIMS/KMA,National Institute of Meteorological Science/Korean Meteorological Administration Argo programme +argoNorway,\Co-sponsored\GOOS\Argo,ARGO NORWAY,ARGO NORWAY +ARGOPeru,\Co-sponsored\GOOS\Argo,Argo PERU,Argo project - Peru +argoPMEL,\Co-sponsored\GOOS\Argo,ARGO PMEL,ARGO PMEL +argoPoland,\Co-sponsored\GOOS\Argo,ARGO POLAND,ARGO POLAND +argoRussia,\Co-sponsored\GOOS\Argo,ARGO RUSSIA,ARGO RUSSIA +argoSaudiArabia,\Co-sponsored\GOOS\Argo,ARGO SAUDI ARABIA,ARGO SAUDI ARABIA +argoSIO,\Co-sponsored\GOOS\Argo,ARGO SIO,ARGO SIO +argoSIOEqASIRI,\Co-sponsored\GOOS\Argo,ARGO SIO EQ (ASIRI),ARGO SIO EQ (ASIRI) +argoSIOEqOKMC,\Co-sponsored\GOOS\Argo,ARGO SIO EQ. (OKMC),ARGO SIO EQ. (OKMC) +argoSIOEqSBE61NOPP,\Co-sponsored\GOOS\Argo,Argo SIO eq. (SBE61NOPP),NOPP Deep Argo pilot +argoSouthAfrica,\Co-sponsored\GOOS\Argo,ARGO SOUTH AFRICA,ARGO SOUTH AFRICA +argoSpain,\Co-sponsored\GOOS\Argo,ARGO SPAIN,ARGO SPAIN +argoSriLanka,\Co-sponsored\GOOS\Argo,ARGO SRI LANKA,ARGO SRI LANKA +argoTWREng,\Co-sponsored\GOOS\Argo,ARGO TWR ENGINEERING,ARGO TWR ENGINEERING +argoUK,\Co-sponsored\GOOS\Argo,ARGO UK,ARGO UK +argoUKBIO,\Co-sponsored\GOOS\Argo,ARGO UK BIO,ARGO UK BIO +argoUKEq,\Co-sponsored\GOOS\Argo,ARGO UK EQ.,ARGO UK EQ. +argoUW,\Co-sponsored\GOOS\Argo,ARGO UW,ARGO UW +argoUWAplEq,\Co-sponsored\GOOS\Argo,ARGO UW-APL EQ.,ARGO UW-APL EQ. +argoUWEq,\Co-sponsored\GOOS\Argo,ARGO UW EQ.,ARGO UW EQ. +ARGOUWMBARI,\Co-sponsored\GOOS\Argo,Argo UW-MBARI,University of Washington - Monterey Bay Aquarium Research Institute Argo programme +argoUWMbariEq,\Co-sponsored\GOOS\Argo,ARGO UW-MBARI EQ.,ARGO UW-MBARI EQ. +ARGOUWSOCCOM,\Co-sponsored\GOOS\Argo,Argo UW-SOCCOM,University of Washington - Southern Ocean Carbon and Climate Observations and Modelling Argo programme +argoUWSoccomEq,\Co-sponsored\GOOS\Argo,ARGO UW-SOCCOM EQ.,ARGO UW-SOCCOM EQ. +argoUWSpursEq,\Co-sponsored\GOOS\Argo,ARGO UW-SPURS EQ.,ARGO UW-SPURS EQ. +ARGOUWTPOSEQ,\Co-sponsored\GOOS\Argo,Argo UW-TPOS eq.,University of Washington - Tropical Pacific Observing System Argo equivalent programme +argoUWUAEq,\Co-sponsored\GOOS\Argo,ARGO UW-UA EQ.,ARGO UW-UA EQ. +argoWHOI,\Co-sponsored\GOOS\Argo,ARGO WHOI,ARGO WHOI +argoWHOIEqIR,\Co-sponsored\GOOS\Argo,ARGO WHOI EQ. IR,ARGO WHOI EQ. IR +ARGOWHOIloopcurrentEQ,\Co-sponsored\GOOS\Argo,Argo WHOI-Loop Current eq.,"""Woods Hole Oceanographic Institution - Loop Current, Gulf of Mexico Argo equivalent programme""" +argoWHOIMRVEq,\Co-sponsored\GOOS\Argo,ARGO WHOI-MRV EQ.,ARGO WHOI-MRV EQ. +ARGOWHOISODAEQ,\Co-sponsored\GOOS\Argo,Argo WHOI-SODA eq.,Woods Hole Oceanographic Institution - Stratified Ocean Dynamics of the Arctic Argo equivalent programme +ASAPAWI,\Co-sponsored\GOOS\SOT\ASAP,ASAP-AWI,AWI ASAP program +ASAPJP,\Co-sponsored\GOOS\SOT\ASAP,ASAP-JP,Japanese ASAP program +ASAPKR,\Co-sponsored\GOOS\SOT\ASAP,ASAP-KR,Korean ASAP program +ASAPMPI,\Co-sponsored\GOOS\SOT\ASAP,ASAP-MPI,ASAP on MPI operated RVs like German RV Sonne +ASAPUS,\Co-sponsored\GOOS\SOT\ASAP,ASAP-US,US ASAP program led by NOAA +ASAPZA,\Co-sponsored\GOOS\SOT\ASAP,ASAP-ZA,South African ASAP program +ASOGlider,\Co-sponsored\GOOS\OceanGliders,Adriatic Sea Observatory,Repeated section in the Adriatic water transformation region +AtlantOSH2020,\Co-sponsored\GOOS\Argo,AtlantOS_H2020,Atlantic Ocean Observing System Horizon 2020 Argo project +AWIDB,\Co-sponsored\GOOS\DBCP,AWI-DB,Alfred Wagner Institute Drifter Buoy program +bioargoUMaine,\Co-sponsored\GOOS\Argo,BioArgo UMaine,BGC Argo contribution from University of Maine +BOMDB,\Co-sponsored\GOOS\DBCP,BOM DB,Bureau of Meteorology (BOM) Drifting Buoy program +BOMMB,\Co-sponsored\GOOS\DBCP,BOM MB,Bureau of Meteorology (BOM) Moored Buoy +BOMTSU,\Co-sponsored\GOOS\DBCP,BOM-TSU,Bureau of Meteorology (BOM) Tsunameter Buoy +BPINC,\Co-sponsored\GOOS\DBCP,BP INC,NA +brazilPNBOIAINPE,\Co-sponsored\GOOS\DBCP,BRAZIL PNBOIA-INPE,Programa Nacional de Boias (PNBOIA) is the brazilian contribution to the Global Ocean Observation System (GOOS). Instituto Nacional de Pesquisas Espacias (INPE) +BSHDWDfixed,\Co-sponsored\GOOS\DBCP,BSH-DWD-FIXED,NA +BSHDWDMB,\Co-sponsored\GOOS\DBCP,BSH-DWD-MB,NA +BSHMB,\Co-sponsored\GOOS\DBCP,BSH-MB,NA +BSRN,\Co-sponsored\GCOS,BSRN,Baseline Surface Radiation Network +BULARGO,\Co-sponsored\GOOS\Argo,BULARGO,NA +CANDHIS,\Co-sponsored\GOOS\DBCP,CANDHIS,CANDHIS Wave buoys (CETMEF/Meteo France - (Centre d'Archivage National de Données de Houle In-Situ)) +CAPMoN,\WIGOS\GAW\GAW Other elements,CAPMoN,Canadian Air and Precipitation Monitoring Network +CARICOOS,\Co-sponsored\GOOS\DBCP,CARICOOS,CarICOOS is the observing arm of the Caribbean Regional Association for Integrated Coastal Ocean Observing (CaRA) +CARIOCA,\Co-sponsored\GOOS\DBCP,CARIOCA,CARIOCA SOUTHERN OCEAN +CASTNET,\WIGOS\GAW\GAW Contributing networks,CASTNET,Clean Air Status and Trends Network +CDIP,\Co-sponsored\GOOS\DBCP,CDIP,Coastal Data Information Program (CDIP) +ceilometers,\WIGOS\GOS\GOS Other elements,Ceilometers,Elastic lidar (ceilometer) networks centennialObservingstations,,Centennial Observing Stations,"Long-term meteorological observations are unique sources of past information about atmospheric parameters, thus are references for climate variability and change assessments. To highlight this importance, WMO has a mechanism to recognize centennial observing stations. By so doing, the Organization promotes sustainable observational standards and best practices that facilitate the generation of high-quality time series data." -CEOASGlider,\Co-sponsored\GOOS\OceanGliders\CEOAS glider program,CEOAS glider program,"College of Earth, Ocean, and Atmospheric Sciences glider program contribute to the CeNCOOS is the Central and Northern California Ocean Observing System." -Challenger,\Co-sponsored\GOOS\OceanGliders\Challenger,Challenger,The Silbo Challenger mission is a partnership between industry and academia. -CIS-LiNet,\WIGOS\GAW\GAW Other elements\CIS-LiNet,CIS-LiNet,Atmosphere aerosol and ozone monitoring in CIS regions through lidar stations network -CLN,\WIGOS\GAW\GAW Other elements\CLN,CLN,The NOAA Cooperative Remote Sensing Science and Technology (CREST) Lidar network -colombiaTSU,\Co-sponsored\GOOS\DBCP\COLOMBIA-TSU,COLOMBIA-TSU,Colombia Tsunameter buoy -COMPSMB,\Co-sponsored\GOOS\DBCP\COMPS-MB,COMPS-MB,Owned and maintained by COMPS (University of South Florida) Offshore Buoy -copernicusHRSSTFRM,\Co-sponsored\GOOS\DBCP\COPERNICUS-HRSST-FRM,COPERNICUS-HRSST-FRM,COPERNICUS High Resolution SST Framework -coriolis,\Co-sponsored\GOOS\Argo\CORIOLIS,CORIOLIS,CORIOLIS -coriolisBioargo,\Co-sponsored\GOOS\Argo\CORIOLIS-BIOARGO,CORIOLIS-BIOARGO,NA -coriolisCanoa,\Co-sponsored\GOOS\Argo\CORIOLIS-CANOA,CORIOLIS-CANOA,NA -coriolisCongas,\Co-sponsored\GOOS\Argo\CORIOLIS-CONGAS,CORIOLIS-CONGAS,NA -coriolisDrake,\Co-sponsored\GOOS\Argo\CORIOLIS-DRAKE,CORIOLIS-DRAKE,ARGO South West Atlantic -coriolisEGEE,\Co-sponsored\GOOS\Argo\CORIOLIS-EGEE,CORIOLIS-EGEE,NA -coriolisEqypt,\Co-sponsored\GOOS\Argo\CORIOLIS-EGYPT,CORIOLIS-EGYPT,NA -coriolisFlops,\Co-sponsored\GOOS\Argo\CORIOLIS-FLOPS,CORIOLIS-FLOPS,CORIOLIS project for FLOtteurs du Pacifique Sud-es -coriolisFlostral,\Co-sponsored\GOOS\Argo\CORIOLIS-FLOSTRAL,CORIOLIS-FLOSTRAL,NA -coriolisFNOBJCOMMOPS,\Co-sponsored\GOOS\Argo\CORIOLIS-FNOB-JCOMMOPS,CORIOLIS-FNOB-JCOMMOPS,"CORIOLIS project under JCOMMOPS initiative, within a larger cooperation between the Fundacio Navegacio Oceanica Barcelona (FNOB)" -coriolisFrontalis,\Co-sponsored\GOOS\Argo\CORIOLIS-FRONTALIS,CORIOLIS-FRONTALIS,NA -coriolisGoodHope,\Co-sponsored\GOOS\Argo\CORIOLIS-GOOD HOPE,CORIOLIS-GOOD HOPE,NA -coriolisOvide,\Co-sponsored\GOOS\Argo\CORIOLIS-OVIDE,CORIOLIS-OVIDE,NA -coriolisPirata,\Co-sponsored\GOOS\Argo\CORIOLIS-PIRATA,CORIOLIS-PIRATA,NA -coriolisPrevimer,\Co-sponsored\GOOS\Argo\CORIOLIS-PREVIMER,CORIOLIS-PREVIMER,NA -coriolisProsat,\Co-sponsored\GOOS\Argo\CORIOLIS-PROSAT,CORIOLIS-PROSAT,NA -coriolisRemocean,\Co-sponsored\GOOS\Argo\CORIOLIS-REMOCEAN,CORIOLIS-REMOCEAN,NA -coriolisRemoceanEq,\Co-sponsored\GOOS\Argo\CORIOLIS-REMOCEAN EQ.,CORIOLIS-REMOCEAN EQ.,NA -coriolisSpice,\Co-sponsored\GOOS\Argo\CORIOLIS-SPICE,CORIOLIS-SPICE,NA -coriolisTrack,\Co-sponsored\GOOS\Argo\CORIOLIS-TRACK,CORIOLIS-TRACK,NA -CORMPNC,\Co-sponsored\GOOS\DBCP\CORMP-NC,CORMP-NC,Coastal Ocean Research and Monitoring Program -NC -COSYNA,\Co-sponsored\GOOS\OceanGliders\Coastal Observing System for Northern and Arctic Seas,Coastal Observing System for Northern and Arctic Seas,German multi-platform Observatory of the Northern and Arctic Sea -CSIMB,\Co-sponsored\GOOS\DBCP\CSI-MB,CSI-MB,"Owned and maintained by UNC Coastal Studies Institute, Data provided by Scripps Institution of Oceanography" -CTBTO,\WIGOS\GOS\GOS Contributing networks\CTBTO,CTBTO,Comprehensive Nuclear-Test Ban Treaty Organization International Monitoring System Network monitoring station -CYCOFOS,\Co-sponsored\GOOS\OceanGliders\Cyprus Coastal Ocean Forecasting and Observing System,Cyprus Coastal Ocean Forecasting and Observing System,"Sub-regional forecasting and observing system in the Eastern Mediterranean Levantine Basin, which covers the coastal and open sea areas of Cyprus, Cilician and Lattakian basins and the Eastern Levantine Base" -DBCPothers,\Co-sponsored\GOOS\DBCP\DBCP others,DBCP others,NA -DEKOSIM,\Co-sponsored\GOOS\Argo\DEKOSIM,DEKOSIM,DEKOSIM is an interdisciplinary research project funded by the Turkish Ministry of Development -DFOUVicGlider,\Co-sponsored\GOOS\OceanGliders\DFO/University of Victoria Glider program,DFO/University of Victoria Glider program,Glider program operated by University of Victoria in collaboration with DFO -DFODB,\Co-sponsored\GOOS\DBCP\DFO DB,DFO DB,Department of Fisheries and Oceans Drifter Buoys -DFOGlider,\Co-sponsored\GOOS\OceanGliders\Department of Fisheries and Oceans Canada Glider Program,Department of Fisheries and Oceans Canada Glider Program,The Department of Fisheries and Oceans Canada Glider Program -DFOUSVs,\Co-sponsored\GOOS\DBCP\DFO USVs,DFO USVs,"Unmanned/Autonomous Surface Vehicles by DFO, Canada" -eAIMS,\Co-sponsored\GOOS\Argo\E-AIMS,E-AIMS,Euro-Argo Improvements for the GMES Marine Service -EANET,\WIGOS\GAW\GAW Contributing networks\EANET,EANET,EANET -EARLINET,\WIGOS\GAW\GAW Contributing networks\EARLINET,EARLINET,European Aerosol Research Lidar Network -eASAP,\Co-sponsored\GOOS\SOT\ASAP\E-ASAP,E-ASAP,Eumetnet - Automated Shipboard Aerological Program -ECDB,\Co-sponsored\GOOS\DBCP\EC DB,EC DB,Canada Drifting Buoys -ECIABP,\Co-sponsored\GOOS\DBCP\EC-IABP,EC-IABP,International Arctic Buoy Program -ECMB,\Co-sponsored\GOOS\DBCP\EC MB,EC MB,Canadian Moored Buoy Programme (MSC) -EEAGlider,\Co-sponsored\GOOS\OceanGliders\Extended Ellett Array,Extended Ellett Array,"The Ellett Array uses moorings, gliders and ship-based hydrography to observe the warm-water pathways of the AMOC, located in the Rockall Trough and the Hatton-Rockall Basin." -EMEP,\WIGOS\GAW\GAW Other elements\EMEP,EMEP,European Monitoring and Evaluation Programme -eSurfmar,\Co-sponsored\GOOS\DBCP\E-SURFMAR,E-SURFMAR,EUMETNET Composite Observing System (EUCOS)Surface Marine Programme -eSurfmarGDP,\Co-sponsored\GOOS\DBCP\GDP-E-SURFMAR,E-SURFMAR GDP,Global Drifter Program drifters with E-SURFMAR barometer upgrades -eSurfmarIrishIMI,\Co-sponsored\GOOS\DBCP\E-SURFMAR-IRISH IMI,E-SURFMAR-IRISH IMI,EUMETNET Composite Observing System (EUCOS)Surface Marine Programme and IRISH MARINE INSTITUTE (EUROPEAN CONTRIBUTION) -eSurfmarNOAA,\Co-sponsored\GOOS\DBCP\E-SURFMAR-NOAA,E-SURFMAR-NOAA,NA -eSurfmarUKFRMB,\Co-sponsored\GOOS\DBCP\E-SURFMAR-UK/FR MB,E-SURFMAR-UK/FR MB,NA -eSurfmarUKMB,\Co-sponsored\GOOS\DBCP\E-SURFMAR-UK MB,E-SURFMAR-UK MB,UKMO moored buoy programme -EUROARGO,\Co-sponsored\GOOS\Argo\EUROARGO,EUROARGO,European contribution to Argo program -EuroARGORISE,\Co-sponsored\GOOS\Argo\Euro-Argo RISE,Euro-Argo RISE,Euro-Argo Research Infrastructure Sustainability and Enhancement project -euroSeaArgo,\Co-sponsored\GOOS\Argo\EuroSea Argo,EuroSea Argo,Argo part of the EuroSea project -EurositesPlanier,\Co-sponsored\GOOS\DBCP\EUROSITES PLANIER,EUROSITES PLANIER,NA -FERHRITSU,\Co-sponsored\GOOS\DBCP\FERHRI-TSU,FERHRI-TSU,Far Eastern Regional Hydrometeorological Research Institute Tsunameter Buoys -FMIGlider,\Co-sponsored\GOOS\OceanGliders\FMI Glider Program,FMI Glider Program,Glider program operated by the Finish Institute of Meteorology. FMI operate gliders in the Baltic Sea. -FranceGlider,\Co-sponsored\GOOS\OceanGliders\DTINSU international,DTINSU international,Sustained programme of non-repeated National and International deployment of the French Gliders Facility +CEOASGlider,\Co-sponsored\GOOS\OceanGliders,CEOAS glider program,"College of Earth, Ocean, and Atmospheric Sciences glider program contribute to the CeNCOOS is the Central and Northern California Ocean Observing System." +Challenger,\Co-sponsored\GOOS\OceanGliders,Challenger,The Silbo Challenger mission is a partnership between industry and academia. +CIS-LiNet,\WIGOS\GAW\GAW Other elements,CIS-LiNet,Atmosphere aerosol and ozone monitoring in CIS regions through lidar stations network +CLN,\WIGOS\GAW\GAW Other elements,CLN,The NOAA Cooperative Remote Sensing Science and Technology (CREST) Lidar network +colombiaTSU,\Co-sponsored\GOOS\DBCP,COLOMBIA-TSU,Colombia Tsunameter buoy +COMPSMB,\Co-sponsored\GOOS\DBCP,COMPS-MB,Owned and maintained by COMPS (University of South Florida) Offshore Buoy +copernicusHRSSTFRM,\Co-sponsored\GOOS\DBCP,COPERNICUS-HRSST-FRM,COPERNICUS High Resolution SST Framework +coriolis,\Co-sponsored\GOOS\Argo,CORIOLIS,CORIOLIS +coriolisBioargo,\Co-sponsored\GOOS\Argo,CORIOLIS-BIOARGO,NA +coriolisCanoa,\Co-sponsored\GOOS\Argo,CORIOLIS-CANOA,NA +coriolisCongas,\Co-sponsored\GOOS\Argo,CORIOLIS-CONGAS,NA +coriolisDrake,\Co-sponsored\GOOS\Argo,CORIOLIS-DRAKE,ARGO South West Atlantic +coriolisEGEE,\Co-sponsored\GOOS\Argo,CORIOLIS-EGEE,NA +coriolisEqypt,\Co-sponsored\GOOS\Argo,CORIOLIS-EGYPT,NA +coriolisFlops,\Co-sponsored\GOOS\Argo,CORIOLIS-FLOPS,CORIOLIS project for FLOtteurs du Pacifique Sud-es +coriolisFlostral,\Co-sponsored\GOOS\Argo,CORIOLIS-FLOSTRAL,NA +coriolisFNOBJCOMMOPS,\Co-sponsored\GOOS\Argo,CORIOLIS-FNOB-JCOMMOPS,"CORIOLIS project under JCOMMOPS initiative, within a larger cooperation between the Fundacio Navegacio Oceanica Barcelona (FNOB)" +coriolisFrontalis,\Co-sponsored\GOOS\Argo,CORIOLIS-FRONTALIS,NA +coriolisGoodHope,\Co-sponsored\GOOS\Argo,CORIOLIS-GOOD HOPE,NA +coriolisOvide,\Co-sponsored\GOOS\Argo,CORIOLIS-OVIDE,NA +coriolisPirata,\Co-sponsored\GOOS\Argo,CORIOLIS-PIRATA,NA +coriolisPrevimer,\Co-sponsored\GOOS\Argo,CORIOLIS-PREVIMER,NA +coriolisProsat,\Co-sponsored\GOOS\Argo,CORIOLIS-PROSAT,NA +coriolisRemocean,\Co-sponsored\GOOS\Argo,CORIOLIS-REMOCEAN,NA +coriolisRemoceanEq,\Co-sponsored\GOOS\Argo,CORIOLIS-REMOCEAN EQ.,NA +coriolisSpice,\Co-sponsored\GOOS\Argo,CORIOLIS-SPICE,NA +coriolisTrack,\Co-sponsored\GOOS\Argo,CORIOLIS-TRACK,NA +CORMPNC,\Co-sponsored\GOOS\DBCP,CORMP-NC,Coastal Ocean Research and Monitoring Program -NC +COSYNA,\Co-sponsored\GOOS\OceanGliders,Coastal Observing System for Northern and Arctic Seas,German multi-platform Observatory of the Northern and Arctic Sea +CSIMB,\Co-sponsored\GOOS\DBCP,CSI-MB,"Owned and maintained by UNC Coastal Studies Institute, Data provided by Scripps Institution of Oceanography" +CTBTO,\WIGOS\GOS\GOS Contributing networks,CTBTO,Comprehensive Nuclear-Test Ban Treaty Organization International Monitoring System Network monitoring station +CYCOFOS,\Co-sponsored\GOOS\OceanGliders,Cyprus Coastal Ocean Forecasting and Observing System,"Sub-regional forecasting and observing system in the Eastern Mediterranean Levantine Basin, which covers the coastal and open sea areas of Cyprus, Cilician and Lattakian basins and the Eastern Levantine Base" +DBCPothers,\Co-sponsored\GOOS\DBCP,DBCP others,NA +DEKOSIM,\Co-sponsored\GOOS\Argo,DEKOSIM,DEKOSIM is an interdisciplinary research project funded by the Turkish Ministry of Development +DFOUVicGlider,\Co-sponsored\GOOS\OceanGliders,DFO/University of Victoria Glider program,Glider program operated by University of Victoria in collaboration with DFO +DFODB,\Co-sponsored\GOOS\DBCP,DFO DB,Department of Fisheries and Oceans Drifter Buoys +DFOGlider,\Co-sponsored\GOOS\OceanGliders,Department of Fisheries and Oceans Canada Glider Program,The Department of Fisheries and Oceans Canada Glider Program +DFOUSVs,\Co-sponsored\GOOS\DBCP,DFO USVs,"Unmanned/Autonomous Surface Vehicles by DFO, Canada" +eAIMS,\Co-sponsored\GOOS\Argo,E-AIMS,Euro-Argo Improvements for the GMES Marine Service +EANET,\WIGOS\GAW\GAW Contributing networks,EANET,EANET +EARLINET,\WIGOS\GAW\GAW Contributing networks,EARLINET,European Aerosol Research Lidar Network +eASAP,\Co-sponsored\GOOS\SOT\ASAP,E-ASAP,Eumetnet - Automated Shipboard Aerological Program +ECDB,\Co-sponsored\GOOS\DBCP,EC DB,Canada Drifting Buoys +ECIABP,\Co-sponsored\GOOS\DBCP,EC-IABP,International Arctic Buoy Program +ECMB,\Co-sponsored\GOOS\DBCP,EC MB,Canadian Moored Buoy Programme (MSC) +EEAGlider,\Co-sponsored\GOOS\OceanGliders,Extended Ellett Array,"The Ellett Array uses moorings, gliders and ship-based hydrography to observe the warm-water pathways of the AMOC, located in the Rockall Trough and the Hatton-Rockall Basin." +EMEP,\WIGOS\GAW\GAW Other elements,EMEP,European Monitoring and Evaluation Programme +eSurfmar,\Co-sponsored\GOOS\DBCP,E-SURFMAR,EUMETNET Composite Observing System (EUCOS)Surface Marine Programme +eSurfmarGDP,\Co-sponsored\GOOS\DBCP,E-SURFMAR GDP,Global Drifter Program drifters with E-SURFMAR barometer upgrades +eSurfmarIrishIMI,\Co-sponsored\GOOS\DBCP,E-SURFMAR-IRISH IMI,EUMETNET Composite Observing System (EUCOS)Surface Marine Programme and IRISH MARINE INSTITUTE (EUROPEAN CONTRIBUTION) +eSurfmarNOAA,\Co-sponsored\GOOS\DBCP,E-SURFMAR-NOAA,NA +eSurfmarUKFRMB,\Co-sponsored\GOOS\DBCP,E-SURFMAR-UK/FR MB,NA +eSurfmarUKMB,\Co-sponsored\GOOS\DBCP,E-SURFMAR-UK MB,UKMO moored buoy programme +EUROARGO,\Co-sponsored\GOOS\Argo,EUROARGO,European contribution to Argo program +EuroARGORISE,\Co-sponsored\GOOS\Argo,Euro-Argo RISE,Euro-Argo Research Infrastructure Sustainability and Enhancement project +euroSeaArgo,\Co-sponsored\GOOS\Argo,EuroSea Argo,Argo part of the EuroSea project +EurositesPlanier,\Co-sponsored\GOOS\DBCP,EUROSITES PLANIER,NA +FERHRITSU,\Co-sponsored\GOOS\DBCP,FERHRI-TSU,Far Eastern Regional Hydrometeorological Research Institute Tsunameter Buoys +FMIGlider,\Co-sponsored\GOOS\OceanGliders,FMI Glider Program,Glider program operated by the Finish Institute of Meteorology. FMI operate gliders in the Baltic Sea. +FranceGlider,\Co-sponsored\GOOS\OceanGlidersDTINSU international,DTINSU international,Sustained programme of non-repeated National and International deployment of the French Gliders Facility GALION,\WIGOS\GAW\GALION,GALION,GAW Aerosol Lidar Observation Network GAWglobal,\WIGOS\GAW\GAW Global,GAW Global,Global GAW station GAWlocal,\WIGOS\GAW\GAW Local,GAW Local,Local GAW station -GAWnonAffiliated,\WIGOS\GAW\GAW Other elements\Non-affiliated,Non-affiliated,Observing elements that are not affiliated with GAW or any of the co-sponsored programs -GAWPFR,\WIGOS\GAW\GAW Contributing networks\GAW-PFR,GAW-PFR,GAW Precision Filter Radiometer Network -GAWregional,\WIGOS\GAW\GAW Regional,GAW Regional,Regional GAW station -GBON,\WIGOS\GOS\GOS Surface networks\GBON,GBON,Global Basic Observing Network -GCWaffiliated,\WIGOS\GCW\GCW affiliated station,GCW affiliated station,"A station of an GCW affiliated network measuring at least one cryospheric variable, contributing to GCW in addition to CryoNet and GCW contributing stations." -GCWcontributing,\WIGOS\GCW\GCW Contributing station,GCW Contributing station,A GCW station which provides useful measurements of the cryosphere but does not meet all requirements for a CryoNet Station. -GCWCryoNet,\WIGOS\GCW\GCW CryoNet station,GCW CryoNet station,"A GCW station measuring at least one variable of one cryosphere component, and meeting a set of defined requirements." -GDPMF,\Co-sponsored\GOOS\DBCP\GDP-MF,GDPMF,Global Drifter Program drifters with Meteo-France barometer upgrades -GEOMARGlider,\Co-sponsored\GOOS\OceanGliders\GEOMAR Glider program,GEOMAR Glider program,Glider program operated by GEOMAR. Regular cooperation with Cape Verde Oceanographic institute. -germanAODnetwork,\WIGOS\GAW\GAW Other elements\German AOD network,German AOD network,German Aerosol Optical Depth Network -germanyMB,\Co-sponsored\GOOS\DBCP\GERMANY MB,GERMANY MB,KIEL GEK BUOY -GINA,\Co-sponsored\GOOS\OceanGliders\Glider In The Agulhas,Glider In The Agulhas,Glider program operated by CSIR in South Africa along the Agulhas current -GLOSCAL,\Co-sponsored\GOOS\DBCP\GLOSCAL,GLOSCAL,"GLOSCAL is a French Project sponsored by ESA, which aims to calibrate and validate sea surface salinity (SSS) measurements carried out by satellite (e.g. SMOS and Aquarius)." -GNSSradioOccultation,\WIGOS\GOS\GOS Other elements\GNSS radio-occultation system,GNSS radio-occultation system,NA -GOMIX,\Co-sponsored\GOOS\OceanGliders\GOMIX,GOMIX,GOMIX glider program lead by University of Texas -GOMOGlider,\Co-sponsored\GOOS\OceanGliders\Global Ocean Monitoring and Observing Program - Glider,Global Ocean Monitoring and Observing Program - Glider,GOMO provide and support high quality global ocean observations and research to improve our scientific understanding and inform society about the ocean's role in environmental change. GOMO glider is the glider component of GOMO. -GOSGeneral,\WIGOS\GOS\GOS Surface networks\GOS General,GOS General,No affiliation to other GOS Surface networks -GOship,\Co-sponsored\GOOS\SOT\GO-SHIP,GO-SHIP,Global Ocean Ship-Based Hydrographic Investigations Programme -GreatLakeGlider,\Co-sponsored\GOOS\OceanGliders\Great Lakes Observing System Glider Program,Great Lakes Observing System Glider Program,Great Lakes Observing System Glider Program -greeceMB,\Co-sponsored\GOOS\DBCP\GREECE MB,GREECE MB,Moored buoys in the Greek Poseiden Network -GRUAN,\Co-sponsored\GCOS\GRUAN,GRUAN,GCOS Reference Upper-Air Network -GSN,\Co-sponsored\GCOS\GSN,GSN,GCOS Surface Network -GSRN,\Co-sponsored\GCOS\GSRN,GSRN,GCOS Surface Reference Network -GTOS,\Co-sponsored\GTOS,GTOS,Global Terrestrial Observing System -GUAN,\Co-sponsored\GCOS\GUAN,GUAN,GCOS Upper-Air Network -gyroscope,\Co-sponsored\GOOS\Argo\GYROSCOPE,GYROSCOPE,"GyroScope project is aimed to develop a European component of a global in situ observing system of ocean variability in the North Atlantic, as a contribution to the Argo project." -HCMRGlider,\Co-sponsored\GOOS\OceanGliders\HCMR glider program,HCMR glider program,HCMR maintain the Cretan Line. -HKOBSDB,\Co-sponsored\GOOS\DBCP\HK-OBS-DB,HK-OBS-DB,Hong Kong Observatory Drifter Buoy -HurricaneGlider,\Co-sponsored\GOOS\OceanGliders\NOAA Glider Hurricane Program,NOAA Glider Hurricane Program,NOAA Glider Hurricane Program aims at improving hurricane forecasting by assimilating observations from gliders situated in the passage of a a hurricane in the coastal seas of US. -HZGGlider,\Co-sponsored\GOOS\OceanGliders\HZG glider program,HZG glider program,Glider program operated by Helmholtz-Zentrum Geesthacht -IABP,\Co-sponsored\GOOS\DBCP\IABP,IABP,International Arctic Buoy Programme (IABP) -IABPcanada,\Co-sponsored\GOOS\DBCP\IABP CANADA,IABP CANADA,ICE FLOE DRIFT -IABPEC,\Co-sponsored\GOOS\DBCP\IABP-EC,IABP-EC,NA -IABPNIC,\Co-sponsored\GOOS\DBCP\IABP NIC,IABP NIC,NA -IABPUS,\Co-sponsored\GOOS\DBCP\IABP US,IABP US,Coordination/data management of the Intl Arctic Buoy program -IABPUW,\Co-sponsored\GOOS\DBCP\IABP-UW,IABP-UW,Intl Arctic Buoy Program (IABP) University of Washington (UW) -IAGOS,\WIGOS\GAW\GAW Contributing networks\IAGOS,IAGOS,In-service Aircraft for a Global Observing System -IBPIO,\Co-sponsored\GOOS\DBCP\IBPIO,IBPIO,International Buoy Programme for the Indian Ocean (IBPIO) -ICOS,\WIGOS\GAW\GAW Contributing networks\ICOS,ICOS,"Integrated Carbon Observation System, www.icos-cp.eu" -ILBD,\Co-sponsored\GOOS\DBCP\IL-DB,IL-DB,Drifting buoy by Israel -ILMB,\Co-sponsored\GOOS\DBCP\IL-MB,IL-MB,Moored buoys by Israel -IMOSGlider,\Co-sponsored\GOOS\OceanGliders\Integrated Marine Observing System - Glider,Integrated Marine Observing System - Glider,The Ocean Gliders facility operates a fleet of autonomous underwater ocean gliders that undertake measurements from shelf and boundary currents in Australian waters. -IMPROVE,\WIGOS\GAW\GAW Contributing networks\IMPROVE,IMPROVE,IMPROVE Optical Aerosol -INCOISTSU,\Co-sponsored\GOOS\DBCP\INCOIS-TSU,INCOIS-TSU,Indian National Centre for Ocean Information Services Tsunameter buoys -INDAAF,\WIGOS\GAW\GAW Contributing networks\INDAAF,INDAAF,"International Network to study Deposition and Atmospheric composition in Africa, https://indaaf.obs-mip.fr/" -INDIANIO,\Co-sponsored\GOOS\DBCP\INDIA NIO,INDIA NIO,Collection of METOCEAN data in India Ocean -indiaNIOT,\Co-sponsored\GOOS\DBCP\INDIA-NIOT,INDIA-NIOT,Indian Ocean Observing Program -indiaNIOTSU,\Co-sponsored\GOOS\DBCP\INDIA NIO-TSU,INDIA NIO-TSU,NIO Tsunameter buoys -INOCARTSU,\Co-sponsored\GOOS\DBCP\INOCAR-TSU,INOCAR-TSU,Instituto Oceanografico de la Armada Tsunameter buoys -INTAROSGlider,\Co-sponsored\GOOS\OceanGliders\INTAROS french glider program,INTAROS french glider program,Glider deployment run by CNRS in the Fram Strait during INTAROS project -IPABUS,\Co-sponsored\GOOS\DBCP\IPAB-US,IPABUS,International Programme for Antarctic Buoys - US -irishGlider,\Co-sponsored\GOOS\OceanGliders\Irish sustained glider deployment,Irish sustained glider deployment,Irish deployment on sustained endurance line -ISMARGlider,\Co-sponsored\GOOS\OceanGliders\CNR Ismar Glider Program,CNR Ismar Glider Program,Glider program operated by CNR ISMAR including repeated section between Sardinia and Balearic Island -IsraelGlider,\Co-sponsored\GOOS\OceanGliders\Israeli National Monitoring,Israeli National Monitoring,3 SeaExplorer gliders purchased and operated under consortium agreement between the four institutes. -italyDB,\Co-sponsored\GOOS\DBCP\ITALY DB,ITALY DB,Italian Drifting Buoys (EXPARGOS) -italyOGS,\Co-sponsored\GOOS\DBCP\ITALY-OGS,ITALY-OGS,NA -ITPdamocles,\Co-sponsored\GOOS\Argo\ITP-DAMOCLES,ITP-DAMOCLES,NA -ITPWHOI,\Co-sponsored\GOOS\Argo\ITP-WHOI,ITP-WHOI,NA -JAMSTECDB,\Co-sponsored\GOOS\DBCP\JAMSTEC-DB,JAMSTECDB,Japan Agency for Marine-Earth Science and Technology Drifting Buoy -JAMSTECMB,\Co-sponsored\GOOS\DBCP\JAMSTEC-MB,JAMSTEC-MB,Japan Agency for Marine-Earth Science and Technology Moored Buoy -JMADB,\Co-sponsored\GOOS\DBCP\JMA DB,JMA DB,JMA Drifting Buoy -JMATSU,\Co-sponsored\GOOS\DBCP\JMA-TSU,JMA-TSU,JMA Tsunameter buoys -KIOSTGlider,\Co-sponsored\GOOS\OceanGliders\KIOST glider program,KIOST glider program,Glider program operated by KIOST. Storm tracking applications. -KMAMB,\Co-sponsored\GOOS\DBCP\KMA MB,KMA MB,Korea Meteorological Department Moored Buoy programme -KUGON,\Co-sponsored\GOOS\OceanGliders\Korea Underwater Glider Observing Network,Korea Underwater Glider Observing Network,Korea Underwater Glider Observing Network -LALINET,\WIGOS\GAW\GAW Contributing networks\LALINET,LALINET,LALINET Latin America Lidar Network -LargeLakeGlider,\Co-sponsored\GOOS\OceanGliders\Large Lakes Observatory Glider Program,Large Lakes Observatory Glider Program,Large Lakes Observatory Glider Program -lightningDetection,\WIGOS\GOS\GOS Other elements\Lightning detection system,Lightning detection system,Surface-based lightning detection system -LOCEAN,\Co-sponsored\GOOS\DBCP\LOCEAN,LOCEAN,Laboratory of Oceanography and Climate: Experiments and Digital Approaches -LTERGlider,\Co-sponsored\GOOS\OceanGliders\NSF Long Term Ecological Research,NSF Long Term Ecological Research,The Long Term Ecological Research (LTER) program in Antarctica. -MAGIC,\Co-sponsored\GOOS\OceanGliders\Mid Atlantic Glider Initiative and Collaboration,Mid Atlantic Glider Initiative and Collaboration,Mid Atlantic Glider Initiative and Collaboration -marlinDB,\Co-sponsored\GOOS\DBCP\MARLIN-DB,MARLIN-DB,NA -MARSGlider,\Co-sponsored\GOOS\OceanGliders\Marine Autonomous and Robotic Systems,Marine Autonomous and Robotic Systems,UK sustained program for Autonomous Underwater Vehicles -MBARIGlider,\Co-sponsored\GOOS\OceanGliders\MBARI glider program,MBARI glider program,MBARI and Naval Postgraduate School glider program -MEDARGO,\Co-sponsored\GOOS\Argo\MEDARGO,MEDARGO,NA -meridianGoodHope,\Co-sponsored\GOOS\Argo\MERIDIAN GOODHOPE,MERIDIAN GOODHOPE,NA -MERSEA,\Co-sponsored\GOOS\Argo\MERSEA,MERSEA,NA -MeteoFranceDB,\Co-sponsored\GOOS\DBCP\METEO FRANCE DB,METEO FRANCE DB,MF Drifters Atlantic and Indian Ocean -MeteoFranceMB,\Co-sponsored\GOOS\DBCP\METEO FRANCE MB,METEO FRANCE MB,MF Drifters Atlantic and Indian Ocean -MeteoFranceWB,\Co-sponsored\GOOS\DBCP\METEO FRANCE WB,METEO FRANCE WB,Meteo-France waverider (operational) -MIGlider,\Co-sponsored\GOOS\OceanGliders\Marine Institute Glider Program,Marine Institute Glider Program,Glider program operated by the Marine Institute (Ireland) -MOCCAEU,\Co-sponsored\GOOS\Argo\MOCCA-EU,MOCCA-EU,Monitoring the Oceans and Climate Change with Argo - EU -MOCCAGER,\Co-sponsored\GOOS\Argo\MOCCA-GER,MOCCA-GER,Monitoring the Oceans and Climate Change with Argo - Germany -MOCCAIT,\Co-sponsored\GOOS\Argo\MOCCA-IT,MOCCA-IT,Monitoring the Oceans and Climate Change with Argo - Italy -MOCCANETH,\Co-sponsored\GOOS\Argo\MOCCA-NETH,MOCCA-NETH,Monitoring the Oceans and Climate Change with Argo - Netherlands -MOCCAPOL,\Co-sponsored\GOOS\Argo\MOCCA-POL,MOCCA-POL,Monitoring the Oceans and Climate Change with Argo - Poland -MOOSEnvironment,\Co-sponsored\GOOS\OceanGliders\Mediterranean Ocean Observing System for the Environment,Mediterranean Ocean Observing System for the Environment,Mediterranean Ocean Observing System for the Environment -MPLNET,\WIGOS\GAW\GAW Contributing networks\MPLNET,MPLNET,Micro-Pulse Lidar Network -MUNGlider,\Co-sponsored\GOOS\OceanGliders\Memorial University of Newfoundland Glider program,Memorial University of Newfoundland Glider program,Glider operation leaded by MUN -NADP,\WIGOS\GAW\GAW Contributing networks\NADP,NADP,National Atmospheric Deposition Program -NansenLegacyGlider,\Co-sponsored\GOOS\OceanGliders\NorGliders - Nansen Legacy,NorGliders - Nansen Legacy,Nansen Legacy glider program Operated by NorGliders -NAOSCanada,\Co-sponsored\GOOS\Argo\NAOS-Canada,NAOS-Canada,Canadian contribution to NAOS program -NAOSfrance,\Co-sponsored\GOOS\Argo\NAOS-FRANCE,NAOS-FRANCE,Novel Argo Ocean Observing System (NOAS) France project -NATOGlider,\Co-sponsored\GOOS\OceanGliders\Scientific NATO glider experiment,Scientific NATO glider experiment,Sustained gliders scientific experiments from NATO -NavoceanGlider,\Co-sponsored\GOOS\OceanGliders\US NAVY glider program,US NAVY glider program,Glider program operated by NAVOCANO (Oceanographic component of the US navy). -NAVOCEANODBCP,\Co-sponsored\GOOS\DBCP\NAVOCEANO DBCP,Navoceano DBCP,Naval Oceanographic Office DBCP programme -NCCOOS,\Co-sponsored\GOOS\DBCP\NCCOOS,NCCOOS,NA -NDACC,\WIGOS\GAW\GAW Other elements\NDACC,NDACC,Network for the Detection of Atmospheric Composition Change -NDBCBP,\Co-sponsored\GOOS\DBCP\NDBC-BP,NDBC-BP,NA -NDBCCOE,\Co-sponsored\GOOS\DBCP\NDBC-COE,NDBC-COE,NA -NDBCCSI,\Co-sponsored\GOOS\DBCP\NDBC-CSI,NDBC-CSI,NA -NDBCMB,\Co-sponsored\GOOS\DBCP\NDBC-MB,NDBC-MB,NA -NDBCMBARI,\Co-sponsored\GOOS\DBCP\NDBC-MBARI,NDBC-MBARI,NA -NDBCNASA,\Co-sponsored\GOOS\DBCP\NDBC-NASA,NDBC-NASA,NA -NDBCNOAANWS,\Co-sponsored\GOOS\DBCP\NDBC-NOAA-NWS,NDBC-NOAA-NWS,NA -NDBCTABS,\Co-sponsored\GOOS\DBCP\NDBC-TABS,NDBC-TABS,NA -NDBCTSU,\Co-sponsored\GOOS\DBCP\NDBC-TSU,NDBC-TSU,NDBC Tsunameter buoys -NDBCUSCG,\Co-sponsored\GOOS\DBCP\NDBC-USCG,NDBC-USCG,NA -NDWCTSU,\Co-sponsored\GOOS\DBCP\NDWC-TSU,NDWC-TSU,National Disaster Warning Center Tsunameter buoys -NERACOOSMB,\Co-sponsored\GOOS\DBCP\NERACOOS-MB,NERACOOS-MB,"Owned and maintained by Woods Hole Group/NERACOOS, Data provided by Scripps Institution of Oceanography" -NewZealandDB,\Co-sponsored\GOOS\DBCP\NEW ZEALAND DB,NEW ZEALAND DB,NA -NICIABP,\Co-sponsored\GOOS\DBCP\NIC-IABP,NIC-IABP,NA -NIWAGlider,\Co-sponsored\GOOS\OceanGliders\NIWA Glider Program,NIWA Glider Program,Glider program operated by NIWA is New Zealand. -NOAACBIBS,\Co-sponsored\GOOS\DBCP\NOAA-CBIBS,NOAA-CBIBS,"The National Oceanic and Atmospheric Administration's (NOAA) Chesapeake Bay Interpretive Buoy System (CBIBS) is a network of observing platforms (buoys) that collect meteorological, oceanographic, and water-quality data and relay that information using wireless technology to a variety of users." -NOAAGML,\WIGOS\GAW\GAW Other elements\NOAA-GML,NOAA-GML,NOAA Global Monitoring Laboratory -NOCLGlider,\Co-sponsored\GOOS\OceanGliders\NOC Liverpool Glider Program,NOC Liverpool Glider Program,NOC Liverpool Glider Program covers the glider deployments lead by NOC_L that are not part of a sustained program. +GAWnonAffiliated,\WIGOS\GAW\GAW Other elements,Non-affiliated,Observing elements that are not affiliated with GAW or any of the co-sponsored programs +GAWPFR,\WIGOS\GAW\GAW Contributing networks,GAW-PFR,GAW Precision Filter Radiometer Network +GAWregional,\WIGOS\GAW,GAW Regional,Regional GAW station +GBON,\WIGOS\GOS\GOS Surface networks,GBON,Global Basic Observing Network +GCWaffiliated,\WIGOS\GCW,GCW affiliated station,"A station of an GCW affiliated network measuring at least one cryospheric variable, contributing to GCW in addition to CryoNet and GCW contributing stations." +GCWcontributing,\WIGOS\GCW,GCW Contributing station,A GCW station which provides useful measurements of the cryosphere but does not meet all requirements for a CryoNet Station. +GCWCryoNet,\WIGOS\GCW,GCW CryoNet station,"A GCW station measuring at least one variable of one cryosphere component, and meeting a set of defined requirements." +GDPMF,\Co-sponsored\GOOS\DBCP,GDPMF,Global Drifter Program drifters with Meteo-France barometer upgrades +GEOMARGlider,\Co-sponsored\GOOS\OceanGliders,GEOMAR Glider program,Glider program operated by GEOMAR. Regular cooperation with Cape Verde Oceanographic institute. +germanAODnetwork,\WIGOS\GAW\GAW Other elements,German AOD network,German Aerosol Optical Depth Network +germanyMB,\Co-sponsored\GOOS\DBCP,GERMANY MB,KIEL GEK BUOY +GINA,\Co-sponsored\GOOS\OceanGliders,Glider In The Agulhas,Glider program operated by CSIR in South Africa along the Agulhas current +GLOSCAL,\Co-sponsored\GOOS\DBCP,GLOSCAL,"GLOSCAL is a French Project sponsored by ESA, which aims to calibrate and validate sea surface salinity (SSS) measurements carried out by satellite (e.g. SMOS and Aquarius)." +GNSSradioOccultation,\WIGOS\GOS\GOS Other elements,GNSS radio-occultation system,NA +GOMIX,\Co-sponsored\GOOS\OceanGliders,GOMIX,GOMIX glider program lead by University of Texas +GOMOGlider,\Co-sponsored\GOOS\OceanGliders,Global Ocean Monitoring and Observing Program - Glider,GOMO provide and support high quality global ocean observations and research to improve our scientific understanding and inform society about the ocean's role in environmental change. GOMO glider is the glider component of GOMO. +GOSGeneral,\WIGOS\GOS\GOS Surface networks,GOS General,No affiliation to other GOS Surface networks +GOship,\Co-sponsored\GOOS\SOT,GO-SHIP,Global Ocean Ship-Based Hydrographic Investigations Programme +GreatLakeGlider,\Co-sponsored\GOOS\OceanGliders,Great Lakes Observing System Glider Program,Great Lakes Observing System Glider Program +greeceMB,\Co-sponsored\GOOS\DBCP,GREECE MB,Moored buoys in the Greek Poseiden Network +GRUAN,\Co-sponsored\GCOS,GRUAN,GCOS Reference Upper-Air Network +GSN,\Co-sponsored\GCOS,GSN,GCOS Surface Network +GSRN,\Co-sponsored\GCOS,GSRN,GCOS Surface Reference Network +GTOS,\Co-sponsored\,GTOS,Global Terrestrial Observing System +GUAN,\Co-sponsored\GCOS,GUAN,GCOS Upper-Air Network +gyroscope,\Co-sponsored\GOOS\Argo,GYROSCOPE,"GyroScope project is aimed to develop a European component of a global in situ observing system of ocean variability in the North Atlantic, as a contribution to the Argo project." +HCMRGlider,\Co-sponsored\GOOS\OceanGliders,HCMR glider program,HCMR maintain the Cretan Line. +HKOBSDB,\Co-sponsored\GOOS\DBCP,HK-OBS-DB,Hong Kong Observatory Drifter Buoy +HurricaneGlider,\Co-sponsored\GOOS\OceanGliders,NOAA Glider Hurricane Program,NOAA Glider Hurricane Program aims at improving hurricane forecasting by assimilating observations from gliders situated in the passage of a a hurricane in the coastal seas of US. +HZGGlider,\Co-sponsored\GOOS\OceanGliders,HZG glider program,Glider program operated by Helmholtz-Zentrum Geesthacht +IABP,\Co-sponsored\GOOS\DBCP,IABP,International Arctic Buoy Programme (IABP) +IABPcanada,\Co-sponsored\GOOS\DBCP,IABP CANADA,ICE FLOE DRIFT +IABPEC,\Co-sponsored\GOOS\DBCP,IABP-EC,NA +IABPNIC,\Co-sponsored\GOOS\DBCP,IABP NIC,NA +IABPUS,\Co-sponsored\GOOS\DBCP,IABP US,Coordination/data management of the Intl Arctic Buoy program +IABPUW,\Co-sponsored\GOOS\DBCP,IABP-UW,Intl Arctic Buoy Program (IABP) University of Washington (UW) +IAGOS,\WIGOS\GAW\GAW Contributing networks,IAGOS,In-service Aircraft for a Global Observing System +IBPIO,\Co-sponsored\GOOS\DBCP,IBPIO,International Buoy Programme for the Indian Ocean (IBPIO) +ICOS,\WIGOS\GAW\GAW Contributing networks,ICOS,"Integrated Carbon Observation System, www.icos-cp.eu" +ILBD,\Co-sponsored\GOOS\DBCP,IL-DB,Drifting buoy by Israel +ILMB,\Co-sponsored\GOOS\DBCP,IL-MB,Moored buoys by Israel +IMOSGlider,\Co-sponsored\GOOS\OceanGliders,Integrated Marine Observing System - Glider,The Ocean Gliders facility operates a fleet of autonomous underwater ocean gliders that undertake measurements from shelf and boundary currents in Australian waters. +IMPROVE,\WIGOS\GAW\GAW Contributing networks,IMPROVE,IMPROVE Optical Aerosol +INCOISTSU,\Co-sponsored\GOOS\DBCP,INCOIS-TSU,Indian National Centre for Ocean Information Services Tsunameter buoys +INDAAF,\WIGOS\GAW\GAW Contributing networks,INDAAF,"International Network to study Deposition and Atmospheric composition in Africa, https://indaaf.obs-mip.fr/" +INDIANIO,\Co-sponsored\GOOS\DBCP,INDIA NIO,Collection of METOCEAN data in India Ocean +indiaNIOT,\Co-sponsored\GOOS\DBCP,INDIA-NIOT,Indian Ocean Observing Program +indiaNIOTSU,\Co-sponsored\GOOS\DBCP,INDIA NIO-TSU,NIO Tsunameter buoys +INOCARTSU,\Co-sponsored\GOOS\DBCP,INOCAR-TSU,Instituto Oceanografico de la Armada Tsunameter buoys +INTAROSGlider,\Co-sponsored\GOOS\OceanGliders,INTAROS french glider program,Glider deployment run by CNRS in the Fram Strait during INTAROS project +IPABUS,\Co-sponsored\GOOS\DBCP,IPABUS,International Programme for Antarctic Buoys - US +irishGlider,\Co-sponsored\GOOS\OceanGliders,Irish sustained glider deployment,Irish deployment on sustained endurance line +ISMARGlider,\Co-sponsored\GOOS\OceanGliders,CNR Ismar Glider Program,Glider program operated by CNR ISMAR including repeated section between Sardinia and Balearic Island +IsraelGlider,\Co-sponsored\GOOS\OceanGliders,Israeli National Monitoring,3 SeaExplorer gliders purchased and operated under consortium agreement between the four institutes. +italyDB,\Co-sponsored\GOOS\DBCP,ITALY DB,Italian Drifting Buoys (EXPARGOS) +italyOGS,\Co-sponsored\GOOS\DBCP,ITALY-OGS,NA +ITPdamocles,\Co-sponsored\GOOS\Argo,ITP-DAMOCLES,NA +ITPWHOI,\Co-sponsored\GOOS\Argo,ITP-WHOI,NA +JAMSTECDB,\Co-sponsored\GOOS\DBCP,JAMSTECDB,Japan Agency for Marine-Earth Science and Technology Drifting Buoy +JAMSTECMB,\Co-sponsored\GOOS\DBCP,JAMSTEC-MB,Japan Agency for Marine-Earth Science and Technology Moored Buoy +JMADB,\Co-sponsored\GOOS\DBCP,JMA DB,JMA Drifting Buoy +JMATSU,\Co-sponsored\GOOS\DBCP,JMA-TSU,JMA Tsunameter buoys +KIOSTGlider,\Co-sponsored\GOOS\OceanGliders,KIOST glider program,Glider program operated by KIOST. Storm tracking applications. +KMAMB,\Co-sponsored\GOOS\DBCP,KMA MB,Korea Meteorological Department Moored Buoy programme +KUGON,\Co-sponsored\GOOS\OceanGliders,Korea Underwater Glider Observing Network,Korea Underwater Glider Observing Network +LALINET,\WIGOS\GAW\GAW Contributing networks,LALINET,LALINET Latin America Lidar Network +LargeLakeGlider,\Co-sponsored\GOOS\OceanGliders,Large Lakes Observatory Glider Program,Large Lakes Observatory Glider Program +lightningDetection,\WIGOS\GOS\GOS Other elements,Lightning detection system,Surface-based lightning detection system +LOCEAN,\Co-sponsored\GOOS\DBCP,LOCEAN,Laboratory of Oceanography and Climate: Experiments and Digital Approaches +LTERGlider,\Co-sponsored\GOOS\OceanGliders,NSF Long Term Ecological Research,The Long Term Ecological Research (LTER) program in Antarctica. +MAGIC,\Co-sponsored\GOOS\OceanGliders,Mid Atlantic Glider Initiative and Collaboration,Mid Atlantic Glider Initiative and Collaboration +marlinDB,\Co-sponsored\GOOS\DBCP,MARLIN-DB,NA +MARSGlider,\Co-sponsored\GOOS\OceanGliders,Marine Autonomous and Robotic Systems,UK sustained program for Autonomous Underwater Vehicles +MBARIGlider,\Co-sponsored\GOOS\OceanGliders,MBARI glider program,MBARI and Naval Postgraduate School glider program +MEDARGO,\Co-sponsored\GOOS\Argo,MEDARGO,NA +meridianGoodHope,\Co-sponsored\GOOS\Argo,MERIDIAN GOODHOPE,NA +MERSEA,\Co-sponsored\GOOS\Argo,MERSEA,NA +MeteoFranceDB,\Co-sponsored\GOOS\DBCP,METEO FRANCE DB,MF Drifters Atlantic and Indian Ocean +MeteoFranceMB,\Co-sponsored\GOOS\DBCP,METEO FRANCE MB,MF Drifters Atlantic and Indian Ocean +MeteoFranceWB,\Co-sponsored\GOOS\DBCP,METEO FRANCE WB,Meteo-France waverider (operational) +MIGlider,\Co-sponsored\GOOS\OceanGliders,Marine Institute Glider Program,Glider program operated by the Marine Institute (Ireland) +MOCCAEU,\Co-sponsored\GOOS\Argo,MOCCA-EU,Monitoring the Oceans and Climate Change with Argo - EU +MOCCAGER,\Co-sponsored\GOOS\Argo,MOCCA-GER,Monitoring the Oceans and Climate Change with Argo - Germany +MOCCAIT,\Co-sponsored\GOOS\Argo,MOCCA-IT,Monitoring the Oceans and Climate Change with Argo - Italy +MOCCANETH,\Co-sponsored\GOOS\Argo,MOCCA-NETH,Monitoring the Oceans and Climate Change with Argo - Netherlands +MOCCAPOL,\Co-sponsored\GOOS\Argo,MOCCA-POL,Monitoring the Oceans and Climate Change with Argo - Poland +MOOSEnvironment,\Co-sponsored\GOOS\OceanGliders,Mediterranean Ocean Observing System for the Environment,Mediterranean Ocean Observing System for the Environment +MPLNET,\WIGOS\GAW\GAW Contributing networks,MPLNET,Micro-Pulse Lidar Network +MUNGlider,\Co-sponsored\GOOS\OceanGliders,Memorial University of Newfoundland Glider program,Glider operation leaded by MUN +NADP,\WIGOS\GAW\GAW Contributing networks,NADP,National Atmospheric Deposition Program +NansenLegacyGlider,\Co-sponsored\GOOS\OceanGliders,NorGliders - Nansen Legacy,Nansen Legacy glider program Operated by NorGliders +NAOSCanada,\Co-sponsored\GOOS\Argo,NAOS-Canada,Canadian contribution to NAOS program +NAOSfrance,\Co-sponsored\GOOS\Argo,NAOS-FRANCE,Novel Argo Ocean Observing System (NOAS) France project +NATOGlider,\Co-sponsored\GOOS\OceanGliders,Scientific NATO glider experiment,Sustained gliders scientific experiments from NATO +NavoceanGlider,\Co-sponsored\GOOS\OceanGliders,US NAVY glider program,Glider program operated by NAVOCANO (Oceanographic component of the US navy). +NAVOCEANODBCP,\Co-sponsored\GOOS\DBCP,Navoceano DBCP,Naval Oceanographic Office DBCP programme +NCCOOS,\Co-sponsored\GOOS\DBCP,NCCOOS,NA +NDACC,\WIGOS\GAW\GAW Other elements,NDACC,Network for the Detection of Atmospheric Composition Change +NDBCBP,\Co-sponsored\GOOS\DBCP,NDBC-BP,NA +NDBCCOE,\Co-sponsored\GOOS\DBCP,NDBC-COE,NA +NDBCCSI,\Co-sponsored\GOOS\DBCP,NDBC-CSI,NA +NDBCMB,\Co-sponsored\GOOS\DBCP,NDBC-MB,NA +NDBCMBARI,\Co-sponsored\GOOS\DBCP,NDBC-MBARI,NA +NDBCNASA,\Co-sponsored\GOOS\DBCP,NDBC-NASA,NA +NDBCNOAANWS,\Co-sponsored\GOOS\DBCP,NDBC-NOAA-NWS,NA +NDBCTABS,\Co-sponsored\GOOS\DBCP,NDBC-TABS,NA +NDBCTSU,\Co-sponsored\GOOS\DBCP,NDBC-TSU,NDBC Tsunameter buoys +NDBCUSCG,\Co-sponsored\GOOS\DBCP,NDBC-USCG,NA +NDWCTSU,\Co-sponsored\GOOS\DBCP,NDWC-TSU,National Disaster Warning Center Tsunameter buoys +NERACOOSMB,\Co-sponsored\GOOS\DBCP,NERACOOS-MB,"Owned and maintained by Woods Hole Group/NERACOOS, Data provided by Scripps Institution of Oceanography" +NewZealandDB,\Co-sponsored\GOOS\DBCP,NEW ZEALAND DB,NA +NICIABP,\Co-sponsored\GOOS\DBCP,NIC-IABP,NA +NIWAGlider,\Co-sponsored\GOOS\OceanGliders,NIWA Glider Program,Glider program operated by NIWA is New Zealand. +NOAACBIBS,\Co-sponsored\GOOS\DBCP,NOAA-CBIBS,"The National Oceanic and Atmospheric Administration's (NOAA) Chesapeake Bay Interpretive Buoy System (CBIBS) is a network of observing platforms (buoys) that collect meteorological, oceanographic, and water-quality data and relay that information using wireless technology to a variety of users." +NOAAGML,\WIGOS\GAW\GAW Other elements,NOAA-GML,NOAA Global Monitoring Laboratory +NOCLGlider,\Co-sponsored\GOOS\OceanGliders,NOC Liverpool Glider Program,NOC Liverpool Glider Program covers the glider deployments lead by NOC_L that are not part of a sustained program. nonAffiliated,\Non-affiliated,Non-affiliated,Observing elements that are not affiliated with WIGOS or any of the co-sponsored programs -NorEMSOGlider,\Co-sponsored\GOOS\OceanGliders\NorGlider - NorEMSO,NorGlider - NorEMSO,Norwegian Glider program around EMSO sites -NorwayGlider,\Co-sponsored\GOOS\OceanGliders\NorGliders - other,NorGliders - other,"Norwegian national facility for ocean gliders (NorGliders) is running glider missions along repeated section in outstanding sites of interest are the Svinøy Section, the Lofoten Basin of the Norwegian Sea, the Mohn ridge, as well as the Iceland and Greenland Seas." -NorwayIMR,\Co-sponsored\GOOS\DBCP\NORWAY-IMR,NORWAY-IMR,Institute of Marine Research Drifting Buoy Program -NWSNDBCMB,\Co-sponsored\GOOS\DBCP\NWS-NDBC-MB,NWS-NDBC-MB,NWS NDBC Moored buoy -NWSNDBCWB,\Co-sponsored\GOOS\DBCP\NWS-NDBC-WB,NWS-NDBC-WB,NWS NDBC Wave buoy -NZTSU,\Co-sponsored\GOOS\DBCP\NZ-TSU,NZ-TSU,GNS Science is a New Zealand Crown Research Institute -ODYSSEAGlider,\Co-sponsored\GOOS\OceanGliders\ODYSSEA H2020 Glider program,ODYSSEA H2020 Glider program,"ODYSSEA developed, operate and demonstrate an interoperable and cost-effective platform that fully integrates networks of observing and forecasting systems across the Mediterranean basin, addressing both the open sea and the coastal zone. ODYSSEA program started in 2018 and finished in 2021." -OGSGlider,\Co-sponsored\GOOS\OceanGliders\OGS glider program,OGS glider program,Istituto Nazionale di Oceanografia e di Geofisica Sperimentale glider program -OOICGSNGlider,\Co-sponsored\GOOS\OceanGliders\OOI - Coastal and Global Scale Nodes,OOI - Coastal and Global Scale Nodes,"The Ocean Observatories Initiative is funded by the National Science Foundation and is managed and coordinated by the OOI Program Management Office (PMO) at the Woods Hole Oceanographic Institution (WHOI) in Woods Hole, MA." -OOIEnduranceGlider,\Co-sponsored\GOOS\OceanGliders\OOI - Coastal Endurance Array,OOI - Coastal Endurance Array,"The OOI is funded by the National Science Foundation and is managed and coordinated by the OOI Program Management Office (PMO) at the Woods Hole Oceanographic Institution (WHOI) in Woods Hole, MA." -OOIMB,\Co-sponsored\GOOS\DBCP\OOI-MB,OOI-MB,"Station owned and maintained by Ocean Observatories Initiative, Buoy" -OSAWI,\Co-sponsored\GOOS\OceanSITES\OS-AWI,OS-AWI,AWI OceanSITES program -OSBAS,\Co-sponsored\GOOS\OceanSITES\OS-BAS,OS-BAS,NA -OSBCCR,\Co-sponsored\GOOS\OceanSITES\OS-BCCR,OS-BCCR,NA -OSBIOS,\Co-sponsored\GOOS\OceanSITES\OS-BIOS,OS-BIOS,NA -OSCNR,\Co-sponsored\GOOS\OceanSITES\OS-CNR,OS-CNR,NA -OSCNRS,\Co-sponsored\GOOS\OceanSITES\OS-CNRS,OS-CNRS,NA -OSCOM,\Co-sponsored\GOOS\OceanSITES\OS-CENTRE D'OCEANOLOGIE DE MARSEILLE,OS-CENTRE D'OCEANOLOGIE DE MARSEILLE,NA -OSCSIRO,\Co-sponsored\GOOS\OceanSITES\OS-CSIRO,OS-CSIRO,NA -OSDFO,\Co-sponsored\GOOS\OceanSITES\OS-DFO,OS-DFO,NA -OSDML,\Co-sponsored\GOOS\OceanSITES\OS-DML,OS-DML,NA -OSEUTHOR,\Co-sponsored\GOOS\OceanSITES\OS-EU-THOR,OS-EU-THOR,NA -OSFSC,\Co-sponsored\GOOS\OceanSITES\OS-FSC,OS-FSC,Program monitoring the Atlantic Inflow of the Shetland Branch. Faroe-Shetland Channel -OSGEOMAR,\Co-sponsored\GOOS\OceanSITES\OS-GEOMAR,OS-GEOMAR,NA -OShamburgUniversity,\Co-sponsored\GOOS\OceanSITES\OS-HAMBURG UNIVERSITY,OS-HAMBURG UNIVERSITY,NA -OSHAV,\Co-sponsored\GOOS\OceanSITES\OS-HAV,OS-HAV,NA -OSHCMR,\Co-sponsored\GOOS\OceanSITES\OS-HELLENIC CENTRE FOR MARINE RESEARCH,OS-HELLENIC CENTRE FOR MARINE RESEARCH,NA -OSICCMCanarias,\Co-sponsored\GOOS\OceanSITES\OS-ICCM - ACIISI - GOBIERNO DE CANARIAS,OS-ICCM - ACIISI - GOBIERNO DE CANARIAS,NA -OSIceland,\Co-sponsored\GOOS\OceanSITES\OS-ICELAND,OS-ICELAND,OceanSITES operated by Iceland -OSIEO,\Co-sponsored\GOOS\OceanSITES\OS-IEO,OS-IEO,"OceanSITES operated by IEO, Spain" -OSIFREMER,\Co-sponsored\GOOS\OceanSITES\OS-IFREMER,OS-IFREMER,NA -OSIMARPE,\Co-sponsored\GOOS\OceanSITES\OS-IMARPE,OS-IMARPE,NA -OSIMR,\Co-sponsored\GOOS\OceanSITES\OS-INSTITUTE OF MARINE RESEARCH,OS-INSTITUTE OF MARINE RESEARCH,NA -OSIONTU,\Co-sponsored\GOOS\OceanSITES\OS-IO-NTU,OS-IO-NTU,NA -OSIOwarnemuende,\Co-sponsored\GOOS\OceanSITES\OS-IO-WARNEMUENDE,OS-IO-WARNEMUENDE,NA -OSIRD,\Co-sponsored\GOOS\OceanSITES\OS-IRD,OS-IRD,NA -OSJAMSTEC,\Co-sponsored\GOOS\OceanSITES\OS-JAMSTEC,OS-JAMSTEC,NA -OSJMAJAMSTEC,\Co-sponsored\GOOS\OceanSITES\OS-JMA/JAMSTEC,OS-JMA/JAMSTEC,Moorings Operated by JMA-JAMSTEC -OSKIOST,\Co-sponsored\GOOS\OceanSITES\OS-KIOST,OS-KIOST,NA -OSKNMI,\Co-sponsored\GOOS\OceanSITES\OS-KNMI,OS-KNMI,"Moorings operated by ROYAL NETHERLANDS METEOROLOGICAL INSTITUTE (KNMI), the Netherlands" -OSKORSPilot,\Co-sponsored\GOOS\OceanSITES\OS-KORS Pilot,OS-KORS Pilot,"Pilot coastal moorings by KOIST, ROK" -OSLDEO,\Co-sponsored\GOOS\OceanSITES\OS-LDEO,OS-LDEO,NA -OSMARUM,\Co-sponsored\GOOS\OceanSITES\OS-MARUM,OS-MARUM,NA -OSMBARI,\Co-sponsored\GOOS\OceanSITES\OS-MBARI,OS-MBARI,NA -OSMBL,\Co-sponsored\GOOS\OceanSITES\OS-MBL,OS-MBL,"Moorings operated by Marine Biological Lab, USA" -OSMNR,\Co-sponsored\GOOS\OceanSITES\OS-MNR,OS-MNR,"OceanSITES operated by Ministry of Natural Resources, China" -OSMSS,\Co-sponsored\GOOS\OceanSITES\OS-MSS,OS-MSS,"Shetland-branch monitoring in the Faroe-Shetland Channel, contributing to the Greenland-Scotland Ridge Transport Mooring Array within AtlantOS and the THOR, NACLIM and Blue-Action projects." -OSNAPGlider,\Co-sponsored\GOOS\OceanGliders\Overturning in the Subpolar North Atlantic Program,Overturning in the Subpolar North Atlantic Program,"Overturning in the Subpolar North Atlantic Program (OSNAP) is an international program designed to provide a continuous record of the full-water column, trans-basin fluxes of heat, mass and freshwater in the subpolar North Atlantic." -OSNIO,\Co-sponsored\GOOS\OceanSITES\OS-NIO,OS-NIO,NA -OSNIOT,\Co-sponsored\GOOS\OceanSITES\OS-NIOT,OS-NIOT,NA -OSNIOZ,\Co-sponsored\GOOS\OceanSITES\OS-ROYAL NETHERLANDS INSTITUTE FOR SEA RESEARCH (NIOZ),OS-ROYAL NETHERLANDS INSTITUTE FOR SEA RESEARCH (NIOZ),NA -OSNIWA,\Co-sponsored\GOOS\OceanSITES\OS-NIWA,OS-NIWA,NA -OSNOAA,\Co-sponsored\GOOS\OceanSITES\OS-NOAA,OS-NOAA,Moorings operated generically by NOAA -OSNOAA-AOML,\Co-sponsored\GOOS\OceanSITES\OS-NOAA/AOML,OS-NOAA/AOML,NA -OSNOAA-PMEL,\Co-sponsored\GOOS\OceanSITES\OS-NOAA/PMEL,OS-NOAA/PMEL,NA -OSNOAANDBC,\Co-sponsored\GOOS\OceanSITES\OS-NOAA/NDBC,OS-NOAA/NDBC,Moorings operated by NDBC -OSNOC,\Co-sponsored\GOOS\OceanSITES\OS-NOC,OS-NOC,NA -OSOCEANOR,\Co-sponsored\GOOS\OceanSITES\OS-OCEANOR,OS-OCEANOR,"Moorings operated by OCEANOR, Greece" -OSOGS,\Co-sponsored\GOOS\OceanSITES\OS-OGS,OS-OGS,NA -OSSAM,\Co-sponsored\GOOS\OceanSITES\OS-SAM,OS-SAM,Southwest Atlantic MOC -OSSAMSDML,\Co-sponsored\GOOS\OceanSITES\OS-SAMS_DML,OS-SAMS_DML,"Moorings operated by SAMS, UK" -OSSIO,\Co-sponsored\GOOS\OceanSITES\OS-SIO,OS-SIO,NA -OSSNU,\Co-sponsored\GOOS\OceanSITES\OS-SNU,OS-SNU,NA -OSSOA,\Co-sponsored\GOOS\OceanSITES\OS-SOA,OS-SOA,NA -OSUNhawaiiManoa,\Co-sponsored\GOOS\OceanSITES\OS-UN_HAWAII_MANOA,OS-UN_HAWAII_MANOA,NA -OSUNmiami,\Co-sponsored\GOOS\OceanSITES\OS-UN_MIAMI,OS-UN_MIAMI,NA -OSUSP,\Co-sponsored\GOOS\OceanSITES\OS-USP,OS-USP,NA -OSUTokyo,\Co-sponsored\GOOS\OceanSITES\OS-UTokyo,OS-UTokyo,Cabled sites operated by Tokyo University -OSUW,\Co-sponsored\GOOS\OceanSITES\OS-UW,OS-UW,NA -OSWHOI,\Co-sponsored\GOOS\OceanSITES\OS-WHOI,OS-WHOI,NA -OSWHOI-SIO-OSU,\Co-sponsored\GOOS\OceanSITES\OS-WHOI/SIO/OSU,OS-WHOI/SIO/OSU,NA -OVENSGlider,\Co-sponsored\GOOS\OceanGliders\NorGliders - OVENS,NorGliders - OVENS,OVENS glider program operated by UiB -pacIOOS,\Co-sponsored\GOOS\DBCP\PACIOOS,PACIOOS,Pacific Islands Ocean Observing System Stations -peruMB,\Co-sponsored\GOOS\DBCP\Peru-MB,Peru-MB,Moored Buoys deployed by SENAMHI-Peru -petrobras,\Co-sponsored\GOOS\DBCP\PETROBRAS,PETROBRAS,NA -PHOTONS,\WIGOS\GAW\GAW Other elements\PHOTONS,PHOTONS,"PHOTONS, federated to AERONET" -PLOCANGlider,\Co-sponsored\GOOS\OceanGliders\Macaronesian Marine and Maritime Observation Network,Macaronesian Marine and Maritime Observation Network,Repeated Gliders deployments across the Macaronesian region -PMELMB,\Co-sponsored\GOOS\DBCP\PMEL MB,PMEL MB,PMEL Moored Buoys -polarAOD,\WIGOS\GAW\GAW Other elements\PolarAOD,PolarAOD,Polar Aerosol Optical Depth Measurement Network Project -PolarGlider,\Co-sponsored\GOOS\OceanGliders\Polar Glider,Polar Glider,Polar Gliders in a glider program within the University of Gothenburg. It is led by Sebastiaan Swart and focuses on understanding the importance and variability of the upper ocean. -PortugalMB,\Co-sponsored\GOOS\DBCP\PORTUGAL-MB,PORTUGAL-MB,Portugal - Instituto Hidrografico (IH) -projetoAzul,\Co-sponsored\GOOS\OceanGliders\Projeto Azul,Projeto Azul,"Project Azul is a cooperation between SHELL Brazil, the Laboratory of Computational Methods in Engineering (LAMCE) COPPE / UFRJ's and PROOCEANO, a Brazilian oceanographic technology company." -ProVoLoGlider,\Co-sponsored\GOOS\OceanGliders\NorGliders - ProVoLo,NorGliders - ProVoLo,ProVoLo glider program operated by UiB -RAEONGlider,\Co-sponsored\GOOS\OceanGliders\Real-Time Aquatic Ecosystem Observation Network Glider program,Real-Time Aquatic Ecosystem Observation Network Glider program,Canadian contribution of the great lake observation using gliders -RBON,\WIGOS\GOS\GOS Surface networks\RBON,RBON,Regional Basic Observing Network -RUCOOLColResGlider,\Co-sponsored\GOOS\OceanGliders\RUCOOL - Collaborative Research,RUCOOL - Collaborative Reasearch,"This project integrated a deep rated version of the Ion Sensitive Field Effect Transistor (ISFET)-based pH sensor, the Deep ISFET pH, into a Slocum Webb G2 glider." -RUCOOLGlider,\Co-sponsored\GOOS\OceanGliders\Rutgers Center for Ocean Observing Leadership Glider Program,Rutgers Center for Ocean Observing Leadership Glider Program,The Rutgers University Center for Ocean Observing Leadership (RUCOOL) Glider program. -saildrone,\Co-sponsored\GOOS\DBCP\SAILDRONE,SAILDRONE,Autonomous Surface Vehicles deployed by NOAA as pilot -SASDB,\Co-sponsored\GOOS\DBCP\SAS-DB,SAS-DB,Voluntary buoys deployed by Sailing for Science -SAWSDB,\Co-sponsored\GOOS\DBCP\SAWS DB,SAWS DB,South African Weather Service Drifting Buoys programme -SBUMB,\Co-sponsored\GOOS\DBCP\SBU-MB,SBU-MB,Owned and maintained by Stony Brook University Buoy -SCALE,\Co-sponsored\GOOS\OceanGliders\SCALE glider program,SCALE glider program,Glider program operated by CSIR in the Antarctic/Southern Atlantic. -scripps,\Co-sponsored\GOOS\DBCP\SCRIPPS,SCRIPPS,NA -ScrippsGlider,\Co-sponsored\GOOS\OceanGliders\Scripps Glider Program,Scripps Glider Program,The Scripps Glider Program is part of the Southern California Coastal Ocean Observing System (SCCOOS) is one of eleven regions that contributes to the national U.S. Integrated Ocean Observing System (IOOS). -SHADOZ,\WIGOS\GAW\GAW Other elements\SHADOZ,SHADOZ,Southern Hemisphere ADditional Ozonesondes -shell,\Co-sponsored\GOOS\DBCP\SHELL,SHELL,SHELL Beaufort sea ice movement -shoaTSU,\Co-sponsored\GOOS\DBCP\SHOA-TSU,SHOA-TSU,Chilean Navy Hydrographic And Oceanographic Service Tsunameter buoys -sibRad,\WIGOS\GAW\GAW Other elements\SibRad,SibRad,SibRad -SIODB,\Co-sponsored\GOOS\DBCP\SIO-DB,SIO-DB,Scripps Institution of Oceanography Drifter Buoy -SIOSGlider,\Co-sponsored\GOOS\OceanGliders\NorGliders - SIOS,NorGliders - SIOS,SIOS glider program operated by UiB -SKIOGlider,\Co-sponsored\GOOS\OceanGliders\SKIO Glider Program,SKIO Glider Program,"SKIO Glider Program is part of SECOORA's observatories to observe, understand, and increase awareness of our coastal ocean; promoting knowledge, economic and environmental health through strong regional partnerships." -skynet,\WIGOS\GAW\GAW Other elements\SKYNET,SKYNET,Aerosol-cloud-radiation interaction in the atmosphere project -SOCIBGlider,\Co-sponsored\GOOS\OceanGliders\Balearic Islands Observatory,Balearic Islands Observatory,"SOCIB operational program is, covering the Eivissa channel (6 transects) and Mallorca channel (1 transect) from APR to MAY 2019, sampling physical and biogeochemical parameters (CTD, fluorescence and turbidity, and oxygen)." -soclim,\Co-sponsored\GOOS\Argo\SOCLIM,SOCLIM,Southern Ocean Climate: Field studies with innovative tools -SOOP,\Co-sponsored\GOOS\SOT\SOOP,SOOP,Ship Of Opportunity Programme -SOOPBOM,\Co-sponsored\GOOS\SOT\SOOP-BOM,SOOP-BOM,NA -SOOPFPVRECOPESCA,\Co-sponsored\GOOS\SOT\ASAP\SOOP-FVP-RECOPESCA,SOOP-FVP-RECOPESCA,A new example of participative approach to collect in-situ environmental and fisheries data using fisheries vessels of opportunity -SOOPFVPBDC,\Co-sponsored\GOOS\SOT\ASAP\SOOP-FVP-BDC,SOOP-FVP-BDC,"SOOP-FVP-Beering Data Collective. Collaborative data collection as a service, using S/T probes on fishing equipment" -SOOPFVPCatchingData,\Co-sponsored\GOOS\SOT\ASAP\SOOP-FVP-Catching Data,SOOP-FVP-Catching Data,"Collection of T/S data from fishing equipment, developed by the Fishing Vessel Industry in Netherland" -SOOPFVPVistools,\Co-sponsored\GOOS\SOT\ASAP\SOOP-FVP-Vistools,SOOP-FVP-Vistools,ILVO fishing Vessel Observation Activities -SOOPIFREMERTSG,\Co-sponsored\GOOS\SOT\ASAP\SOOP-IFREMER-TSG,SOOP-IFREMER-TSG,T/S underway data collection program from Ifremer operated TSG and similar instruments -SOOPIRDTSG,\Co-sponsored\GOOS\SOT\ASAP\SOOP-IRD-TSG,SOOP-IRD-TSG,T/S underway data collection program from IRD operated TSG and similar instruments -SOOPIRDXBT,\Co-sponsored\GOOS\SOT\ASAP\SOOP-IRD-XBT,SOOP-IRD-XBT,XBT program from IRD institute -SOSCEX,\Co-sponsored\GOOS\OceanGliders\SOSCEx glider program,SOSCEx glider program,The Southern Ocean Seasonal Cycle Experiment glider program. -SpainIEOMB,\Co-sponsored\GOOS\DBCP\SPAIN-IEO-MB,SPAIN-IEO-MB,Moored Buoys Managed by Spanish Institute of Oceanography of the Ministry of Science and Technology -spainPDEMB,\Co-sponsored\GOOS\DBCP\SPAIN-PDE MB,SPAIN-PDE MB,Puertos del EStado Spain Moored buoy -StonyBrookGlider,\Co-sponsored\GOOS\OceanGliders\Stony Brook Glider Program,Stony Brook Glider Program,SoMas Glider Program is part of the CARICOOS program -stratus,\Co-sponsored\GOOS\DBCP\STRATUS,STRATUS,Woodshole IO OceanSITES -TAMDAR,\WIGOS\GOS\GOS Other elements\ABOS\TAMDAR,TAMDAR,"Tropospheric Aircraft Meteorological Data Relay (Commercial/Panasonic). Not currently open to GTS, contract with Panasonic and airline and/or NMHS" -TAMUMB,\Co-sponsored\GOOS\DBCP\TAMU-MB,TAMU-MB,"Developed and maintained by Texas A&M University, Funding provided by the Texas General Land Office's Oil Spill Prevention & Response Program" -taoAtlas,\Co-sponsored\GOOS\DBCP\TAO ATLAS,TAO ATLAS,TAO Array of ATLAS buoys in the Equatorial Ocean -taoPirata,\Co-sponsored\GOOS\DBCP\TAO PIRATA,TAO PIRATA,Prediction and Research Moored Array in the Atlantic -taoPirataUS,\Co-sponsored\GOOS\DBCP\TAO PIRATA US,TAO PIRATA US,NA -taoRamaUSindia,\Co-sponsored\GOOS\DBCP\TAO RAMA US-INDIA,TAO RAMA US-INDIA,Research Moored Array for African-Asian-Australian Monsoon Analysis and Prediction -taoTriton,\Co-sponsored\GOOS\DBCP\TAO TRITON,TAO TRITON,Triton buoy network -TCCON,\WIGOS\GAW\GAW Contributing networks\TCCON,TCCON,Total Carbon Column Observing Network -texasUniversityGlider,\Co-sponsored\GOOS\OceanGliders\Texas University Glider Program,Texas University Glider Program,Texas University Glider Program is part of GCOOS Regional Alliance. Gulf of Mexico regional component of the U.S. Integrated Ocean Observing System (IOOS). -TTUGlider,\Co-sponsored\GOOS\OceanGliders\Tallin University Glider Program,Tallin University Glider Program,Estonian Glider program operated by Tallin University of Technology. -UCSDscripps,\Co-sponsored\GOOS\DBCP\UCSD-SCRIPPS,UCSD-SCRIPPS,SIO/CICESE Sea of Cortez Drifters -UEAGlider,\Co-sponsored\GOOS\OceanGliders\University of East Anglia Glider Program,University of East Anglia Glider Program,Glider program operated by UEA. UEA operated all over the world in area of interest for their science. -UKjerseyMB,\Co-sponsored\GOOS\DBCP\UK-JERSEY MB,UK-JERSEY MB,NA -UKMODB,\Co-sponsored\GOOS\DBCP\UK-MO DB,UK-MO DB,UK MetOffice Iridium Drifters -UKMOfixed,\Co-sponsored\GOOS\DBCP\UK-MO FIXED,UK-MO FIXED,UK Metoffice Fixed station -UKMOLV,\Co-sponsored\GOOS\DBCP\UK-MO LV,UK-MO LV,UK Metoffice Light Vessel -UKMOMB,\Co-sponsored\GOOS\DBCP\UK-MO MB,UK-MO MB,United Kingdom Met Office Moored Buoys -UMasGlider,\Co-sponsored\GOOS\OceanGliders\University of Massachusetts Dartmouth Glider Program,University of Massachussetts Dartmouth Glider Program,Program created for the deployment operated by the University of Massachusetts Dartmouth not registered under any other observation program. -UNHMB,\Co-sponsored\GOOS\DBCP\UNH-MB,UNH-MB,"Owned and maintained by the University of New Hampshire, Moored Buoy" -UnivLasPalmasGlider,\Co-sponsored\GOOS\OceanGliders\Univ las Palmas glider program,Univ las Palmas glider program,Glider program of SITMA-ULPGC -unknown,\unknown,unknown,The affiliation/programme is unknown. -USACE,\Co-sponsored\GOOS\DBCP\USACE,USACE,"Owned and maintained by U.S. Army Corps of Engineers, data provided by Scripps Institution of Oceanography, WaveRider Buoy" -USAMLRPGlider,\Co-sponsored\GOOS\OceanGliders\U.S. Antarctic Marine Living Resources Program,U.S. Antarctic Marine Living Resources Program,U.S. Antarctic Marine Living Resources glider program -USCGDB,\Co-sponsored\GOOS\DBCP\US-CG DB,US-CG DB,USCG Drift Buoys -USEPAGLGlider,\Co-sponsored\GOOS\OceanGliders\US EPA Great Lakes National Program,US EPA Great Lakes National Program,US EPA Great Lakes National Glider Program. -USFGlider,\Co-sponsored\GOOS\OceanGliders\University of South Florida Glider Program,University of South Florida Glider Program,USF Glider Program is part of SECOORA monitoring program -USMGlider,\Co-sponsored\GOOS\OceanGliders\USM Glider Program,USM Glider Program,USM Glider Program is part of the Gulf of Mexico Coastal Ocean Observing System (GCOOS) is the Gulf of Mexico regional component of the U.S. Integrated Ocean Observing System (IOOS). -VIMGlider,\Co-sponsored\GOOS\OceanGliders\Virginia Institute of Marine Science Glider Program,Virginia Institute of Marine Science Glider Program,Glider deployment operated by VIMS with observation program. -VOS3P,\Co-sponsored\GOOS\SOT\VOS\VOS-3P,VOS-3P,NA -VOSAU,\Co-sponsored\GOOS\SOT\VOS\VOS-AU,VOS-AU,NA -VOSCA,\Co-sponsored\GOOS\SOT\VOS\VOS-CA,VOS-CA,NA -VOSCL,\Co-sponsored\GOOS\SOT\VOS\VOS-CL,VOS-CL,NA -VOSDE,\Co-sponsored\GOOS\SOT\VOS\VOS-DE,VOS-DE,NA -VOSDK,\Co-sponsored\GOOS\SOT\VOS\VOS-DK,VOS-DK,Danish VOS program -VOSES,\Co-sponsored\GOOS\SOT\VOS\VOS-ES,VOS-ES,NA -VOSEU,\Co-sponsored\GOOS\SOT\VOS\VOS-EU,VOS-EU,NA -VOSFR,\Co-sponsored\GOOS\SOT\VOS\VOS-FR,VOS-FR,NA -VOSGB,\Co-sponsored\GOOS\SOT\VOS\VOS-GB,VOS-GB,NA -VOSGR,\Co-sponsored\GOOS\SOT\VOS\VOS-GR,VOS-GR,NA -VOSHK,\Co-sponsored\GOOS\SOT\VOS\VOS-HK,VOS-HK,NA -VOSIE,\Co-sponsored\GOOS\SOT\VOS\VOS-IE,VOS-IE,NA -VOSIL,\Co-sponsored\GOOS\SOT\VOS\VOS-IL,VOS-IL,NA -VOSIN,\Co-sponsored\GOOS\SOT\VOS\VOS-IN,VOS-IN,NA -VOSIS,\Co-sponsored\GOOS\SOT\VOS\VOS-IS,VOS-IS,NA -VOSJP,\Co-sponsored\GOOS\SOT\VOS\VOS-JP,VOS-JP,NA -VOSKR,\Co-sponsored\GOOS\SOT\VOS\VOS-KR,VOS-KR,NA -VOSMY,\Co-sponsored\GOOS\SOT\VOS\VOS-MY,VOS-MY,NA -VOSNL,\Co-sponsored\GOOS\SOT\VOS\VOS-NL,VOS-NL,NA -VOSNO,\Co-sponsored\GOOS\SOT\VOS\VOS-NO,VOS-NO,NA -VOSNZ,\Co-sponsored\GOOS\SOT\VOS\VOS-NZ,VOS-NZ,NA -VOSPL,\Co-sponsored\GOOS\SOT\VOS\VOS-PL,VOS-PL,Polish VOS program -VOSRU,\Co-sponsored\GOOS\SOT\VOS\VOS-RU,VOS-RU,NA -VOSSE,\Co-sponsored\GOOS\SOT\VOS\VOS-SE,VOS-SE,NA -VOSSHIPMASK,\Co-sponsored\GOOS\SOT\VOS\VOS-SHIP-MASK,VOS-SHIP-MASK,"Program created for platforms transmitting under ""SHIP"" GTS identifier" -VOSTH,\Co-sponsored\GOOS\SOT\VOS\VOS-TH,VOS-TH,Thai VOS program -VOSUS,\Co-sponsored\GOOS\SOT\VOS\VOS-US,VOS-US,NA -VOSZA,\Co-sponsored\GOOS\SOT\VOS\VOS-ZA,VOS-ZA,NA -VOTOGlider,\Co-sponsored\GOOS\OceanGliders\VOTO: Ocean Knowledge glider program,VOTO: Ocean Knowledge glider program,Ocean Knowledge at Voice of the Ocean glider program -WhaleGlider,\Co-sponsored\GOOS\OceanGliders\Whale Glider Program,Whale Glider Program,Whale Glider program in the Chukchi Sea. -WHOIGlider,\Co-sponsored\GOOS\OceanGliders\Woods Hole Spray glider Program,Woods Hole Spray glider Program,Woods Hole Spray glider surveys of the Gulf Stream and other regions. -WHYCOS,\WIGOS\WHOS\WHYCOS,WHYCOS,World Hydrological Cycle Observing System -windProfiler,\WIGOS\GOS\GOS Other elements\Wind Profilers,Wind Profilers,Wind profilers for upper-air wind observations -WRO,\WIGOS\GOS\GOS Other elements\WRO,WRO,GOS Weather Radar +NorEMSOGlider,\Co-sponsored\GOOS\OceanGliders,NorGlider - NorEMSO,Norwegian Glider program around EMSO sites +NorwayGlider,\Co-sponsored\GOOS\OceanGliders,NorGliders - other,"Norwegian national facility for ocean gliders (NorGliders) is running glider missions along repeated section in outstanding sites of interest are the Svinøy Section, the Lofoten Basin of the Norwegian Sea, the Mohn ridge, as well as the Iceland and Greenland Seas." +NorwayIMR,\Co-sponsored\GOOS\DBCP,NORWAY-IMR,Institute of Marine Research Drifting Buoy Program +NWSNDBCMB,\Co-sponsored\GOOS\DBCP,NWS-NDBC-MB,NWS NDBC Moored buoy +NWSNDBCWB,\Co-sponsored\GOOS\DBCP,NWS-NDBC-WB,NWS NDBC Wave buoy +NZTSU,\Co-sponsored\GOOS\DBCP,NZ-TSU,GNS Science is a New Zealand Crown Research Institute +ODYSSEAGlider,\Co-sponsored\GOOS\OceanGliders,ODYSSEA H2020 Glider program,"ODYSSEA developed, operate and demonstrate an interoperable and cost-effective platform that fully integrates networks of observing and forecasting systems across the Mediterranean basin, addressing both the open sea and the coastal zone. ODYSSEA program started in 2018 and finished in 2021." +OGSGlider,\Co-sponsored\GOOS\OceanGliders,OGS glider program,Istituto Nazionale di Oceanografia e di Geofisica Sperimentale glider program +OOICGSNGlider,\Co-sponsored\GOOS\OceanGliders,OOI - Coastal and Global Scale Nodes,"The Ocean Observatories Initiative is funded by the National Science Foundation and is managed and coordinated by the OOI Program Management Office (PMO) at the Woods Hole Oceanographic Institution (WHOI) in Woods Hole, MA." +OOIEnduranceGlider,\Co-sponsored\GOOS\OceanGliders,OOI - Coastal Endurance Array,"The OOI is funded by the National Science Foundation and is managed and coordinated by the OOI Program Management Office (PMO) at the Woods Hole Oceanographic Institution (WHOI) in Woods Hole, MA." +OOIMB,\Co-sponsored\GOOS\DBCP,OOI-MB,"Station owned and maintained by Ocean Observatories Initiative, Buoy" +OSAWI,\Co-sponsored\GOOS\OceanSITES,OS-AWI,AWI OceanSITES program +OSBAS,\Co-sponsored\GOOS\OceanSITES,OS-BAS,NA +OSBCCR,\Co-sponsored\GOOS\OceanSITES,OS-BCCR,NA +OSBIOS,\Co-sponsored\GOOS\OceanSITES,OS-BIOS,NA +OSCNR,\Co-sponsored\GOOS\OceanSITES,OS-CNR,NA +OSCNRS,\Co-sponsored\GOOS\OceanSITES,OS-CNRS,NA +OSCOM,\Co-sponsored\GOOS\OceanSITES,OS-CENTRE D'OCEANOLOGIE DE MARSEILLE,NA +OSCSIRO,\Co-sponsored\GOOS\OceanSITES,OS-CSIRO,NA +OSDFO,\Co-sponsored\GOOS\OceanSITES,OS-DFO,NA +OSDML,\Co-sponsored\GOOS\OceanSITES,OS-DML,NA +OSEUTHOR,\Co-sponsored\GOOS\OceanSITES,OS-EU-THOR,NA +OSFSC,\Co-sponsored\GOOS\OceanSITES,OS-FSC,Program monitoring the Atlantic Inflow of the Shetland Branch. Faroe-Shetland Channel +OSGEOMAR,\Co-sponsored\GOOS\OceanSITES,OS-GEOMAR,NA +OShamburgUniversity,\Co-sponsored\GOOS\OceanSITES,OS-HAMBURG UNIVERSITY,NA +OSHAV,\Co-sponsored\GOOS\OceanSITES,OS-HAV,NA +OSHCMR,\Co-sponsored\GOOS\OceanSITES,OS-HELLENIC CENTRE FOR MARINE RESEARCH,NA +OSICCMCanarias,\Co-sponsored\GOOS\OceanSITES,OS-ICCM - ACIISI - GOBIERNO DE CANARIAS,NA +OSIceland,\Co-sponsored\GOOS\OceanSITES,OS-ICELAND,OceanSITES operated by Iceland +OSIEO,\Co-sponsored\GOOS\OceanSITES,OS-IEO,"OceanSITES operated by IEO, Spain" +OSIFREMER,\Co-sponsored\GOOS\OceanSITES,OS-IFREMER,NA +OSIMARPE,\Co-sponsored\GOOS\OceanSITES,OS-IMARPE,NA +OSIMR,\Co-sponsored\GOOS\OceanSITES,OS-INSTITUTE OF MARINE RESEARCH,NA +OSIONTU,\Co-sponsored\GOOS\OceanSITES,OS-IO-NTU,NA +OSIOwarnemuende,\Co-sponsored\GOOS\OceanSITES,OS-IO-WARNEMUENDE,NA +OSIRD,\Co-sponsored\GOOS\OceanSITES,OS-IRD,NA +OSJAMSTEC,\Co-sponsored\GOOS\OceanSITES,OS-JAMSTEC,NA +OSJMAJAMSTEC,\Co-sponsored\GOOS\OceanSITES,OS-JMA/JAMSTEC,Moorings Operated by JMA-JAMSTEC +OSKIOST,\Co-sponsored\GOOS\OceanSITES,OS-KIOST,NA +OSKNMI,\Co-sponsored\GOOS\OceanSITES,OS-KNMI,"Moorings operated by ROYAL NETHERLANDS METEOROLOGICAL INSTITUTE (KNMI), the Netherlands" +OSKORSPilot,\Co-sponsored\GOOS\OceanSITES,OS-KORS Pilot,"Pilot coastal moorings by KOIST, ROK" +OSLDEO,\Co-sponsored\GOOS\OceanSITES,OS-LDEO,NA +OSMARUM,\Co-sponsored\GOOS\OceanSITES,OS-MARUM,NA +OSMBARI,\Co-sponsored\GOOS\OceanSITES,OS-MBARI,NA +OSMBL,\Co-sponsored\GOOS\OceanSITES,OS-MBL,"Moorings operated by Marine Biological Lab, USA" +OSMNR,\Co-sponsored\GOOS\OceanSITES,OS-MNR,"OceanSITES operated by Ministry of Natural Resources, China" +OSMSS,\Co-sponsored\GOOS\OceanSITES,OS-MSS,"Shetland-branch monitoring in the Faroe-Shetland Channel, contributing to the Greenland-Scotland Ridge Transport Mooring Array within AtlantOS and the THOR, NACLIM and Blue-Action projects." +OSNAPGlider,\Co-sponsored\GOOS\OceanGliders,Overturning in the Subpolar North Atlantic Program,"Overturning in the Subpolar North Atlantic Program (OSNAP) is an international program designed to provide a continuous record of the full-water column, trans-basin fluxes of heat, mass and freshwater in the subpolar North Atlantic." +OSNIO,\Co-sponsored\GOOS\OceanSITES,OS-NIO,NA +OSNIOT,\Co-sponsored\GOOS\OceanSITES,OS-NIOT,NA +OSNIOZ,\Co-sponsored\GOOS\OceanSITES,OS-ROYAL NETHERLANDS INSTITUTE FOR SEA RESEARCH (NIOZ),NA +OSNIWA,\Co-sponsored\GOOS\OceanSITES,OS-NIWA,NA +OSNOAA,\Co-sponsored\GOOS\OceanSITES,OS-NOAA,Moorings operated generically by NOAA +OSNOAA-AOML,\Co-sponsored\GOOS\OceanSITES,OS-NOAA/AOML,NA +OSNOAA-PMEL,\Co-sponsored\GOOS\OceanSITES,OS-NOAA/PMEL,NA +OSNOAANDBC,\Co-sponsored\GOOS\OceanSITES,OS-NOAA/NDBC,Moorings operated by NDBC +OSNOC,\Co-sponsored\GOOS\OceanSITES,OS-NOC,NA +OSOCEANOR,\Co-sponsored\GOOS\OceanSITES,OS-OCEANOR,"Moorings operated by OCEANOR, Greece" +OSOGS,\Co-sponsored\GOOS\OceanSITES,OS-OGS,NA +OSSAM,\Co-sponsored\GOOS\OceanSITES,OS-SAM,Southwest Atlantic MOC +OSSAMSDML,\Co-sponsored\GOOS\OceanSITES,OS-SAMS_DML,"Moorings operated by SAMS, UK" +OSSIO,\Co-sponsored\GOOS\OceanSITES,OS-SIO,NA +OSSNU,\Co-sponsored\GOOS\OceanSITES,OS-SNU,NA +OSSOA,\Co-sponsored\GOOS\OceanSITES,OS-SOA,NA +OSUNhawaiiManoa,\Co-sponsored\GOOS\OceanSITES,OS-UN_HAWAII_MANOA,NA +OSUNmiami,\Co-sponsored\GOOS\OceanSITES,OS-UN_MIAMI,NA +OSUSP,\Co-sponsored\GOOS\OceanSITES,OS-USP,NA +OSUTokyo,\Co-sponsored\GOOS\OceanSITES,OS-UTokyo,Cabled sites operated by Tokyo University +OSUW,\Co-sponsored\GOOS\OceanSITES,OS-UW,NA +OSWHOI,\Co-sponsored\GOOS\OceanSITES,OS-WHOI,NA +OSWHOI-SIO-OSU,\Co-sponsored\GOOS\OceanSITES,OS-WHOI/SIO/OSU,NA +OVENSGlider,\Co-sponsored\GOOS\OceanGliders,NorGliders - OVENS,OVENS glider program operated by UiB +pacIOOS,\Co-sponsored\GOOS\DBCP,PACIOOS,Pacific Islands Ocean Observing System Stations +peruMB,\Co-sponsored\GOOS\DBCP,Peru-MB,Moored Buoys deployed by SENAMHI-Peru +petrobras,\Co-sponsored\GOOS\DBCP,PETROBRAS,NA +PHOTONS,\WIGOS\GAW\GAW Other elements,PHOTONS,"PHOTONS, federated to AERONET" +PLOCANGlider,\Co-sponsored\GOOS\OceanGliders,Macaronesian Marine and Maritime Observation Network,Repeated Gliders deployments across the Macaronesian region +PMELMB,\Co-sponsored\GOOS\DBCP,PMEL MB,PMEL Moored Buoys +polarAOD,\WIGOS\GAW\GAW Other elements,PolarAOD,Polar Aerosol Optical Depth Measurement Network Project +PolarGlider,\Co-sponsored\GOOS\OceanGliders,Polar Glider,Polar Gliders in a glider program within the University of Gothenburg. It is led by Sebastiaan Swart and focuses on understanding the importance and variability of the upper ocean. +PortugalMB,\Co-sponsored\GOOS\DBCP,PORTUGAL-MB,Portugal - Instituto Hidrografico (IH) +projetoAzul,\Co-sponsored\GOOS\OceanGliders,Projeto Azul,"Project Azul is a cooperation between SHELL Brazil, the Laboratory of Computational Methods in Engineering (LAMCE) COPPE / UFRJ's and PROOCEANO, a Brazilian oceanographic technology company." +ProVoLoGlider,\Co-sponsored\GOOS\OceanGliders,NorGliders - ProVoLo,ProVoLo glider program operated by UiB +RAEONGlider,\Co-sponsored\GOOS\OceanGliders,Real-Time Aquatic Ecosystem Observation Network Glider program,Canadian contribution of the great lake observation using gliders +RBON,\WIGOS\GOS\GOS Surface networks,RBON,Regional Basic Observing Network +RUCOOLColResGlider,\Co-sponsored\GOOS\OceanGliders,RUCOOL - Collaborative Reasearch,"This project integrated a deep rated version of the Ion Sensitive Field Effect Transistor (ISFET)-based pH sensor, the Deep ISFET pH, into a Slocum Webb G2 glider." +RUCOOLGlider,\Co-sponsored\GOOS\OceanGliders,Rutgers Center for Ocean Observing Leadership Glider Program,The Rutgers University Center for Ocean Observing Leadership (RUCOOL) Glider program. +saildrone,\Co-sponsored\GOOS\DBCP,SAILDRONE,Autonomous Surface Vehicles deployed by NOAA as pilot +SASDB,\Co-sponsored\GOOS\DBCP,SAS-DB,Voluntary buoys deployed by Sailing for Science +SAWSDB,\Co-sponsored\GOOS\DBCP,SAWS DB,South African Weather Service Drifting Buoys programme +SBUMB,\Co-sponsored\GOOS\DBCP,SBU-MB,Owned and maintained by Stony Brook University Buoy +SCALE,\Co-sponsored\GOOS\OceanGliders,SCALE glider program,Glider program operated by CSIR in the Antarctic/Southern Atlantic. +scripps,\Co-sponsored\GOOS\DBCP,SCRIPPS,NA +ScrippsGlider,\Co-sponsored\GOOS\OceanGliders,Scripps Glider Program,The Scripps Glider Program is part of the Southern California Coastal Ocean Observing System (SCCOOS) is one of eleven regions that contributes to the national U.S. Integrated Ocean Observing System (IOOS). +SHADOZ,\WIGOS\GAW\GAW Other elements,SHADOZ,Southern Hemisphere ADditional Ozonesondes +shell,\Co-sponsored\GOOS\DBCP,SHELL,SHELL Beaufort sea ice movement +shoaTSU,\Co-sponsored\GOOS\DBCP,SHOA-TSU,Chilean Navy Hydrographic And Oceanographic Service Tsunameter buoys +sibRad,\WIGOS\GAW\GAW Other elements,SibRad,SibRad +SIODB,\Co-sponsored\GOOS\DBCP,SIO-DB,Scripps Institution of Oceanography Drifter Buoy +SIOSGlider,\Co-sponsored\GOOS\OceanGliders,NorGliders - SIOS,SIOS glider program operated by UiB +SKIOGlider,\Co-sponsored\GOOS\OceanGliders,SKIO Glider Program,"SKIO Glider Program is part of SECOORA's observatories to observe, understand, and increase awareness of our coastal ocean; promoting knowledge, economic and environmental health through strong regional partnerships." +skynet,\WIGOS\GAW\GAW Other elements,SKYNET,Aerosol-cloud-radiation interaction in the atmosphere project +SOCIBGlider,\Co-sponsored\GOOS\OceanGliders,Balearic Islands Observatory,"SOCIB operational program is, covering the Eivissa channel (6 transects) and Mallorca channel (1 transect) from APR to MAY 2019, sampling physical and biogeochemical parameters (CTD, fluorescence and turbidity, and oxygen)." +soclim,\Co-sponsored\GOOS\Argo,SOCLIM,Southern Ocean Climate: Field studies with innovative tools +SOOP,\Co-sponsored\GOOS\SOT,SOOP,Ship Of Opportunity Programme +SOOPBOM,\Co-sponsored\GOOS\SOT,SOOP-BOM,NA +SOOPFPVRECOPESCA,\Co-sponsored\GOOS\SOT\ASAP,SOOP-FVP-RECOPESCA,A new example of participative approach to collect in-situ environmental and fisheries data using fisheries vessels of opportunity +SOOPFVPBDC,\Co-sponsored\GOOS\SOT\ASAP,SOOP-FVP-BDC,"SOOP-FVP-Beering Data Collective. Collaborative data collection as a service, using S/T probes on fishing equipment" +SOOPFVPCatchingData,\Co-sponsored\GOOS\SOT\ASAP,SOOP-FVP-Catching Data,"Collection of T/S data from fishing equipment, developed by the Fishing Vessel Industry in Netherland" +SOOPFVPVistools,\Co-sponsored\GOOS\SOT\ASAP,SOOP-FVP-Vistools,ILVO fishing Vessel Observation Activities +SOOPIFREMERTSG,\Co-sponsored\GOOS\SOT\ASAP,SOOP-IFREMER-TSG,T/S underway data collection program from Ifremer operated TSG and similar instruments +SOOPIRDTSG,\Co-sponsored\GOOS\SOT\ASAP,SOOP-IRD-TSG,T/S underway data collection program from IRD operated TSG and similar instruments +SOOPIRDXBT,\Co-sponsored\GOOS\SOT\ASAP,SOOP-IRD-XBT,XBT program from IRD institute +SOSCEX,\Co-sponsored\GOOS\OceanGliders,SOSCEx glider program,The Southern Ocean Seasonal Cycle Experiment glider program. +SpainIEOMB,\Co-sponsored\GOOS\DBCP,SPAIN-IEO-MB,Moored Buoys Managed by Spanish Institute of Oceanography of the Ministry of Science and Technology +spainPDEMB,\Co-sponsored\GOOS\DBCP,SPAIN-PDE MB,Puertos del EStado Spain Moored buoy +StonyBrookGlider,\Co-sponsored\GOOS\OceanGliders,Stony Brook Glider Program,SoMas Glider Program is part of the CARICOOS program +stratus,\Co-sponsored\GOOS\DBCP,STRATUS,Woodshole IO OceanSITES +TAMDAR,\WIGOS\GOS\GOS Other elements\ABOS,TAMDAR,"Tropospheric Aircraft Meteorological Data Relay (Commercial/Panasonic). Not currently open to GTS, contract with Panasonic and airline and/or NMHS" +TAMUMB,\Co-sponsored\GOOS\DBCP,TAMU-MB,"Developed and maintained by Texas A&M University, Funding provided by the Texas General Land Office's Oil Spill Prevention & Response Program" +taoAtlas,\Co-sponsored\GOOS\DBCP,TAO ATLAS,TAO Array of ATLAS buoys in the Equatorial Ocean +taoPirata,\Co-sponsored\GOOS\DBCP,TAO PIRATA,Prediction and Research Moored Array in the Atlantic +taoPirataUS,\Co-sponsored\GOOS\DBCP,TAO PIRATA US,NA +taoRamaUSindia,\Co-sponsored\GOOS\DBCP,TAO RAMA US-INDIA,Research Moored Array for African-Asian-Australian Monsoon Analysis and Prediction +taoTriton,\Co-sponsored\GOOS\DBCP,TAO TRITON,Triton buoy network +TCCON,\WIGOS\GAW\GAW Contributing networks,TCCON,Total Carbon Column Observing Network +texasUniversityGlider,\Co-sponsored\GOOS\OceanGliders,Texas University Glider Program,Texas University Glider Program is part of GCOOS Regional Alliance. Gulf of Mexico regional component of the U.S. Integrated Ocean Observing System (IOOS). +TTUGlider,\Co-sponsored\GOOS\OceanGliders,Tallin University Glider Program,Estonian Glider program operated by Tallin University of Technology. +UCSDscripps,\Co-sponsored\GOOS\DBCP,UCSD-SCRIPPS,SIO/CICESE Sea of Cortez Drifters +UEAGlider,\Co-sponsored\GOOS\OceanGliders,University of East Anglia Glider Program,Glider program operated by UEA. UEA operated all over the world in area of interest for their science. +UKjerseyMB,\Co-sponsored\GOOS\DBCP,UK-JERSEY MB,NA +UKMODB,\Co-sponsored\GOOS\DBCP,UK-MO DB,UK MetOffice Iridium Drifters +UKMOfixed,\Co-sponsored\GOOS\DBCP,UK-MO FIXED,UK Metoffice Fixed station +UKMOLV,\Co-sponsored\GOOS\DBCP,UK-MO LV,UK Metoffice Light Vessel +UKMOMB,\Co-sponsored\GOOS\DBCP,UK-MO MB,United Kingdom Met Office Moored Buoys +UMasGlider,\Co-sponsored\GOOS\OceanGliders,University of Massachussetts Dartmouth Glider Program,Program created for the deployment operated by the University of Massachusetts Dartmouth not registered under any other observation program. +UNHMB,\Co-sponsored\GOOS\DBCP,UNH-MB,"Owned and maintained by the University of New Hampshire, Moored Buoy" +UnivLasPalmasGlider,\Co-sponsored\GOOS\OceanGliders,Univ las Palmas glider program,Glider program of SITMA-ULPGC +unknown,unknown,unknown,The affiliation/programme is unknown. +USACE,\Co-sponsored\GOOS\DBCP,USACE,"Owned and maintained by U.S. Army Corps of Engineers, data provided by Scripps Institution of Oceanography, WaveRider Buoy" +USAMLRPGlider,\Co-sponsored\GOOS\OceanGliders,U.S. Antarctic Marine Living Resources Program,U.S. Antarctic Marine Living Resources glider program +USCGDB,\Co-sponsored\GOOS\DBCP,US-CG DB,USCG Drift Buoys +USEPAGLGlider,\Co-sponsored\GOOS\OceanGliders,US EPA Great Lakes National Program,US EPA Great Lakes National Glider Program. +USFGlider,\Co-sponsored\GOOS\OceanGliders,University of South Florida Glider Program,USF Glider Program is part of SECOORA monitoring program +USMGlider,\Co-sponsored\GOOS\OceanGliders,USM Glider Program,USM Glider Program is part of the Gulf of Mexico Coastal Ocean Observing System (GCOOS) is the Gulf of Mexico regional component of the U.S. Integrated Ocean Observing System (IOOS). +VIMGlider,\Co-sponsored\GOOS\OceanGliders,Virginia Institute of Marine Science Glider Program,Glider deployment operated by VIMS with observation program. +VOS3P,\Co-sponsored\GOOS\SOTVOS,VOS-3P,NA +VOSAU,\Co-sponsored\GOOS\SOTVOS,VOS-AU,NA +VOSCA,\Co-sponsored\GOOS\SOTVOS,VOS-CA,NA +VOSCL,\Co-sponsored\GOOS\SOTVOS,VOS-CL,NA +VOSDE,\Co-sponsored\GOOS\SOTVOS,VOS-DE,NA +VOSDK,\Co-sponsored\GOOS\SOTVOS,VOS-DK,Danish VOS program +VOSES,\Co-sponsored\GOOS\SOTVOS,VOS-ES,NA +VOSEU,\Co-sponsored\GOOS\SOTVOS,VOS-EU,NA +VOSFR,\Co-sponsored\GOOS\SOTVOS,VOS-FR,NA +VOSGB,\Co-sponsored\GOOS\SOTVOS,VOS-GB,NA +VOSGR,\Co-sponsored\GOOS\SOTVOS,VOS-GR,NA +VOSHK,\Co-sponsored\GOOS\SOTVOS,VOS-HK,NA +VOSIE,\Co-sponsored\GOOS\SOTVOS,VOS-IE,NA +VOSIL,\Co-sponsored\GOOS\SOTVOS,VOS-IL,NA +VOSIN,\Co-sponsored\GOOS\SOTVOS,VOS-IN,NA +VOSIS,\Co-sponsored\GOOS\SOTVOS,VOS-IS,NA +VOSJP,\Co-sponsored\GOOS\SOTVOS,VOS-JP,NA +VOSKR,\Co-sponsored\GOOS\SOTVOS,VOS-KR,NA +VOSMY,\Co-sponsored\GOOS\SOTVOS,VOS-MY,NA +VOSNL,\Co-sponsored\GOOS\SOTVOS,VOS-NL,NA +VOSNO,\Co-sponsored\GOOS\SOTVOS,VOS-NO,NA +VOSNZ,\Co-sponsored\GOOS\SOTVOS,VOS-NZ,NA +VOSPL,\Co-sponsored\GOOS\SOTVOS,VOS-PL,Polish VOS program +VOSRU,\Co-sponsored\GOOS\SOTVOS,VOS-RU,NA +VOSSE,\Co-sponsored\GOOS\SOTVOS,VOS-SE,NA +VOSSHIPMASK,\Co-sponsored\GOOS\SOTVOS,VOS-SHIP-MASK,"Program created for platforms transmitting under ""SHIP"" GTS identifier" +VOSTH,\Co-sponsored\GOOS\SOTVOS,VOS-TH,Thai VOS program +VOSUS,\Co-sponsored\GOOS\SOTVOS,VOS-US,NA +VOSZA,\Co-sponsored\GOOS\SOTVOS,VOS-ZA,NA +VOTOGlider,\Co-sponsored\GOOS\OceanGliders,VOTO: Ocean Knowledge glider program,Ocean Knowledge at Voice of the Ocean glider program +WhaleGlider,\Co-sponsored\GOOS\OceanGliders,Whale Glider Program,Whale Glider program in the Chukchi Sea. +WHOIGlider,\Co-sponsored\GOOS\OceanGliders,Woods Hole Spray glider Program,Woods Hole Spray glider surveys of the Gulf Stream and other regions. +WHYCOS,\WIGOS\WHOS,WHYCOS,World Hydrological Cycle Observing System +windProfiler,\WIGOS\GOS\GOS Other elements,Wind Profilers,Wind profilers for upper-air wind observations +WRO,\WIGOS\GOS\GOS Other elements,WRO,GOS Weather Radar From 5c926346367db538b413f56f66f270f50aa3ab57 Mon Sep 17 00:00:00 2001 From: Anna Milan Date: Thu, 25 May 2023 18:59:09 +0200 Subject: [PATCH 14/18] fix typo --- tables_en/2-02.csv | 58 +++++++++++++++++++++++----------------------- 1 file changed, 29 insertions(+), 29 deletions(-) diff --git a/tables_en/2-02.csv b/tables_en/2-02.csv index cf5b804e..c79a248a 100644 --- a/tables_en/2-02.csv +++ b/tables_en/2-02.csv @@ -480,35 +480,35 @@ USEPAGLGlider,\Co-sponsored\GOOS\OceanGliders,US EPA Great Lakes National Progra USFGlider,\Co-sponsored\GOOS\OceanGliders,University of South Florida Glider Program,USF Glider Program is part of SECOORA monitoring program USMGlider,\Co-sponsored\GOOS\OceanGliders,USM Glider Program,USM Glider Program is part of the Gulf of Mexico Coastal Ocean Observing System (GCOOS) is the Gulf of Mexico regional component of the U.S. Integrated Ocean Observing System (IOOS). VIMGlider,\Co-sponsored\GOOS\OceanGliders,Virginia Institute of Marine Science Glider Program,Glider deployment operated by VIMS with observation program. -VOS3P,\Co-sponsored\GOOS\SOTVOS,VOS-3P,NA -VOSAU,\Co-sponsored\GOOS\SOTVOS,VOS-AU,NA -VOSCA,\Co-sponsored\GOOS\SOTVOS,VOS-CA,NA -VOSCL,\Co-sponsored\GOOS\SOTVOS,VOS-CL,NA -VOSDE,\Co-sponsored\GOOS\SOTVOS,VOS-DE,NA -VOSDK,\Co-sponsored\GOOS\SOTVOS,VOS-DK,Danish VOS program -VOSES,\Co-sponsored\GOOS\SOTVOS,VOS-ES,NA -VOSEU,\Co-sponsored\GOOS\SOTVOS,VOS-EU,NA -VOSFR,\Co-sponsored\GOOS\SOTVOS,VOS-FR,NA -VOSGB,\Co-sponsored\GOOS\SOTVOS,VOS-GB,NA -VOSGR,\Co-sponsored\GOOS\SOTVOS,VOS-GR,NA -VOSHK,\Co-sponsored\GOOS\SOTVOS,VOS-HK,NA -VOSIE,\Co-sponsored\GOOS\SOTVOS,VOS-IE,NA -VOSIL,\Co-sponsored\GOOS\SOTVOS,VOS-IL,NA -VOSIN,\Co-sponsored\GOOS\SOTVOS,VOS-IN,NA -VOSIS,\Co-sponsored\GOOS\SOTVOS,VOS-IS,NA -VOSJP,\Co-sponsored\GOOS\SOTVOS,VOS-JP,NA -VOSKR,\Co-sponsored\GOOS\SOTVOS,VOS-KR,NA -VOSMY,\Co-sponsored\GOOS\SOTVOS,VOS-MY,NA -VOSNL,\Co-sponsored\GOOS\SOTVOS,VOS-NL,NA -VOSNO,\Co-sponsored\GOOS\SOTVOS,VOS-NO,NA -VOSNZ,\Co-sponsored\GOOS\SOTVOS,VOS-NZ,NA -VOSPL,\Co-sponsored\GOOS\SOTVOS,VOS-PL,Polish VOS program -VOSRU,\Co-sponsored\GOOS\SOTVOS,VOS-RU,NA -VOSSE,\Co-sponsored\GOOS\SOTVOS,VOS-SE,NA -VOSSHIPMASK,\Co-sponsored\GOOS\SOTVOS,VOS-SHIP-MASK,"Program created for platforms transmitting under ""SHIP"" GTS identifier" -VOSTH,\Co-sponsored\GOOS\SOTVOS,VOS-TH,Thai VOS program -VOSUS,\Co-sponsored\GOOS\SOTVOS,VOS-US,NA -VOSZA,\Co-sponsored\GOOS\SOTVOS,VOS-ZA,NA +VOS3P,\Co-sponsored\GOOS\SOT\VOS,VOS-3P,NA +VOSAU,\Co-sponsored\GOOS\SOT\VOS,VOS-AU,NA +VOSCA,\Co-sponsored\GOOS\SOT\VOS,VOS-CA,NA +VOSCL,\Co-sponsored\GOOS\SOT\VOS,VOS-CL,NA +VOSDE,\Co-sponsored\GOOS\SOT\VOS,VOS-DE,NA +VOSDK,\Co-sponsored\GOOS\SOT\VOS,VOS-DK,Danish VOS program +VOSES,\Co-sponsored\GOOS\SOT\VOS,VOS-ES,NA +VOSEU,\Co-sponsored\GOOS\SOT\VOS,VOS-EU,NA +VOSFR,\Co-sponsored\GOOS\SOT\VOS,VOS-FR,NA +VOSGB,\Co-sponsored\GOOS\SOT\VOS,VOS-GB,NA +VOSGR,\Co-sponsored\GOOS\SOT\VOS,VOS-GR,NA +VOSHK,\Co-sponsored\GOOS\SOT\VOS,VOS-HK,NA +VOSIE,\Co-sponsored\GOOS\SOT\VOS,VOS-IE,NA +VOSIL,\Co-sponsored\GOOS\SOT\VOS,VOS-IL,NA +VOSIN,\Co-sponsored\GOOS\SOT\VOS,VOS-IN,NA +VOSIS,\Co-sponsored\GOOS\SOT\VOS,VOS-IS,NA +VOSJP,\Co-sponsored\GOOS\SOT\VOS,VOS-JP,NA +VOSKR,\Co-sponsored\GOOS\SOT\VOS,VOS-KR,NA +VOSMY,\Co-sponsored\GOOS\SOT\VOS,VOS-MY,NA +VOSNL,\Co-sponsored\GOOS\SOT\VOS,VOS-NL,NA +VOSNO,\Co-sponsored\GOOS\SOT\VOS,VOS-NO,NA +VOSNZ,\Co-sponsored\GOOS\SOT\VOS,VOS-NZ,NA +VOSPL,\Co-sponsored\GOOS\SOT\VOS,VOS-PL,Polish VOS program +VOSRU,\Co-sponsored\GOOS\SOT\VOS,VOS-RU,NA +VOSSE,\Co-sponsored\GOOS\SOT\VOS,VOS-SE,NA +VOSSHIPMASK,\Co-sponsored\GOOS\SOT\VOS,VOS-SHIP-MASK,"Program created for platforms transmitting under ""SHIP"" GTS identifier" +VOSTH,\Co-sponsored\GOOS\SOT\VOS,VOS-TH,Thai VOS program +VOSUS,\Co-sponsored\GOOS\SOT\VOS,VOS-US,NA +VOSZA,\Co-sponsored\GOOS\SOT\VOS,VOS-ZA,NA VOTOGlider,\Co-sponsored\GOOS\OceanGliders,VOTO: Ocean Knowledge glider program,Ocean Knowledge at Voice of the Ocean glider program WhaleGlider,\Co-sponsored\GOOS\OceanGliders,Whale Glider Program,Whale Glider program in the Chukchi Sea. WHOIGlider,\Co-sponsored\GOOS\OceanGliders,Woods Hole Spray glider Program,Woods Hole Spray glider surveys of the Gulf Stream and other regions. From 433ce275ee99abb964a57d0591218a31110b59c0 Mon Sep 17 00:00:00 2001 From: Anna Milan Date: Thu, 1 Jun 2023 16:38:44 +0200 Subject: [PATCH 15/18] update chars in table 1-01-01 --- tables_en/1-01-01.csv | 36 ++++++++++++++++++------------------ 1 file changed, 18 insertions(+), 18 deletions(-) diff --git a/tables_en/1-01-01.csv b/tables_en/1-01-01.csv index 30e8cf73..59a8cea0 100644 --- a/tables_en/1-01-01.csv +++ b/tables_en/1-01-01.csv @@ -82,7 +82,7 @@ notation,path,domains,tags,name,description 305,\Atmosphere\Wind,,,Gust Speed, 307,\Atmosphere\Wind,,,"Wind (Z component, vertical)",Z component of wind vector (horizontal and vertical profile) 310,\Atmosphere\Wind,,,"Upper wind (X, Y components, horizontal)",Horizontal component of wind as a vector in an orthogonal coordinate system. -314,\Atmosphere\Particle phase\Optical properties,,,Aerosol Absorption Optical Depth,Vertical column integral of spectral aerosol absorption coefficient: AAOD = exp(-K.Œîz) where K is the absorption coefficient [km-1] and Œîz the vertical path [km] +314,\Atmosphere\Particle phase\Optical properties,,,Aerosol Absorption Optical Depth,Vertical column integral of spectral aerosol absorption coefficient: AAOD = exp(-K.Δz) where K is the absorption coefficient [km-1] and Δz the vertcal path [km] 315,\Atmosphere\Particle phase\Optical properties,,,Aerosol Extinction Coefficient,Spectral volumetric extinction cross-section of aerosol particles. 316,\Atmosphere\Particle phase\Optical properties,,,"Particle light absorption coefficient, PM1",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: PM1 317,\Atmosphere\Particle phase\Optical properties,,,"Particle light absorption coefficient, PM10",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: PM10 @@ -90,7 +90,7 @@ notation,path,domains,tags,name,description 322,\Atmosphere\Particle phase\Optical properties,,,"Particle light scattering coefficient, PM1",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: PM1 323,\Atmosphere\Particle phase\Optical properties,,,"Particle light scattering coefficient, PM10",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: PM10 324,\Atmosphere\Particle phase\Optical properties,,,"Particle light scattering coefficient, TSP",A measure of light attenuation due to absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. Size range: TSP -325,\Atmosphere\Particle phase\Optical properties,,,"Aerosol optical depth, TSP","The AOD is the effective depth of the aerosol over a specified distance, from the viewpoint of radiation propagation: Vertical integral of spectral aerosol extinction coefficient AOD = exp(-K. Œîz) where K is the extinction coefficient [km-1 ] and Œîz the vertical path [km]." +325,\Atmosphere\Particle phase\Optical properties,,,"Aerosol optical depth, TSP","The AOD is the effective depth of the aerosol over a specified distance, from the viewpoint of radiation propagation: Vertical integral of spectral aerosol extinction coefficient AOD = exp(-K. Δz) where K is the extinction coefficient [km-1 ] and Δz the vertical path [km]." 327,\Atmosphere\Clouds\Ice,,,Cloud ice,Atmospheric water in the solid phase (precipitating or not). 329,\Atmosphere\Clouds\Ice,,,Cloud ice effective radius,"The area weighted mean radius of ice particles, assimilated to spheres of the same volume." 330,\Atmosphere\Clouds\Ice,,,Freezing level height in clouds,Height of the atmospheric layer in cloud where liquid-solid states transform into each other @@ -152,11 +152,11 @@ notation,path,domains,tags,name,description 398,\Atmosphere\Gas phase\Reactive gas\Nitrogen containing compounds,,,NOy, 411,\Atmosphere\Particle phase\Physical properties,,,CCN concentration at single supersaturation, 412,\Atmosphere\Particle phase\Physical properties,,,CCN concentration spectra, -413,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, 110 Œºm equivalent", -414,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, 165 Œºm equivalent", -415,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, 35 Œºm equivalent", -416,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, 50 Œºm equivalent", -417,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, 75 Œºm equivalent", +413,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, 110 μm equivalent", +414,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, 165 μm equivalent", +415,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, 35 μm equivalent", +416,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, 50 μm equivalent", +417,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, 75 μm equivalent", 418,\Atmosphere\Particle phase\Physical properties,,,"Hygroscopic growth factor, total aerosol", 419,\Atmosphere\Gas phase\Greenhouse gas\PFCs,,,"C2F6 (hexafluoroethane, PFC-116)","IUPAC: 1,1,1,2,2,2-hexafluoroethane, PubChem CID: 6431, CAS Number: 76-16-4, in gas phase" 420,\Atmosphere\Gas phase\Greenhouse gas\PFCs,,,"C3F8 (octafluoropropane, PFC-218)","IUPAC: 1,1,1,2,2,3,3,3-octafluoropropane, PubChem CID: 6432, CAS Number: 76-19-7, in gas phase" @@ -239,7 +239,7 @@ notation,path,domains,tags,name,description 503,\Atmosphere\Gas phase\Reactive gas\VOC,,,n-C7H16 (n-heptane),"IUPAC: heptane, PubChem CID: 8900, CAS Number: 142-82-5, in gas phase" 504,\Atmosphere\Gas phase\Reactive gas\VOC,,,t-C4H8 (trans-2-butene),"IUPAC: (E)-but-2-ene, PubChem CID: 62695, CAS Number: 107-01-7, in gas phase" 505,\Atmosphere\Gas phase\Reactive gas\VOC,,,t-C5H10 (trans-2-pentene),"IUPAC: (E)-pent-2-ene, PubChem CID: 5326161, CAS Number: 109-68-2, in gas phase" -506,\Atmosphere\Clouds\Optical properties,,,Cloud optical depth,"Effective depth (thickness) of a cloud from the viewpoint of radiation propagation. Specifically, OD = exp(-K.Œîz), where K is the extinction coefficient [km-1] and Œîz the vertical path [km] between the base and the top of the cloud. The WMO Cloud Atlas (https://cloudatlas.wmo.int/en/optical-thickness.html) defines cloud optical thickness as 'The optical thickness of a cloud is the degree to which the cloud prevents light from passing through it.'" +506,\Atmosphere\Clouds\Optical properties,,,Cloud optical depth,"Effective depth (thickness) of a cloud from the viewpoint of radiation propagation. Specifically, OD = exp(-K.Δz), where K is the extinction coefficient [km-1] and Δz the vertical path [km] between the base and the top of the cloud. The WMO Cloud Atlas (https://cloudatlas.wmo.int/en/optical-thickness.html) defines cloud optical thickness as 'The optical thickness of a cloud is the degree to which the cloud prevents light from passing through it.'" 507,\Atmosphere\Clouds\Optical properties,,,Optical depth of fog, 508,\Atmosphere\Clouds\Optical properties,,,Optical depth within each cloud layer, 509,\Atmosphere\Clouds\Optical properties,,,Short-wave cloud reflectance,Reflectance of the solar radiation from clouds @@ -428,11 +428,11 @@ notation,path,domains,tags,name,description 12002,\Atmosphere\Lightning,,,Lightning density cloud-to-ground, 12005,\Atmosphere\Wind,,,Horizontal wind direction at specified distance from reference surface,Horizontal wind direction at specified distance from reference surface 12006,\Atmosphere\Wind,,,Horizontal wind speed at specified distance from reference surface,Horizontal wind speed at specified distance from reference surface -12016,Atmosphere\Gas phase\Greenhouse gas\CFCs,,,"Cl3CCF3 (1,1,1-trichloro-2,2,2-trifluoroethane, CFC-113a)","IUPAC: 1,1,1-trichloro-2,2,2-trifluoroethane, PubChem CID: 9635, CAS Number: 354-58-5, in gas phase" -12017,Atmosphere\Gas phase\Greenhouse gas\Halon,,,"CBr2F2 (dibromodifluoromethane, Halon 1202)","IUPAC: dibromo(difluoro)methane, PubChem CID: 6382, CAS Number: 75-61-6, in gas phase" +12016,\Atmosphere\Gas phase\Greenhouse gas\CFCs,,,"Cl3CCF3 (1,1,1-trichloro-2,2,2-trifluoroethane, CFC-113a)","IUPAC: 1,1,1-trichloro-2,2,2-trifluoroethane, PubChem CID: 9635, CAS Number: 354-58-5, in gas phase" +12017,\Atmosphere\Gas phase\Greenhouse gas\Halon,,,"CBr2F2 (dibromodifluoromethane, Halon 1202)","IUPAC: dibromo(difluoro)methane, PubChem CID: 6382, CAS Number: 75-61-6, in gas phase" 12018,Atmosphere\Gas phase\Greenhouse gas\Halon,,,"C2Br2F4 (1,2-dibromo-1,1,2,2-tetrafluoroethane, Halon 2402)","IUPAC: 1,2-dibromo-1,1,2,2-tetrafluoroethane, PubChem CID: 31301, CAS Number: 124-73-2, in gas phase" -12019,Atmosphere\Gas phase\Greenhouse gas\HCFCs,,,"C2H3Cl2F (1,1-dichloro-2-fluoroethane, HCFC-141a)","IUPAC: 1,1-dichloro-2-fluoroethane, PubChem CID: 67936, CAS Number: 430-53-5, in gas phase" -12021,\Atmosphere\Gas phase,,,O2/N2 ratio,Atmospheric O2/N2 ratio +12019,\Atmosphere\Gas phase\Greenhouse gas\HCFCs,,,"C2H3Cl2F (1,1-dichloro-2-fluoroethane, HCFC-141a)","IUPAC: 1,1-dichloro-2-fluoroethane, PubChem CID: 67936, CAS Number: 430-53-5, in gas phase" +12021,\Atmosphere\Gas phase,,,O2/N2 rato,Atmospheric O2/N2 ratio 12022,\Atmosphere\Bioaerosol\Pollen,,,Total pollen,All pollen taxa 12023,\Atmosphere\Bioaerosol\Pollen\Pinaceae,,,Total Pinaceae,Pine family pollen 12024,\Atmosphere\Bioaerosol\Pollen\Pinaceae,,,Abies,Fir pollen @@ -558,11 +558,11 @@ notation,path,domains,tags,name,description 12144,\Atmosphere\Gas phase,,"organic, aromatic",C8H10 (p-xylene),"IUPAC: 1,4-xylene, PubChem CID: 7809, CAS Number: 106-42-3, in gas phase" 12145,\Atmosphere\Particle phase\Optical properties,,,Particle light extinction coefficient,A measure of light attenuation due to scattering and absorption by aerosol particles expressed as the Beer-Lambert Law exponent at unit path distance. 12146,\Atmosphere\Particle phase\Optical properties,,,Particle single scattering albedo,Ratio of particle scattering coefficient to particle extinction coefficient or sum of particle absorption and scattering coefficients. -12147,\Atmosphere\Particle phase\Optical properties,,,√Öngstr√∂m exponent for particle light extinction,A measure of dependence of the particle light extinction coefficient on wavelength expressed in power law relationship. -12148,\Atmosphere\Particle phase\Optical properties,,,√Öngstr√∂m exponent for particle light scattering,A measure of dependence of the particle light scattering coefficient on wavelength expressed in power law relationship. -12149,\Atmosphere\Particle phase\Optical properties,,,√Öngstr√∂m exponent for particle light absorption,A measure of dependence of the particle light absorption coefficient on wavelength expressed in power law relationship. -12150,\Atmosphere\Particle phase\Optical properties,,,√Öngstr√∂m exponent for aerosol optical depth,A measure of dependence of the aerosol optical depth on wavelength expressed in power law relationship. -12151,\Atmosphere\Particle phase\Optical properties,,,√Öngstr√∂m exponent for aerosol absorption optical depth,A measure of dependence of the aerosol absorption optical depth on wavelength expressed in power law relationship. +12147,\Atmosphere\Particle phase\Optical properties,,,Ångström exponent for particle light extinction,A measure of dependence of the particle light extinction coefficient on wavelength expressed in power law relationship. +12148,\Atmosphere\Particle phase\Optical properties,,,Ångström exponent for particle light scattering,A measure of dependence of the particle light scattering coefficient on wavelength expressed in power law relationship. +12149,\Atmosphere\Particle phase\Optical properties,,,Ångström exponent for particle light absorption,A measure of dependence of the particle light absorption coefficient on wavelength expressed in power law relationship. +12150,\Atmosphere\Particle phase\Optical properties,,,Ångström exponent for aerosol optical depth,A measure of dependence of the aerosol optical depth on wavelength expressed in power law relationship. +12151,\Atmosphere\Particle phase\Optical properties,,,Ångström exponent for aerosol absorption optical depth,A measure of dependence of the aerosol absorption optical depth on wavelength expressed in power law relationship. 12152,\Atmosphere\Particle phase\Physical properties,,,Particle surface area size distribution,"Particle surface area concentration as a function of size, typically equivalent spherical radius or diameter." 12153,\Atmosphere\Particle phase\Physical properties,,,Particle volume size distribution,"Particle volume concentration as a function of size, typically equivalent spherical radius or diameter." 12154,\Atmosphere\Particle phase\Physical properties,,,Particle mass size distribution,"Particle mass concentration as a function of size, typically equivalent spherical radius or diameter." @@ -574,7 +574,7 @@ notation,path,domains,tags,name,description 12160,\Atmosphere\Particle phase\Optical properties,,,Particle light hemispheric forward scattering coefficient,"Incident radiative flux scattered into all forward angles, i.e. scattering_angle from zero to pi/2 radians." 12161,\Atmosphere\Particle phase\Physical properties,,,Particle effective diameter,The area weighted mean diameter of the aerosol particles. 12162,\Atmosphere\Particle phase,,,Aerosol layer height,Height of vertically localized aerosol layer above sea level -12163,Atmosphere\Dynamics,,,Mixed layer height,"Height above the surface to which atmospheric properties (wind speed, etc) or atmospheric constituents (aerosol, gases) are dispersed by turbulent vertical mixing" +12163,\Atmosphere\Dynamics,,,Mixed layer height,"Height above the surface to which atmospheric properties (wind speed, etc) or atmospheric constituents (aerosol, gases) are dispersed by turbulent vertical mixing" 12164,\Atmosphere\Gas phase,,,O3 (ozone),"IUPAC: ozone, PubChem CID: 24823, CAS Number: 10028-15-6, in gas phase" 12165,\Atmosphere\Humidity,,,Water vapour, 12166,\Atmosphere\Temperature,,,Temperature, From cacb1332b75501f7afdbf484d158b7d3c1919e0d Mon Sep 17 00:00:00 2001 From: Anna Milan Date: Thu, 1 Jun 2023 16:53:24 +0200 Subject: [PATCH 16/18] fix chars and spelling --- tables_en/1-01-03.csv | 6 ++-- tables_en/1-01-04.csv | 18 +++++----- tables_en/1-01-05.csv | 4 +-- tables_en/2-02.csv | 2 +- tables_en/5-02-05.csv | 78 +++++++++++++++++++++---------------------- 5 files changed, 54 insertions(+), 54 deletions(-) diff --git a/tables_en/1-01-03.csv b/tables_en/1-01-03.csv index 52760406..e4b1716c 100644 --- a/tables_en/1-01-03.csv +++ b/tables_en/1-01-03.csv @@ -9,7 +9,7 @@ 68,\Ocean\Biogeochemistry\Carbon species,,"biogeochemistry, dissolved organic carbon",Dissolved organic carbon,Concentration of dissolved organic carbon 69,\Ocean\Biogeochemistry,,"biogeochemistry, nitrogen species",Dissolved organic nitrogen,Concentration of dissolved organic nitrogen 70,\Ocean\Physical properties,,physical properties,"Diffuse attenuation coefficient (DAC), turbidity","Indicator of water turbidity and vertical processes in the ocean, extracted from ocean colour observation" -71,\Ocean\Biogeochemistry,,"biogeochemistry, inorganic carbon",Chlorophyll a concentration,"Concentration of chlorophyll-a pigment in the surface water [¬µg l-1]. Indicator of living phytoplankton biomass, extracted from ocean colour observation. Uncertainty is expressed in mg/m3 for a given concentration of 1 mg/m3." +71,\Ocean\Biogeochemistry,,"biogeochemistry, inorganic carbon",Chlorophyll a concentration,"Concentration of chlorophyll-a pigment in the surface water [µg l-1]. Indicator of living phytoplankton biomass, extracted from ocean colour observation. Uncertainty is expressed in mg/m3 for a given concentration of 1 mg/m3." 72,\Ocean\Biogeochemistry,,"biogeochemistry, particulate matter",Ocean suspended sediments concentration,"Variable extracted from ocean colour observation. Indicative of river outflow, re-suspension or pollution of other-than-biological origin. Uncertainty expressed in g/m3 at a specific concentration (e.g., 2 g/m3)." 73,\Ocean\Biogeochemistry,,biogeochemistry,Oil spill cover,"Fraction of an ocean area polluted by hydrocarbons released from ships or off-shore platforms, accidentally or deliberately" 74,\Ocean\Biology,,biology,Primary production,"Production of organic matter by 'phytoplankton', microscopic plant-like photosynthetic organisms that live in the water" @@ -33,7 +33,7 @@ 99,\Ocean\Waves,,"physical properties, sea state",Dominant wave period,The period of the most energetic wave in the ocean wave spectrum 100,\Ocean\Waves,,"physical properties, sea state",Significant wave height,Average amplitude of the highest 33 out of 100 waves 101,\Ocean\Waves,,"physical properties, sea state",Wave 1D energy frequency spectrum,1D variable colloquially referred to as wave spectrum. Describes the wave energy in each frequency band (e.g. 25 frequency bands) regardless of the direction of propagation. -102,\Ocean\Waves,,"physical properties, sea state",Wave directional energy frequency spectrum,"2D variable colloquially referred to as wave spectrum. Describes the wave energy travelling in each direction and frequency band (e.g. 24 distinct azimuth sectors each 15¬∞deg; wide, and 25 frequency bands)." +102,\Ocean\Waves,,"physical properties, sea state",Wave directional energy frequency spectrum,"2D variable colloquially referred to as wave spectrum. Describes the wave energy travelling in each direction and frequency band (e.g. 24 distinct azimuth sectors each 15°deg; wide, and 25 frequency bands)." 103,\Ocean\Wind,,"physical properties, ocean surface stress",Wind stress,The shear force per unit area exerted by wind blowing over the sea surface. 311,\Ocean\Biogeochemistry\Nitrogen species,,"biogeochemistry, nutrients",NO2- (nitrite),Nitrite concentration in sea water. 312,\Ocean\Biogeochemistry\Nitrogen species,,"biogeochemistry, nutrients",NO3- (nitrate),Nitrate concentration in sea water. @@ -63,4 +63,4 @@ 10080,\Ocean\Physical properties,,"physical properties, sea surface height",Tides,Periodic change of sea height caused by the gravitational forces exerted by the Moon and the Sun on the Earth 12244,\Ocean\Biogeochemistry,,"biogeochemistry, other gas","N2, Ar",Concentration of dissolved N2 and Ar 12245,\Ocean\Biology,,"biology, plankton",Zooplankton biomass and diversity,Biomass expressed as weight by volume; and diversity of biomass expressed as number of species per unit sample. -12246,\Ocean\Biogeochemistry,,biogeochemistry,Ocean subsurface tracers,Concentration of trace molecules such as tritium and CFCs \ No newline at end of file +12246,\Ocean\Biogeochemistry,,biogeochemistry,Ocean subsurface tracers,Concentration of trace molecules such as tritium and CFCs diff --git a/tables_en/1-01-04.csv b/tables_en/1-01-04.csv index 281d9edf..f83f8921 100644 --- a/tables_en/1-01-04.csv +++ b/tables_en/1-01-04.csv @@ -1,12 +1,12 @@ notation,path,domains,tags,name,description -104,\Outer Space\Energetic particles-solar wind ,,,Electron flux energy spectrum,"Flux density energy spectrum of low-, medium-, and high-energy electrons from the magnetosphere, the radiation belts or the interplanetary medium." -105,\Outer Space\Energetic particles-solar wind ,,,Electrostatic charge,Measurement of the electrostatic charge of a satellite accumulated because of the environmental situation. -106,\Outer Space\Energetic particles-solar wind ,,,Heavy ion angular flux energy and mass spectrum,"Flux density energy and mass spectrum of heavy ions ranging from Helium to Iron, per unit solid angle." -107,\Outer Space\Energetic particles-solar wind ,,,Heavy ion flux energy and mass spectrum,Flux density energy and mass spectrum of heavy ions ranging from Helium to Iron. -108,\Outer Space\Energetic particles-solar wind ,,,Interplanetary magnetic field,Vector magnetic field (3D) in the solar wind. The reference frame is Cartesian or Cylindrical with many different axis orientations. Important in Space Weather to monitor magnetic disturbances of the near earth environment. -111,\Outer Space\Energetic particles-solar wind ,,,Radiation Dose Rate,3D field of the dose rate of energetic particles -112,\Outer Space\Energetic particles-solar wind ,,,Solar wind temperature,Temperature of solar wind protons. -113,\Outer Space\Energetic particles-solar wind ,,,Solar wind velocity,Vector velocity of solar wind plasma. +104,\Outer Space\Energetic particles-solar wind,,,Electron flux energy spectrum,"Flux density energy spectrum of low-, medium-, and high-energy electrons from the magnetosphere, the radiation belts or the interplanetary medium." +105,\Outer Space\Energetic particles-solar wind,,,Electrostatic charge,Measurement of the electrostatic charge of a satellite accumulated because of the environmental situation. +106,\Outer Space\Energetic particles-solar wind,,,Heavy ion angular flux energy and mass spectrum,"Flux density energy and mass spectrum of heavy ions ranging from Helium to Iron, per unit solid angle." +107,\Outer Space\Energetic particles-solar wind,,,Heavy ion flux energy and mass spectrum,Flux density energy and mass spectrum of heavy ions ranging from Helium to Iron. +108,\Outer Space\Energetic particles-solar wind,,,Interplanetary magnetic field,Vector magnetic field (3D) in the solar wind. The reference frame is Cartesian or Cylindrical with many different axis orientations. Important in Space Weather to monitor magnetic disturbances of the near earth environment. +111,\Outer Space\Energetic particles-solar wind,,,Radiation Dose Rate,3D field of the dose rate of energetic particles +112,\Outer Space\Energetic particles-solar wind,,,Solar wind temperature,Temperature of solar wind protons. +113,\Outer Space\Energetic particles-solar wind,,,Solar wind velocity,Vector velocity of solar wind plasma. 114,\Outer Space\Ionospheric disturbances,,,Aurora,Occurrence of fluorescence of the upper atmosphere through ionization by energetic charged particles accelerated by the Earth's magnetic field. 115,\Outer Space\Ionospheric disturbances,,,Electric Field,Magnitude and direction of the Earth's electric field. 116,\Outer Space\Ionospheric disturbances,,,Electron Density,3-D field of the electron density in the ionosphere. @@ -68,4 +68,4 @@ notation,path,domains,tags,name,description 517,\Outer Space\Energetic particles-solar wind,,,Heavy ion differential directional flux,Flux density of heavy ions (heavier than Helium) per unit solid angle. 518,\Outer Space\Energetic particles-solar wind,,,Heavy ion integral directional flux,Flux density of heavy ions ranging from Helium to Iron. 519,\Outer Space\Energetic particles-solar wind,,,Proton differential directional flux,"Flux density energy spectrum of low-, medium-, and high-energy protons from the magnetosphere, the radiation belts or the interplanetary medium, per unit solid angle." -520,\Outer Space\Energetic particles-solar wind,,,Proton integral directional flux,"Flux density of low-, medium-, and high-energy protons from the magnetosphere, the radiation belts or the interplanetary medium." \ No newline at end of file +520,\Outer Space\Energetic particles-solar wind,,,Proton integral directional flux,"Flux density of low-, medium-, and high-energy protons from the magnetosphere, the radiation belts or the interplanetary medium." diff --git a/tables_en/1-01-05.csv b/tables_en/1-01-05.csv index 50778511..041c8e82 100644 --- a/tables_en/1-01-05.csv +++ b/tables_en/1-01-05.csv @@ -51,11 +51,11 @@ notation,path,domains,tags,name,description 12014,\Terrestrial\Cryosphere\Permafrost,,,Permafrost temperature,Ground temperature measured in the permafrost. 12015,\Terrestrial\Cryosphere\Permafrost,,,Active layer thickness,Thickness of the surface layer of the ground that is subject to annual thawing and freezing in areas underlain by permafrost. 12016,\Terrestrial\Cryosphere\Permafrost,,,Rock glacier velocity,Surface velocity of a single rock glacier unit. -12247,\Terrestrial\Hydrological\Liquid phase\Surface water\Stream,,river,Stream velocity,"Ratio of the distance covered by a body of water, moving in a specified direction, to the time taken to cover that distance. [Based on ‚Äòvelocity‚Äô in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" +12247,\Terrestrial\Hydrological\Liquid phase\Surface water\Stream,,river,Stream velocity,"Ratio of the distance covered by a body of water, moving in a specified direction, to the time taken to cover that distance. [Based on 'velocity' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" 12248,\Terrestrial\Hydrological\Liquid phase\Surface water\Stream,,river,Stream mean velocity,"Velocity at a given cross-section of a stream, obtained by dividing the discharge by the cross-sectional area of the stream at that section. [Based on 'mean velocity' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" 12249,\Terrestrial\Hydrological\Liquid phase\Surface water\Stream,,river,Stream surface velocity,Velocity of a stream at its surface at a given point. [Based on 'surface velocity' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] 12251,\Terrestrial\Hydrological\Liquid phase\Surface water\Stream,,river,Water surface slope,"Difference in the stage of water surface over a short stream reach. [Based on 'water surface slope' in Manual on Stream Gauging (WMO-No. 1044), Volume II. 2010.]" -12252,\Terrestrial\Hydrological\Liquid phase\Surface water,,,Water level,"Elevation of the free water surface of a water body relative to a reference datum (synonym: stage, gage height). [Based on ‚Äòwater level‚Äô in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" +12252,\Terrestrial\Hydrological\Liquid phase\Surface water,,,Water level,"Elevation of the free water surface of a water body relative to a reference datum (synonym: stage, gage height). [Based on 'water level' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" 12253,\Terrestrial\Hydrological\Groundwater,,,Percolation rate,"Flow of a liquid through an unsaturated porous medium, such as that of water in soil under the effect of gravity for a unit time. [Based on 'percolation' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" 12254,\Terrestrial\Hydrological\Groundwater,,,Recharge rate,Natural or artificial introduction of water into the saturated zone of an aquifer for a unit time. [Based on 'groundwater recharge' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] 12255,\Terrestrial\Hydrological\Aquifer\Groundwater,,,Aquifer volume,"Volume of geological formation capable of storing, transmitting and yielding exploitable quantities of water. [Based on 'aquifer' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" diff --git a/tables_en/2-02.csv b/tables_en/2-02.csv index c79a248a..718581ca 100644 --- a/tables_en/2-02.csv +++ b/tables_en/2-02.csv @@ -213,7 +213,7 @@ euroSeaArgo,\Co-sponsored\GOOS\Argo,EuroSea Argo,Argo part of the EuroSea projec EurositesPlanier,\Co-sponsored\GOOS\DBCP,EUROSITES PLANIER,NA FERHRITSU,\Co-sponsored\GOOS\DBCP,FERHRI-TSU,Far Eastern Regional Hydrometeorological Research Institute Tsunameter Buoys FMIGlider,\Co-sponsored\GOOS\OceanGliders,FMI Glider Program,Glider program operated by the Finish Institute of Meteorology. FMI operate gliders in the Baltic Sea. -FranceGlider,\Co-sponsored\GOOS\OceanGlidersDTINSU international,DTINSU international,Sustained programme of non-repeated National and International deployment of the French Gliders Facility +FranceGlider,\Co-sponsored\GOOS\OceanGliders,"DTINSU international,Sustained programme of non-repeated National and International deployment of the French Gliders Facility" GALION,\WIGOS\GAW\GALION,GALION,GAW Aerosol Lidar Observation Network GAWglobal,\WIGOS\GAW\GAW Global,GAW Global,Global GAW station GAWlocal,\WIGOS\GAW\GAW Local,GAW Local,Local GAW station diff --git a/tables_en/5-02-05.csv b/tables_en/5-02-05.csv index a3be6586..365d2ac0 100644 --- a/tables_en/5-02-05.csv +++ b/tables_en/5-02-05.csv @@ -1,48 +1,48 @@ notation,path,domains,tags,name,description -126,\Terrestrestrial\Hydrological\Soil moisture\In situ,,,Gravimetric moisture determination,Measurement of the amount of water in soil by weighing a sample before and after drying it in an oven at a temperature of 100-110 degrees Celsius. [Based on 'gravimetric method' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] +126,\Terrestrial\Hydrological\Soil moisture\In situ,,,Gravimetric moisture determination,Measurement of the amount of water in soil by weighing a sample before and after drying it in an oven at a temperature of 100-110 degrees Celsius. [Based on 'gravimetric method' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] 128,\Terrestrial\Soil heat flux\In situ,,,Soil heat flux plate, -159,\Terrestrestrial\Hydrological\Soil moisture\In situ,,,Neutron probe,Measurement of the moisture content and hence the porosity of a geological formation by means of lowering a tool containing a radioactive element emitting neutrons and a neutron detector into a borehole. [Based on 'neutron logging' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] -187,\Terrestrestrial\Hydrological\Soil moisture\In situ,,,Electrical resistance blocks (Porous blocks),"Determination of electrical resistance between two electrodes embedded in blocks of a porous material buried in the ground and in equilibrium with the surrounding moist soil. [Based on 'porous blocks/electrical resistance blocks' in Guide to Hydrological Practices (WMO-No. 168), Volume II. 2009 edition.]" +159,\Terrestrial\Hydrological\Soil moisture\In situ,,,Neutron probe,Measurement of the moisture content and hence the porosity of a geological formation by means of lowering a tool containing a radioactive element emitting neutrons and a neutron detector into a borehole. [Based on 'neutron logging' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] +187,\Terrestrial\Hydrological\Soil moisture\In situ,,,Electrical resistance blocks (Porous blocks),"Determination of electrical resistance between two electrodes embedded in blocks of a porous material buried in the ground and in equilibrium with the surrounding moist soil. [Based on 'porous blocks/electrical resistance blocks' in Guide to Hydrological Practices (WMO-No. 168), Volume II. 2009 edition.]" 194,\Terrestrial\Soil temperature\In situ,,,Soil thermometer, -200,\Terrestrestrial\Hydrological\Soil moisture\In situ,,,Tensiometer,"Measurement of soil capillary tension by means of a porous cup, inserted in the soil, connected to a manometer by a water-filled tube. [Based on 'tensiometer' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" -203,\Terrestrestrial\Hydrological\Soil moisture\In situ,,,Time domain reflectometry (TDR),Estimation of water content in unsaturated materials based on variations in their dielectric properties. [International Glossary of Hydrology (WMO-No. 385). 2012 edition.] +200,\Terrestrial\Hydrological\Soil moisture\In situ,,,Tensiometer,"Measurement of soil capillary tension by means of a porous cup, inserted in the soil, connected to a manometer by a water-filled tube. [Based on 'tensiometer' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" +203,\Terrestrial\Hydrological\Soil moisture\In situ,,,Time domain reflectometry (TDR),Estimation of water content in unsaturated materials based on variations in their dielectric properties. [International Glossary of Hydrology (WMO-No. 385). 2012 edition.] 260,\Terrestrial\Cryosphere\Snow depth,,,Ultrasonic ranging,Transmission of an ultrasonic pulse towards the target and listening for a return echo from that target. 261,\Terrestrial\Cryosphere\Snow depth,,,Graduated device,"Manual measurement or observation made with a graduated fixed stake, a sturdy ruler, or an extendable graduated rod." 262,\Terrestrial\Cryosphere\Water equivalent of snow cover,,,Snow pillows and snow scales,Weighing of snow-cover mass per unit area. 344,\Terrestrial\Cryosphere\Snow depth,,,Laser ranging,Emission of a modulated beam of light in the visible spectrum to determine the distance to a target by comparing the phase information from the reflected beam. -345,\Terrestrestrial\Hydrological\Soil moisture\In situ,,,Echo sounding,"Evaluation of the return time of acoustic waves emitted into a medium to determine the distance between source and target. This method is used in hydrology, for example, to determine the depth of a water body. [Based on 'echo sounder' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" -346,\Terrestrestrial\Hydrological\Soil moisture\In situ,,,Frequency domain reflectometry,"Measurement of soil capacitance by means of radio frequency waves. The soil acts as the dielectric completing a capacitance circuit, which is part of a feedback loop of a high-frequency transistor oscillator. [Based on 'Frequency domain reflectometry' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" -347,\Terrestrestrial\Hydrological\Soil moisture\In situ,,,Gamma-ray attenuation,"Determination of gamma-ray attenuation at given depth of soil using a source and a detector placed at a given distance at the same depth. If the apparent dry bulk density of the soil is known the signal can be converted into a measure of the volumetric soil-moisture content. [Based on 'Gamma-ray attenuation' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" -348,\Terrestrestrial\Hydrological\Water stage\In situ,, non-recording,Non-recording gauge,"Determination of water stage by means of a non-recording gauge (e.g., graduated vertical or inclined staff gauge, wire-weight gauge, graduated rod, tape or point gauge and maximum-stage gauge). [Based on 'Non-recording gauges' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" -349,\Terrestrestrial\Hydrological\Water stage\In situ,, non-recording,Staff gauge,"Determination of water stage by means of a graduated vertical scale, fixed to a staff or structure, on which the water level may be read. Synonym: vertical gauge. [Based on 'Staff gauge' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" -350,\Terrestrestrial\Hydrological\Water stage\In situ,, non-recording,Inclined gauge,Determination of water stage by means of a non-vertical scale which is graduated to indicate vertical heights. [Based on 'inclined gauge' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] -351,\Terrestrestrial\Hydrological\Water stage\In situ,, non-recording,Wire-weight gauge,Determination of water stage by means of a fine cable or wire attached to a weight which is lowered to the water surface in order to determine its position below a fixed above-surface point. [Based on 'wire weight gauge' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] -352,\Terrestrestrial\Hydrological\Water stage\In situ,, non-recording,Point gauge,"Level measurement gauge, the essential element of which is a pointed rod that is lowered until it touches the water surface. [International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" -353,\Terrestrestrial\Hydrological\Water stage\In situ,,,Maximum-stage gauge,"Determination of the elevation of the flood crest by the adherence of regranulated cork to a graduated staff held in a fixed position with relation to the datum. [Based on 'maximum-stage gauge' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" -354,\Terrestrestrial\Hydrological\Water stage\In situ,, recording,Recording gauge,"Determination of water stage by means of a recording gauge, for example, a device that automatically records the water level as detected by a sensor, either continuously or at regular time intervals. Synonyms: limnigraph, stage recorder, water-level recorder. [Based on 'water-level recorder' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" -355,\Terrestrestrial\Hydrological\Water stage\In situ,, recording,Wire-float recording gauge (hydrograph),Determination of water stage by means of a gauge consisting of a float which rises and falls with changes in the water level; this movement being transmitted to a recording or indicating device. [Based on 'float gauge' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] -356,\Terrestrestrial\Hydrological\Water stage\In situ,, recording,Pressure-actuated recording gauge,"Recording gauge operating on the principle that static pressure at a fixed point in the stream is directly proportional to the head of liquid above the point, i.e. the water level is proportional to the pressure difference between a fixed spot in the water column and the atmospheric pressure. [Based on 'Recording gauges' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" -357,\Terrestrestrial\Hydrological\Discharge\In situ,,,Velocity-area method,"Method of determining the discharge of a stream by measuring the width, velocity, and depth of the flowing water at a number of elemental areas, over the cross-section, and summing the products. [Based on 'velocity-area method' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" -358,\Terrestrestrial\Hydrological\Velocity\In situ,,,Float gauging,Measurement of the velocity of a stream by means of timing the downstream transit of a float or velocity rod. [International Glossary of Hydrology (WMO-No. 385). 2012 edition.] -359,\Terrestrestrial\Hydrological\Discharge\In situ,,,Dilution gauging,"Determination of the discharge of a stream by measuring the degree of dilution, caused by the flowing water, of an added tracer solution. Synonyms: chemical gauging, tracer dilution gauging. [Based on 'dilution gauging' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" -360,\Terrestrestrial\Hydrological\Discharge,, equation,Slope-area method,"Determination of the discharge in a reach which is based on the surface slope, the reach roughness, the wetted perimeters and the flow areas of the various wetted cross-sections in the reach. [Based on 'slope-area method' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" -361,\Terrestrestrial\Hydrological\Discharge\In situ,,,Measuring weir,Determination of the discharge of a stream by means of a device or structure across the stream which causes a free or submerged fall. [Based on 'measuring weir' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] -362,\Terrestrestrial\Hydrological\Discharge\In situ,,,Flume,Determination of the discharge of a stream by means of a man-made channel with clearly specified shape and dimensions. [Based on 'flume' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] -363,\Terrestrestrial\Hydrological\Discharge,, equation,Stage-discharge relation,"Determination of the discharge of a stream by means of a relationship between water level and discharge for a given cross-section, which may be expressed as a curve, a table or an equation. [Based on 'stage-discharge relation' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" -364,\Terrestrestrial\Hydrological\Velocity\In situ,,,Water current meter,"Determination of water velocity by means of a current meter, for example, an instrument for measuring water velocity. Synonym: flowmeter. [Based on 'current meter' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" -365,\Terrestrestrial\Hydrological\Velocity\In situ,,,Cup-type current meter,Determination of water velocity by means of a current meter whose rotor is composed of a wheel fitted with cups turning on a vertical axis. [Based on 'cup-type current meter' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] -366,\Terrestrestrial\Hydrological\Velocity\In situ,,,Propeller-type current meter,Determination of water velocity by means of a current meter in which the rotor is a propeller rotating around an axis parallel to the flow. [Based on 'propeller-type current meter' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] -367,\Terrestrestrial\Hydrological\Velocity\In situ,,,Acoustic (ultrasonic) velocity meter,Measurement of the difference in travel time of acoustic (ultrasonic) pulses between transducers in a stream to determine the mean velocity on the signal path. [Based on 'acoustic (ultrasonic) velocity meter' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] -368,\Terrestrestrial\Hydrological\Velocity,, discharge,Acoustic doppler current profiler (ADCP),"An instrument that uses an acoustic doppler transducer to measure water velocity, depth and vessel path simultaneously and at various depths to compute discharge. The total discharge is computed from the profile information using matrix multiplication. [Based on 'Acoustic Doppler Current Profilers' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" -369,\Terrestrestrial\Hydrological\Velocity\In situ,,,Acoustic doppler current meter,"Determination of stream velocity by means of an acoustic Doppler instrument, which measures the velocity of the water based on the Doppler shift experienced by an acoustic pulse of energy which is reflected off particles suspended in, and moving with, the water. [Based on 'Acoustic Doppler Velocimeter' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" -370,\Terrestrestrial\Hydrological\Sediment\In situ,,,Optical or nuclear suspended-sediment gauge,"Determination of the decrease of intensity of a visible light or X-rays beam by means of a photoelectric or nuclear detector situated at constant distance from the source of the beam. This decrease, caused by the scattering and/or absorption by suspended-sediment particles, is proportional to the sediment concentration, if other relevant characteristics of water and sediment (chemical, mineral composition, etc.) remain unchanged. [Based on 'photoelectric or nuclear suspended-sediment gauges' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" -371,\Terrestrestrial\Hydrological\Sediment\Ex situ,,,Gravimetric sediment measurement,"Estimation of the total sediment in a water sample by allowing the sediment to settle in a container, siphoning off the supernatant water, carefully transferring all the sediment from the container on to filter paper, then drying the sample and determining the mass of total sediment. [Based on 'gravimetric method' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" -372,\Terrestrestrial\Hydrological\Sediment\Ex situ,,,Displacement method of sediments,Determination of sediment concentration by the measurement of the difference in weight between a sample of sediment-laden water and an equal volume of clear water at the same temperature. [Based on 'displacement method' in Manual on Sediment Management and Measurement (WMO-No. 948). 2003.] -373,\Terrestrestrial\Hydrological\Sediment,, equation,Water discharge-sediment discharge rating curve,"An empirical relationship relating sediment discharge and streamflow based on correlation analysis of sediment samples and concurrent flow estimates and presented as a curve, table, or equation. [Based on 'sediment rating curve' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" -374,\Terrestrestrial\Hydrological\Sediment,, equation,Water discharge-bed material rating curve,"An empirical relationship relating bed-material discharge and streamflow based on correlation analysis of sediment samples and concurrent flow estimates and presented as a curve, table, or equation. [Based on 'sediment rating curve' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" -375,\Terrestrestrial\Hydrological\Discharge\In situ,,, Volumetric method,"A process for measuring the discharge of a well, spring, or stream by diverting its flow into a volumetric container and timing the fill." -376,\Terrestrestrial\Hydrological\Discharge\In situ,,,Electromagnetic current meter,"Determination of water velocity based on the principle that a conductor (water) moving through a magnetic field will produce an electrical current directly proportional to the speed of movement (Faraday's law). By measuring this current and the resultant distortion in the magnetic field the instrument can be calibrated to determine point velocities of flowing water. [Based on Manual on Stream Gauging (WMO-No. 1044), Volume I. 2010]" -377,\Terrestrestrial\Hydrological\Discharge,, equation,Stream index-velocity rating,"Computation of stream discharge based on a relation between stream index velocity and average velocity (index-velocity rating) and a relation between stage and cross-sectional area (stage-area rating). Given these ratings and concurrent observations of stream index velocity and stage, average velocity and area are computed and finally discharge as their product. [Based on Manual on Stream Gauging (WMO No. 1044), volume I]" -378,\Terrestrestrial\Hydrological\Velocity,," acoustic, doppler",Acoustic doppler velocity meter (ADVM),"Determination of water velocity by using the Doppler principle applied to sound transmitted under water, in which the instrument is mounted in a fixed position under the water, giving an index velocity for a significant part of the flowing stream. [Based on Manual on Stream Gauging (WMO No. 1044), volume I]" +345,\Terrestrial\Hydrological\Soil moisture\In situ,,,Echo sounding,"Evaluation of the return time of acoustic waves emitted into a medium to determine the distance between source and target. This method is used in hydrology, for example, to determine the depth of a water body. [Based on 'echo sounder' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" +346,\Terrestrial\Hydrological\Soil moisture\In situ,,,Frequency domain reflectometry,"Measurement of soil capacitance by means of radio frequency waves. The soil acts as the dielectric completing a capacitance circuit, which is part of a feedback loop of a high-frequency transistor oscillator. [Based on 'Frequency domain reflectometry' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" +347,\Terrestrial\Hydrological\Soil moisture\In situ,,,Gamma-ray attenuation,"Determination of gamma-ray attenuation at given depth of soil using a source and a detector placed at a given distance at the same depth. If the apparent dry bulk density of the soil is known the signal can be converted into a measure of the volumetric soil-moisture content. [Based on 'Gamma-ray attenuation' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" +348,\Terrestrial\Hydrological\Water stage\In situ,, non-recording,Non-recording gauge,"Determination of water stage by means of a non-recording gauge (e.g., graduated vertical or inclined staff gauge, wire-weight gauge, graduated rod, tape or point gauge and maximum-stage gauge). [Based on 'Non-recording gauges' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" +349,\Terrestrial\Hydrological\Water stage\In situ,, non-recording,Staff gauge,"Determination of water stage by means of a graduated vertical scale, fixed to a staff or structure, on which the water level may be read. Synonym: vertical gauge. [Based on 'Staff gauge' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" +350,\Terrestrial\Hydrological\Water stage\In situ,, non-recording,Inclined gauge,Determination of water stage by means of a non-vertical scale which is graduated to indicate vertical heights. [Based on 'inclined gauge' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] +351,\Terrestrial\Hydrological\Water stage\In situ,, non-recording,Wire-weight gauge,Determination of water stage by means of a fine cable or wire attached to a weight which is lowered to the water surface in order to determine its position below a fixed above-surface point. [Based on 'wire weight gauge' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] +352,\Terrestrial\Hydrological\Water stage\In situ,, non-recording,Point gauge,"Level measurement gauge, the essential element of which is a pointed rod that is lowered until it touches the water surface. [International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" +353,\Terrestrial\Hydrological\Water stage\In situ,,,Maximum-stage gauge,"Determination of the elevation of the flood crest by the adherence of regranulated cork to a graduated staff held in a fixed position with relation to the datum. [Based on 'maximum-stage gauge' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" +354,\Terrestrial\Hydrological\Water stage\In situ,, recording,Recording gauge,"Determination of water stage by means of a recording gauge, for example, a device that automatically records the water level as detected by a sensor, either continuously or at regular time intervals. Synonyms: limnigraph, stage recorder, water-level recorder. [Based on 'water-level recorder' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" +355,\Terrestrial\Hydrological\Water stage\In situ,, recording,Wire-float recording gauge (hydrograph),Determination of water stage by means of a gauge consisting of a float which rises and falls with changes in the water level; this movement being transmitted to a recording or indicating device. [Based on 'float gauge' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] +356,\Terrestrial\Hydrological\Water stage\In situ,, recording,Pressure-actuated recording gauge,"Recording gauge operating on the principle that static pressure at a fixed point in the stream is directly proportional to the head of liquid above the point, i.e. the water level is proportional to the pressure difference between a fixed spot in the water column and the atmospheric pressure. [Based on 'Recording gauges' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" +357,\Terrestrial\Hydrological\Discharge\In situ,,,Velocity-area method,"Method of determining the discharge of a stream by measuring the width, velocity, and depth of the flowing water at a number of elemental areas, over the cross-section, and summing the products. [Based on 'velocity-area method' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" +358,\Terrestrial\Hydrological\Velocity\In situ,,,Float gauging,Measurement of the velocity of a stream by means of timing the downstream transit of a float or velocity rod. [International Glossary of Hydrology (WMO-No. 385). 2012 edition.] +359,\Terrestrial\Hydrological\Discharge\In situ,,,Dilution gauging,"Determination of the discharge of a stream by measuring the degree of dilution, caused by the flowing water, of an added tracer solution. Synonyms: chemical gauging, tracer dilution gauging. [Based on 'dilution gauging' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" +360,\Terrestrial\Hydrological\Discharge,, equation,Slope-area method,"Determination of the discharge in a reach which is based on the surface slope, the reach roughness, the wetted perimeters and the flow areas of the various wetted cross-sections in the reach. [Based on 'slope-area method' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" +361,\Terrestrial\Hydrological\Discharge\In situ,,,Measuring weir,Determination of the discharge of a stream by means of a device or structure across the stream which causes a free or submerged fall. [Based on 'measuring weir' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] +362,\Terrestrial\Hydrological\Discharge\In situ,,,Flume,Determination of the discharge of a stream by means of a man-made channel with clearly specified shape and dimensions. [Based on 'flume' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] +363,\Terrestrial\Hydrological\Discharge,, equation,Stage-discharge relation,"Determination of the discharge of a stream by means of a relationship between water level and discharge for a given cross-section, which may be expressed as a curve, a table or an equation. [Based on 'stage-discharge relation' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" +364,\Terrestrial\Hydrological\Velocity\In situ,,,Water current meter,"Determination of water velocity by means of a current meter, for example, an instrument for measuring water velocity. Synonym: flowmeter. [Based on 'current meter' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" +365,\Terrestrial\Hydrological\Velocity\In situ,,,Cup-type current meter,Determination of water velocity by means of a current meter whose rotor is composed of a wheel fitted with cups turning on a vertical axis. [Based on 'cup-type current meter' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] +366,\Terrestrial\Hydrological\Velocity\In situ,,,Propeller-type current meter,Determination of water velocity by means of a current meter in which the rotor is a propeller rotating around an axis parallel to the flow. [Based on 'propeller-type current meter' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] +367,\Terrestrial\Hydrological\Velocity\In situ,,,Acoustic (ultrasonic) velocity meter,Measurement of the difference in travel time of acoustic (ultrasonic) pulses between transducers in a stream to determine the mean velocity on the signal path. [Based on 'acoustic (ultrasonic) velocity meter' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.] +368,\Terrestrial\Hydrological\Velocity,, discharge,Acoustic doppler current profiler (ADCP),"An instrument that uses an acoustic doppler transducer to measure water velocity, depth and vessel path simultaneously and at various depths to compute discharge. The total discharge is computed from the profile information using matrix multiplication. [Based on 'Acoustic Doppler Current Profilers' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" +369,\Terrestrial\Hydrological\Velocity\In situ,,,Acoustic doppler current meter,"Determination of stream velocity by means of an acoustic Doppler instrument, which measures the velocity of the water based on the Doppler shift experienced by an acoustic pulse of energy which is reflected off particles suspended in, and moving with, the water. [Based on 'Acoustic Doppler Velocimeter' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" +370,\Terrestrial\Hydrological\Sediment\In situ,,,Optical or nuclear suspended-sediment gauge,"Determination of the decrease of intensity of a visible light or X-rays beam by means of a photoelectric or nuclear detector situated at constant distance from the source of the beam. This decrease, caused by the scattering and/or absorption by suspended-sediment particles, is proportional to the sediment concentration, if other relevant characteristics of water and sediment (chemical, mineral composition, etc.) remain unchanged. [Based on 'photoelectric or nuclear suspended-sediment gauges' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" +371,\Terrestrial\Hydrological\Sediment\Ex situ,,,Gravimetric sediment measurement,"Estimation of the total sediment in a water sample by allowing the sediment to settle in a container, siphoning off the supernatant water, carefully transferring all the sediment from the container on to filter paper, then drying the sample and determining the mass of total sediment. [Based on 'gravimetric method' in International Glossary of Hydrology (WMO-No. 385). 2012 edition.]" +372,\Terrestrial\Hydrological\Sediment\Ex situ,,,Displacement method of sediments,Determination of sediment concentration by the measurement of the difference in weight between a sample of sediment-laden water and an equal volume of clear water at the same temperature. [Based on 'displacement method' in Manual on Sediment Management and Measurement (WMO-No. 948). 2003.] +373,\Terrestrial\Hydrological\Sediment,, equation,Water discharge-sediment discharge rating curve,"An empirical relationship relating sediment discharge and streamflow based on correlation analysis of sediment samples and concurrent flow estimates and presented as a curve, table, or equation. [Based on 'sediment rating curve' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" +374,\Terrestrial\Hydrological\Sediment,, equation,Water discharge-bed material rating curve,"An empirical relationship relating bed-material discharge and streamflow based on correlation analysis of sediment samples and concurrent flow estimates and presented as a curve, table, or equation. [Based on 'sediment rating curve' in Guide to Hydrological Practices (WMO-No. 168), Volume I. 2008 edition, updated in 2020.]" +375,\Terrestrial\Hydrological\Discharge\In situ,,, Volumetric method,"A process for measuring the discharge of a well, spring, or stream by diverting its flow into a volumetric container and timing the fill." +376,\Terrestrial\Hydrological\Discharge\In situ,,,Electromagnetic current meter,"Determination of water velocity based on the principle that a conductor (water) moving through a magnetic field will produce an electrical current directly proportional to the speed of movement (Faraday's law). By measuring this current and the resultant distortion in the magnetic field the instrument can be calibrated to determine point velocities of flowing water. [Based on Manual on Stream Gauging (WMO-No. 1044), Volume I. 2010]" +377,\Terrestrial\Hydrological\Discharge,, equation,Stream index-velocity rating,"Computation of stream discharge based on a relation between stream index velocity and average velocity (index-velocity rating) and a relation between stage and cross-sectional area (stage-area rating). Given these ratings and concurrent observations of stream index velocity and stage, average velocity and area are computed and finally discharge as their product. [Based on Manual on Stream Gauging (WMO No. 1044), volume I]" +378,\Terrestrial\Hydrological\Velocity,," acoustic, doppler",Acoustic doppler velocity meter (ADVM),"Determination of water velocity by using the Doppler principle applied to sound transmitted under water, in which the instrument is mounted in a fixed position under the water, giving an index velocity for a significant part of the flowing stream. [Based on Manual on Stream Gauging (WMO No. 1044), volume I]" inapplicable,,,,inapplicable,None of the codes in the table are applicable in the context of this particular observation. unknown,,,,unknown,The measurement/observing method is unknown. 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z+Vth>{6`%@5|i&p@NlqN^G}Bf2q0U|z*E2gR;459;B4T|473F5lX8Y!h7^XP+b%7 diff --git a/tables_en/5-02-01.csv b/tables_en/5-02-01.csv index a1a10bc6..b9272be7 100644 --- a/tables_en/5-02-01.csv +++ b/tables_en/5-02-01.csv @@ -1,245 +1,245 @@ notation,path,domains,tags,name,description -24,\Atmosphere\Clouds,,,Human observation, -58,"\Atmosphere\Ozone\Remote-sensing, passive",,,(Optical) filter Instrument, -59,\Atmosphere\Precipitation\In situ,,,(Ruler for) rain gauge, -60,\Atmosphere\Wind\In situ,,,(Ultra)sonic anemometer, -62,\Atmosphere\Radioactivity\In situ,,,Adsorption - scintillation counting, -63,\Atmosphere\Wind\In situ,,,Aerovane (wind vane with propeller), -64,\Atmosphere\Radioactivity\In situ,,,Alpha counting, -65,\Atmosphere\Wind\In situ,,,Anemometer [general], -66,\Atmosphere\Pressure\In situ,,,Aneroid barometer (evacuated capsule), -67,\Atmosphere\Total atmospheric deposition\In situ,,,Anion exchange membrane (AEM), -68,\Atmosphere\Evaporation\In situ,,,Atmometer, -69,"\Atmosphere\Lightning\Remote-sensing, passive",,,"Atmospherics (""sferics"") detection", -70,\Atmosphere\Total atmospheric deposition\In situ,,,Atomic absorption spectrophotometry (AAS), -71,\Atmosphere\Total atmospheric deposition\In situ,,,Atomic emission spectrophotometry (AES), -72,\Atmosphere\Radiation\In situ,,,BSRN compliant instrument, -73,\Atmosphere\Pressure\In situ,,,"Barometer, mercury column", -74,\Atmosphere\Pressure\In situ,,,"Barometer, mercury-free column", -75,\Atmosphere\Radioactivity\In situ,,,Beta counting, -76,\Atmosphere\Temperature\In situ,,,Bimetal thermometer, -77,\Atmosphere\Micrometeorology\In situ,,,Bowen-ratio method, -78,"\Atmosphere\Ozone\Remote-sensing, passive",,,Brewer, -79,\Atmosphere\Ozone\In situ,,,Brewer-GDR, -80,\Atmosphere\Ozone\In situ,,,Brewer-Mast Sonde, -82,\Atmosphere\Precipitation\In situ,,,Capacitive rain sensor, -83,\Atmosphere\Total atmospheric deposition\In situ,,,Capillary electrophoresis (CE), -84,\Atmosphere\Ozone\In situ,,,Carbon-Iodine Sonde (KC Sonde), -87,\Atmosphere\Total atmospheric deposition\In situ,,,Colorimetric titration (Gran method), -88,\Atmosphere\Total atmospheric deposition\In situ,,,Colorimetric titration [general], -90,\Atmosphere\Total atmospheric deposition\In situ,,,Colorimetry (Saltzman), -91,\Atmosphere\Total atmospheric deposition\In situ,,,Colorimetry (thorin), -94,\Atmosphere\Trace gas\In situ,,,Conductometry, -95,\Atmosphere\Wind\In situ,,,Cup anemometer, -96,\Atmosphere\Wind\In situ,,,Cup anemometer (3 or 4 cups), -97,\Atmosphere\Micrometeorology\In situ,,,Cuvette, -98,\Atmosphere\Total atmospheric deposition\In situ,,,Denuder, -99,\Atmosphere\Trace gas\In situ,,,Denuder, -102,\Atmosphere\Precipitation\In situ,,,Disdrometer (drop spectrographs), -103,\Atmosphere\Micrometeorology\In situ,,,Disjunct eddy covariance method, -105,\Atmosphere\Micrometeorology\In situ,,,Dissipation method, -106,"\Atmosphere\Ozone\Remote-sensing, passive",,,Dobson, -107,\Atmosphere\Ozone\In situ,,,ECC Sonde, -108,\Atmosphere\Micrometeorology\In situ,,,Eddy accumulation method, -109,\Atmosphere\Micrometeorology\In situ,,,Eddy covariance method, -110,\Atmosphere\Total atmospheric deposition\In situ,,,Electric conductivity (EC meter), -111,\Atmosphere\Pressure\In situ,,,Electronic pressure transducer (silicon diaphragm), -112,\Atmosphere\Wind\In situ,,,Estimation from visual observation, -113,\Atmosphere\Evaporation\In situ,,,Evaporation pan and-or tank, -114,\Atmosphere\Trace gas\In situ,,,Faraday cup photochemistry, -115,\Atmosphere\Radioactivity\In situ,,,Filter sampling + alpha counting, -116,\Atmosphere\Radioactivity\In situ,,,Filter sampling + gamma spectrometry, -119,\Atmosphere\Trace gas\In situ,,,Flame-ionization detector (FID), -120,\Atmosphere\Trace gas\In situ,,,Flask sampling (analytical method unspecified), -121,\Atmosphere\Total atmospheric deposition\In situ,,,Flow injection analyzer (FIA), -123,\Atmosphere\Micrometeorology\In situ,,,Flux variance method, -125,\Atmosphere\Micrometeorology\In situ,,,Gradient method, -127,\Atmosphere\Precipitation\In situ,,,Gravimetry [general], -129,\Atmosphere\Total atmospheric deposition\In situ,,,High Performance Liquid Chromatography (HPLC), -130,\Atmosphere\Wind\In situ,,,Hot wire anemometer, -132,\Atmosphere\Pressure\In situ,,,Hypsometer (water boiling point), -133,\Atmosphere\Total atmospheric deposition\In situ,,,ICP-AES, -134,\Atmosphere\Total atmospheric deposition\In situ,,,ICP-MS, -135,\Atmosphere\Ozone\In situ,,,Indian Sonde, -136,\Atmosphere\Micrometeorology\In situ,,,Interferential method, -137,\Atmosphere\Total atmospheric deposition\In situ,,,Ion Chromatography (IC) [general], -142,"\Atmosphere\Wind\Remote-sensing, active",,,Doppler wind lidar,"Light detection and ranging (lidar) with Doppler capability (direct and coherent mode), typically used for measurements of winds." -143,"\Atmosphere\Aerosol\Remote-sensing, active ",,"water vapor, particle phase",Raman lidar,"Light detection and ranging (lidar) with Raman capability, typically used for measurements of aerosol particle phase and cloud measurements as well as water vapor and temperature." -144,\Atmosphere\Temperature\In situ,,,Liquid-in-glass thermometer (mercury-free), -146,\Atmosphere\Evaporation\In situ,,,Lysimeter, -147,\Atmosphere\Micrometeorology\In situ,,,Mass balance method, -149,\Atmosphere\Temperature\In situ,,,Mercury-in-glass thermometer, -150,\Atmosphere\Pressure\In situ,,,Microbarometer (dewar), -151,"\Atmosphere\Radiation\Remote-sensing, passive",,,Microtops, -152,"\Atmosphere\Humidity\Remote-sensing, passive",,,Microtops, -153,"\Atmosphere\Ozone\Remote-sensing, passive",,,Microtops, -154,"\Atmosphere\Temperature\Remote-sensing, passive",,,Microwave profiler, -155,"\Atmosphere\Humidity\Remote-sensing, passive",,,Microwave radiometry, -156,"\Atmosphere\Ozone\Remote-sensing, passive",,,Microwave radiometry, -157,\Atmosphere\Total atmospheric deposition\In situ,,,NILU_O_2, -158,\Atmosphere\Total atmospheric deposition\In situ,,,NILU_O_3, -166,\Atmosphere\Ozone\In situ,,,Ozone sonde (unspecified), -167,\Atmosphere\Trace gas\In situ,,,Passive Samplers [general], -168,\Atmosphere\Total atmospheric deposition\In situ,,,Photoacoustic detection, -170,\Atmosphere\Precipitation\In situ,,,Pluviograph, -171,\Atmosphere\Ozone\In situ,,,Potassium iodide (KI) method, -172,\Atmosphere\Total atmospheric deposition\In situ,,,Potentiometry (ion-selective electrode), -173,\Atmosphere\Total atmospheric deposition\In situ,,,Potentiometry (pH meter), -174,\Atmosphere\Pressure\In situ,,,Pressure balance (piston), -175,\Atmosphere\Wind\In situ,,,Pressure plate (solid blade), -176,\Atmosphere\Wind\In situ,,,Pressure tube, -177,\Atmosphere\Wind\In situ,,,Propeller anemometer, -179,\Atmosphere\Temperature\In situ,,,Pyranometer (measurement of IR radiation), -180,\Atmosphere\Radiation\In situ,,,"Pyrradiometer (total global, UV+IR)", -181,"\Atmosphere\Humidity\Remote-sensing, active",,,Radio acoustic sounding system (RASS), -182,"\Atmosphere\Temperature\Remote-sensing, active",,,Radio acoustic sounding system (RASS), -183,"\Atmosphere\Precipitation\Remote-sensing, active",,,Radio detection and ranging (Radar), -184,"\Atmosphere\Wind\Remote-sensing, active",,,Radio detection and ranging (Radar) profiler, -185,\Atmosphere\Radioactivity\In situ,,,Radiochemical Methods [general], -186,\Atmosphere\Ozone\In situ,,,Regener Sonde (chemiluminescence), -188,\Atmosphere\Temperature\In situ,,,"Resistance thermometer, thermistor", -189,"\Atmosphere\Ozone\Remote-sensing, passive",,,SAOZ (UV-vis diode array spectrometer), -190,"\Atmosphere\Visual range\Remote-sensing, active",,,Scatterometer, -191,\Atmosphere\Trace gas\In situ,,,Separation + manometric determination, -195,\Atmosphere\Temperature\In situ,,,Sonic thermometer, -196,"\Atmosphere\Wind\Remote-sensing, active",,,Sound detection and ranging (Sodar) profiler, -197,\Atmosphere\Radiation\In situ,,,Sunphotometry-Filter Radiometry, -198,\Atmosphere\Radiation\In situ,,,Sunshine duration, -199,\Atmosphere\Micrometeorology\In situ,,,Surface chamber, -201,\Atmosphere\Temperature\In situ,,,"Thermocouple, thermopile", -204,\Atmosphere\Precipitation\In situ,,,Tipping bucket rain gauge (totalizer), -205,\Atmosphere\Trace gas\In situ,,,Titration, -207,"\Atmosphere\Visual range\Remote-sensing, active",,,Transmissometer, -208,\Atmosphere\Dynamics\Numerical model,,,Transport modeling (model unspecified), -209,\Atmosphere\Total atmospheric deposition\In situ,,,Turbidity measurement, -210,"\Atmosphere\Ozone\Remote-sensing, passive",,,Umkehr method, -211,\Atmosphere\Precipitation\In situ,,,Volumetric measurement, -212,\Atmosphere\Precipitation\In situ,,,Weighing type rain gauge (totalizer), -213,\Atmosphere\Total atmospheric deposition\In situ,,,Wet Chemical Methods [general], -214,\Atmosphere\Wind\In situ,,,Wind sock (textile tube), -215,\Atmosphere\Wind\In situ,,,Wind vane (solid blade), -217,\Atmosphere\Aerosol\In situ\Composition,,,Aerodyne mass spectrometer (AMS), -218,\Atmosphere\Aerosol\In situ\Composition,,,EUSAAR protocol, -219,\Atmosphere\Aerosol\In situ\Composition,,,"Filter + beta attenuation (betameter, beta gauge)", -220,\Atmosphere\Aerosol\In situ\Optical properties,,,Filter + light attenuation (aethalometer), -221,\Atmosphere\Aerosol\In situ\Composition,,,Mass Spectrometry (MS) [general], -222,\Atmosphere\Aerosol\In situ\Composition,,,Monitor for AeRosols and GAses (MARGA), -223,\Atmosphere\Aerosol\In situ\Composition,,,Particle induced x-ray emission (PIXE), -224,\Atmosphere\Aerosol\In situ\Optical properties,,,Particle soot absorption photometry (PSAP), -225,\Atmosphere\Aerosol\In situ\Composition,,,Thermo-optical analyzer (Sunset Labs), -226,\Atmosphere\Aerosol\In situ\Composition,,,X-ray fluorescence (XRF), -227,\Atmosphere\Aerosol\In situ\Optical properties,,,Aerodynamic particle sizing spectrometer (APS), -228,\Atmosphere\Aerosol\In situ\Optical properties,,,Aerosol backscatter sonde, -229,\Atmosphere\Aerosol\In situ\Optical properties,,,Light scattering, -230,\Atmosphere\Aerosol\In situ\Optical properties,,,"Nephelometry, integrating", -231,\Atmosphere\Aerosol\In situ\Physical properties,,,Cloud condensation nuclei (CCN) counter, -232,\Atmosphere\Aerosol\In situ\Physical properties,,,Condensation particle counter (CPC), -233,\Atmosphere\Aerosol\In situ\Physical properties,,,Continuous gravimetry, -234,\Atmosphere\Aerosol\In situ\Physical properties,,,"Differential mobility particle sizer (DMA, DMPS)", -235,\Atmosphere\Aerosol\In situ\Physical properties,,,Diffusion battery, -236,\Atmosphere\Aerosol\In situ\Physical properties,,,Electric mobility [general], -237,\Atmosphere\Aerosol\In situ\Physical properties,,,Electrostatic classifier, -238,\Atmosphere\Aerosol\In situ\Physical properties,,,Multiangle absorption photometry (MAAP), -239,\Atmosphere\Aerosol\In situ\Physical properties,,,Multistage impactor, -240,\Atmosphere\Aerosol\In situ\Physical properties,,,Optical particle counter (OPC), -241,\Atmosphere\Aerosol\In situ\Physical properties,,,Scanning mobility particle sizer (SMPS), -242,\Atmosphere\Aerosol\In situ\Physical properties,,,Twomey static thermal diffusion chamber, -244,"\Atmosphere\Aerosol\Remote-sensing, passive\Optical properties",,,Sun-tracking photometry, -245,"\Atmosphere\Clouds\Remote-sensing, active\Laser-based methods",,,Ceilometer, -246,\Atmosphere\Dynamics\Numerical model\Dispersion,,,Flexpart (dispersion modeling), -247,\Atmosphere\Dynamics\Numerical model\Trajectories,,,Flextra (trajectory modeling), -248,\Atmosphere\Dynamics\Numerical model\Trajectories,,,Hysplit (trajectory modeling), -249,\Atmosphere\Dynamics\Numerical model\Trajectories,,,Lagranto (trajectory modeling), -250,\Atmosphere\Humidity\In situ\Capacitive method,,,Thin film capacitance, -251,\Atmosphere\Humidity\In situ\Dewpoint determination,,,Chilled mirror, -252,\Atmosphere\Humidity\In situ\Dewpoint determination,,,Lithium chloride (LiCl), -253,\Atmosphere\Humidity\In situ\Hygrometer,,,Hair hygrometer-hygrograph, -254,\Atmosphere\Humidity\In situ\Hygrometer,,,Hygrometer [general], -255,\Atmosphere\Humidity\In situ\Hygrometer,,,IR absorption hygrometer, -256,\Atmosphere\Humidity\In situ\Hygrometer,,,Optical hygrometer, -257,\Atmosphere\Humidity\In situ\Hygrometer,,,UV fluorescence-based hygrometer (Lyman-α),Detection of UV fluorescence signal emitted by the excited OH radical produced from H2O after dissociation using UV light. -258,\Atmosphere\Humidity\In situ\Psychrometer,,,Electrical aspiration (Frankenberger type), -259,\Atmosphere\Humidity\In situ\Psychrometer,,,Mechanical aspiration, -263,\Atmosphere\Radiation\In situ\Direct solar,,,Bimetallic actinograph, -264,\Atmosphere\Radiation\In situ\Direct solar,,,"Pyrheliometer (direct solar, broadband)", -265,\Atmosphere\Radiation\In situ\Longwave,,,"Pyrgeometer (global, infrared)", -266,\Atmosphere\Radiation\In situ\Shortwave,,,"Pyranometer (global solar, broadband)", -267,\Atmosphere\Radiation\In situ\Shortwave,,,Spectral pyranometer, -268,\Atmosphere\Radiation\In situ\Shortwave,,,UV-vis spectrometry-radiometry, -270,\Atmosphere\Total atmospheric deposition\In situ,,,Tetrachloromercurate (TCM) absorption - CL, -271,\Atmosphere\Total atmospheric deposition\In situ,,,Colorimetry (ANSA), -272,\Atmosphere\Total atmospheric deposition\In situ,,,Colorimetry (Griess), -273,\Atmosphere\Total atmospheric deposition\In situ,,,"Colorimetry (indophenol, Bertholet)", -274,\Atmosphere\Total atmospheric deposition\In situ,,,Colorimetry (mercury thiocyanate+iron alum), -275,\Atmosphere\Total atmospheric deposition\In situ,,,Colorimetry (NEDA), -276,\Atmosphere\Total atmospheric deposition\In situ,,,"Colorimetry (Nessler, K2HgI4)", -277,\Atmosphere\Total atmospheric deposition\In situ,,,Colorimetry (sodium salicylate method for nitrate), -278,\Atmosphere\Total atmospheric deposition\In situ,,,Colorimetry [general], -279,\Atmosphere\Total atmospheric deposition\In situ,,,Filter sampling (analytical method unspecified), -280,\Atmosphere\Total atmospheric deposition\In situ,,,Adsorption tube (charcoal) + elution + GC, -281,\Atmosphere\Total atmospheric deposition\In situ,,,Filter sampling + combustion + IC, -282,\Atmosphere\Total atmospheric deposition\In situ,,,Filter sampling + combustion + other, -283,\Atmosphere\Total atmospheric deposition\In situ,,,Filter sampling + extraction + IC, -284,\Atmosphere\Total atmospheric deposition\In situ,,,Filter sampling + extraction + other, -285,\Atmosphere\Total atmospheric deposition\In situ,,,Filter sampling + gravimetry, -286,\Atmosphere\Total atmospheric deposition\In situ,,,Impregnated filter, -287,\Atmosphere\Trace gas\In situ\Chemiluminescence,,,Catalytic conversion 'Au' - CL, -288,\Atmosphere\Trace gas\In situ\Chemiluminescence,,,Catalytic conversion 'Fe' - CL, -289,\Atmosphere\Trace gas\In situ\Chemiluminescence,,,Catalytic conversion 'Mb' - CL, -290,\Atmosphere\Trace gas\In situ\Chemiluminescence,,,Chemiluminescence (CL) [general], -291,\Atmosphere\Trace gas\In situ\Chemiluminescence,,,Photolytic conversion - CL, -292,\Atmosphere\Trace gas\In situ\Ion Chromatography (IC),,,Monitor for AeRosols and GAses (MARGA) Metrohm, -293,\Atmosphere\Trace gas\In situ,,,Filter sampling + photo multiplier tube (PMT), -294,\Atmosphere\Trace gas\In situ\Fluorescence,,,Fluorescence [general], -295,\Atmosphere\Trace gas\In situ\Fluorescence,,,UV fluorescence, -296,\Atmosphere\Trace gas\In situ\Fluorescence,,,Vacuum UV fluorescence, -297,\Atmosphere\Trace gas\In situ\Gas chromatography,,,Gas Chromatography (GC) [general], -298,\Atmosphere\Trace gas\In situ\Gas chromatography,,,GC-ECD, -299,\Atmosphere\Trace gas\In situ\Gas chromatography,,,GC-ECD-FID, -300,\Atmosphere\Trace gas\In situ\Gas chromatography,,,GC-ECD-MS, -301,\Atmosphere\Trace gas\In situ\Gas chromatography,,,GC-FID, -302,\Atmosphere\Trace gas\In situ\Gas chromatography,,,GC-HgO reduction-UV absorption, -303,\Atmosphere\Trace gas\In situ\Gas chromatography,,,GC-MS, -304,\Atmosphere\Trace gas\In situ\Ion Chromatography (IC),,,H2O2 conversion - IC, -305,\Atmosphere\Trace gas\In situ\Laser-based methods,,,Cavity ring-down spectroscopy (CRDS), -306,\Atmosphere\Trace gas\In situ\Laser-based methods,,,Cavity-enhanced absorption spectroscopy (CEAS), -307,\Atmosphere\Trace gas\In situ\Laser-based methods,,,Integrated cavity output spectroscopy (ICOS), -308,\Atmosphere\Trace gas\In situ\Laser-based methods,,,Laser induced fluorescence (LIF), -309,\Atmosphere\Trace gas\In situ\Laser-based methods,,,Laser photoacoustic spectroscopy (LPAS), -310,\Atmosphere\Trace gas\In situ\Laser-based methods,,,Laser spectroscopy [general], -311,\Atmosphere\Trace gas\In situ\Laser-based methods,,,Quantum cascade laser (QCL) spectroscopy, -312,\Atmosphere\Trace gas\In situ\Mass spectrometry,,,Chemical ionization MS (CIMS) with matrix isolation, -313,\Atmosphere\Trace gas\In situ\Mass spectrometry,,,Proton transfer reaction mass spectrometry (PTR-MS), -314,\Atmosphere\Trace gas\In situ\Optical spectrometry,,,IR spectrometry-radiometry [general], -315,\Atmosphere\Trace gas\In situ\Optical spectrometry,,,Light absorption photometry, -316,\Atmosphere\Trace gas\In situ\Optical spectrometry,,,Long path absorption photometry (LOPAP), -317,\Atmosphere\Trace gas\In situ\Optical spectrometry,,,Non-dispersive IR (NDIR) absorption, -318,\Atmosphere\Trace gas\In situ\Optical spectrometry,,,Non-dispersive UV (NDUV), -319,\Atmosphere\Trace gas\In situ\Optical spectrometry,,,UV absorption spectrometry-radiometry, -320,"\Atmosphere\Greenhouse gas\Remote-sensing, active",,,Integrated path differential absorption (IPDA) lidar,"Light detection and ranging (lidar) with integrated path differential absorption (IPDA) capability, typically used for column measurements of CH4 and CO2." -321,"\Atmosphere\Trace gas\Remote-sensing, active",,,Differential optical absorption (DOAS), -322,"\Atmosphere\Trace gas\Remote-sensing, passive",,,Fourier-transform IR spectroscopy (FTIR), -323,"\Atmosphere\Trace gas\Remote-sensing, passive",,,TCCON Fourier-transform IR spectroscopy (TCCON-FTIR), -327,\Atmosphere\Radiosonde,,,Radiosonde with NAVAID, -328,\Atmosphere\Radiosonde,,,Radiosonde with radar tracking, -329,\Atmosphere\Radiosonde,,,Radiosonde with radiotheodolite tracking, -330,\Atmosphere\Radiosonde,,,Radiosonde with composite method tracking, -331,\Atmosphere\Wind,,,Radiosonde (tracking unspecified), -332,\Atmosphere\Wind,,,Pilot balloon with optical tracking), -335,"\Atmosphere\Ozone\Remote-sensing, active",,water vapor,Differential absorption lidar (DIAL),"Light detection and ranging (lidar) with differential absorption lidar (DIAL) capability, typically used for trace gas measurements, most notably ozone and water vapor. This technique can be extended to molecules which have suitably defined differential absorption characteristics." -336,"\Atmosphere\Trace gas\Remote-sensing, passive",,,Microwave radiometry, -338,\Atmosphere\Humidity\In situ\Laser-based,,,Tunable diode lase spectroscopy (TDLS),Tunable diode lase spectroscopy (TDLS) -339,"\Atmosphere\Ozone\Remote-sensing, passive",,,UV spectroradiometry, -340,\Atmosphere\Humidity\In situ\Psychrometer,,,Wet-bulb thermometer,"A thermometer having a bulb that is kept moistened when humidity determinations are being made with a psychrometer. The wet-bulb temperature is the temperature a parcel of air would have if it were cooled to saturation (100% relative humidity) by the evaporation of water into it, with the latent heat being supplied by the parcel." -341,"\Atmosphere\Aerosol\Remote-sensing, active",ocean,"cloud, particle phase, altimetry, mixed-layer height",Backscatter lidar,"Elastic backscatter light detection and ranging (lidar) typically used for measurements of cloud and aerosol particle phase optical properties (e.g., extinction and backscatter coefficient), altimetry, ocean optical properties, and mixed layer height." -342,"\Atmosphere\Aerosol\Remote-sensing, active ",ocean,"cloud, particle phase, mixed-layer height",High spectral resolution (HSR) lidar,"Light detection and ranging (lidar) with high spectral resolution capability, typically used for measurements of cloud and aerosol particle phase properties, ocean properties, and mixed layer height." -343,"\Atmosphere\Aerosol\Remote-sensing, active",,"particle phase, particle shape",Polarized lidar,"Light detection and ranging (lidar) capable of determining the linear or circular depolarization ratio, typically used to discriminate spherical and non-spherical particles." -343,\Atmosphere\Precipitation\In situ,,,Fog collection,Collection of fog using a mesh or similar capturing device and subsequent determination of the equivalent volume or mass of water. -344,\Atmosphere\Trace gas\In situ\Gas chromatography,,greenhouse gas,GC-CVAFS,Gas chromatography and detection by cold vapour atomic fluorescence spectrometry. -345,\Atmosphere\Trace gas\In situ\Gas chromatography,,greenhouse gas,GC-TCD,Gas chromatography and detection by a thermal conductivity detector. -346,\Atmosphere\Trace gas\In situ,,,Electrostatic collection + alpha counting,Alpha counting after electrostatic collection of measurand. -347,\Atmosphere\Trace gas\In situ\Laser-based methods,,,Tunable Infrared Laser Differential Absorption Spectroscopy (TILDAS),Tunable Infrared Laser Differential Absorption Spectroscopy (TILDAS). -348,\Atmosphere\Trace gas\In situ,,,Radionuclide decay counting [general],Determination of the counts measured per unit time as a result of radionuclide decay. -349,\Atmosphere\Trace gas\In situ\Optical spectrometry,,,IR-GFC,"Infrared absorption measurement based on the gas-filter correlation technique, a specifique variant of NDIR." +24,\Atmosphere\Clouds\Human observation,,,Human observation, +58,"\Atmosphere\Ozone\Remote-sensing, passive\(Optical) filter Instrument",,,(Optical) filter Instrument, +59,\Atmosphere\Precipitation\In situ\(Ruler for) rain gauge,,,(Ruler for) rain gauge, +60,\Atmosphere\Wind\In situ\(Ultra)sonic anemometer,,,(Ultra)sonic anemometer, +62,\Atmosphere\Radioactivity\In situ\Adsorption - scintillation counting,,,Adsorption - scintillation counting, +63,\Atmosphere\Wind\In situ\Aerovane (wind vane with propeller),,,Aerovane (wind vane with propeller), +64,\Atmosphere\Radioactivity\In situ\Alpha counting,,,Alpha counting, +65,\Atmosphere\Wind\In situ\Anemometer [general],,,Anemometer [general], +66,\Atmosphere\Pressure\In situ\Aneroid barometer (evacuated capsule),,,Aneroid barometer (evacuated capsule), +67,\Atmosphere\Total atmospheric deposition\In situ\Anion exchange membrane (AEM),,,Anion exchange membrane (AEM), +68,\Atmosphere\Evaporation\In situ\Atmometer,,,Atmometer, +69,"\Atmosphere\Lightning\Remote-sensing, passive\Atmospherics (""sferics"") detection",,,"Atmospherics (""sferics"") detection", +70,\Atmosphere\Total atmospheric deposition\In situ\Atomic absorption spectrophotometry (AAS),,,Atomic absorption spectrophotometry (AAS), +71,\Atmosphere\Total atmospheric deposition\In situ\Atomic emission spectrophotometry (AES),,,Atomic emission spectrophotometry (AES), +72,\Atmosphere\Radiation\In situ\BSRN compliant instrument,,,BSRN compliant instrument, +73,"\Atmosphere\Pressure\In situ\Barometer, mercury column",,,"Barometer, mercury column", +74,"\Atmosphere\Pressure\In situ\Barometer, mercury-free column",,,"Barometer, mercury-free column", +75,\Atmosphere\Radioactivity\In situ\Beta counting,,,Beta counting, +76,\Atmosphere\Temperature\In situ\Bimetal thermometer,,,Bimetal thermometer, +77,\Atmosphere\Micrometeorology\In situ\Bowen-ratio method,,,Bowen-ratio method, +78,"\Atmosphere\Ozone\Remote-sensing, passive\Brewer",,,Brewer, +79,\Atmosphere\Ozone\In situ\Brewer-GDR,,,Brewer-GDR, +80,\Atmosphere\Ozone\In situ\Brewer-Mast Sonde,,,Brewer-Mast Sonde, +82,\Atmosphere\Precipitation\In situ\Capacitive rain sensor,,,Capacitive rain sensor, +83,\Atmosphere\Total atmospheric deposition\In situ\Capillary electrophoresis (CE),,,Capillary electrophoresis (CE), +84,\Atmosphere\Ozone\In situ\Carbon-Iodine Sonde (KC Sonde),,,Carbon-Iodine Sonde (KC Sonde), +87,\Atmosphere\Total atmospheric deposition\In situ\Colorimetric titration (Gran method),,,Colorimetric titration (Gran method), +88,\Atmosphere\Total atmospheric deposition\In situ\Colorimetric titration [general],,,Colorimetric titration [general], +90,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (Saltzman),,,Colorimetry (Saltzman), +91,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (thorin),,,Colorimetry (thorin), +94,\Atmosphere\Trace gas\In situ\Conductometry,,,Conductometry, +95,\Atmosphere\Wind\In situ\Cup anemometer,,,Cup anemometer, +96,\Atmosphere\Wind\In situ\Cup anemometer (3 or 4 cups),,,Cup anemometer (3 or 4 cups), +97,\Atmosphere\Micrometeorology\In situ\Cuvette,,,Cuvette, +98,\Atmosphere\Total atmospheric deposition\In situ\Denuder,,,Denuder, +99,\Atmosphere\Trace gas\In situ\Denuder,,,Denuder, +102,\Atmosphere\Precipitation\In situ\Disdrometer (drop spectrographs),,,Disdrometer (drop spectrographs), +103,\Atmosphere\Micrometeorology\In situ\Disjunct eddy covariance method,,,Disjunct eddy covariance method, +105,\Atmosphere\Micrometeorology\In situ\Dissipation method,,,Dissipation method, +106,"\Atmosphere\Ozone\Remote-sensing, passive\Dobson",,,Dobson, +107,\Atmosphere\Ozone\In situ\ECC Sonde,,,ECC Sonde, +108,\Atmosphere\Micrometeorology\In situ\Eddy accumulation method,,,Eddy accumulation method, +109,\Atmosphere\Micrometeorology\In situ\Eddy covariance method,,,Eddy covariance method, +110,\Atmosphere\Total atmospheric deposition\In situ\Electric conductivity (EC meter),,,Electric conductivity (EC meter), +111,\Atmosphere\Pressure\In situ\Electronic pressure transducer (silicon diaphragm),,,Electronic pressure transducer (silicon diaphragm), +112,\Atmosphere\Wind\In situ\Estimation from visual observation,,,Estimation from visual observation, +113,\Atmosphere\Evaporation\In situ\Evaporation pan and-or tank,,,Evaporation pan and-or tank, +114,\Atmosphere\Trace gas\In situ\Faraday cup photochemistry,,,Faraday cup photochemistry, +115,\Atmosphere\Radioactivity\In situ\Filter sampling + alpha counting,,,Filter sampling + alpha counting, +116,\Atmosphere\Radioactivity\In situ\Filter sampling + gamma spectrometry,,,Filter sampling + gamma spectrometry, +119,\Atmosphere\Trace gas\In situ\Flame-ionization detector (FID),,,Flame-ionization detector (FID), +120,\Atmosphere\Trace gas\In situ\Flask sampling (analytical method unspecified),,,Flask sampling (analytical method unspecified), +121,\Atmosphere\Total atmospheric deposition\In situ\Flow injection analyzer (FIA),,,Flow injection analyzer (FIA), +123,\Atmosphere\Micrometeorology\In situ\Flux variance method,,,Flux variance method, +125,\Atmosphere\Micrometeorology\In situ\Gradient method,,,Gradient method, +127,\Atmosphere\Precipitation\In situ\Gravimetry [general],,,Gravimetry [general], +129,\Atmosphere\Total atmospheric deposition\In situ\High Performance Liquid Chromatography (HPLC),,,High Performance Liquid Chromatography (HPLC), +130,\Atmosphere\Wind\In situ\Hot wire anemometer,,,Hot wire anemometer, +132,\Atmosphere\Pressure\In situ\Hypsometer (water boiling point),,,Hypsometer (water boiling point), +133,\Atmosphere\Total atmospheric deposition\In situ\ICP-AES,,,ICP-AES, +134,\Atmosphere\Total atmospheric deposition\In situ\ICP-MS,,,ICP-MS, +135,\Atmosphere\Ozone\In situ\Indian Sonde,,,Indian Sonde, +136,\Atmosphere\Micrometeorology\In situ\Interferential method,,,Interferential method, +137,\Atmosphere\Total atmospheric deposition\In situ\Ion Chromatography (IC) [general],,,Ion Chromatography (IC) [general], +142,"Atmosphere, 'Remote-sensing, active', wind",,,Doppler wind lidar,"Light detection and ranging (lidar) with Doppler capability (direct and coherent mode), typically used for measurements of winds." +143,"Atmosphere, 'Remote-sensing, active', water vapor, aerosol, particle phase",,,Raman lidar,"Light detection and ranging (lidar) with Raman capability, typically used for measurements of aerosol particle phase and cloud measurements as well as water vapor and temperature." +144,\Atmosphere\Temperature\In situ\Liquid-in-glass thermometer (mercury-free),,,Liquid-in-glass thermometer (mercury-free), +146,\Atmosphere\Evaporation\In situ\Lysimeter,,,Lysimeter, +147,\Atmosphere\Micrometeorology\In situ\Mass balance method,,,Mass balance method, +149,\Atmosphere\Temperature\In situ\Mercury-in-glass thermometer,,,Mercury-in-glass thermometer, +150,\Atmosphere\Pressure\In situ\Microbarometer (dewar),,,Microbarometer (dewar), +151,"\Atmosphere\Radiation\Remote-sensing, passive\Microtops",,,Microtops, +152,"\Atmosphere\Humidity\Remote-sensing, passive\Microtops",,,Microtops, +153,"\Atmosphere\Ozone\Remote-sensing, passive\Microtops",,,Microtops, +154,"\Atmosphere\Temperature\Remote-sensing, passive\Microwave profiler",,,Microwave profiler, +155,"\Atmosphere\Humidity\Remote-sensing, passive\Microwave radiometry",,,Microwave radiometry, +156,"\Atmosphere\Ozone\Remote-sensing, passive\Microwave radiometry",,,Microwave radiometry, +157,\Atmosphere\Total atmospheric deposition\In situ\NILU_O_2,,,NILU_O_2, +158,\Atmosphere\Total atmospheric deposition\In situ\NILU_O_3,,,NILU_O_3, +166,\Atmosphere\Ozone\In situ\Ozone sonde (unspecified),,,Ozone sonde (unspecified), +167,\Atmosphere\Trace gas\In situ\Passive Samplers [general],,,Passive Samplers [general], +168,\Atmosphere\Total atmospheric deposition\In situ\Photoacoustic detection,,,Photoacoustic detection, +170,\Atmosphere\Precipitation\In situ\Pluviograph,,,Pluviograph, +171,\Atmosphere\Ozone\In situ\Potassium iodide (KI) method,,,Potassium iodide (KI) method, +172,\Atmosphere\Total atmospheric deposition\In situ\Potentiometry (ion-selective electrode),,,Potentiometry (ion-selective electrode), +173,\Atmosphere\Total atmospheric deposition\In situ\Potentiometry (pH meter),,,Potentiometry (pH meter), +174,\Atmosphere\Pressure\In situ\Pressure balance (piston),,,Pressure balance (piston), +175,\Atmosphere\Wind\In situ\Pressure plate (solid blade),,,Pressure plate (solid blade), +176,\Atmosphere\Wind\In situ\Pressure tube,,,Pressure tube, +177,\Atmosphere\Wind\In situ\Propeller anemometer,,,Propeller anemometer, +179,\Atmosphere\Temperature\In situ\Pyranometer (measurement of IR radiation),,,Pyranometer (measurement of IR radiation), +180,"\Atmosphere\Radiation\In situ\Pyrradiometer (total global, UV+IR)",,,"Pyrradiometer (total global, UV+IR)", +181,"\Atmosphere\Humidity\Remote-sensing, active\Radio acoustic sounding system (RASS)",,,Radio acoustic sounding system (RASS), +182,"\Atmosphere\Temperature\Remote-sensing, active\Radio acoustic sounding system (RASS)",,,Radio acoustic sounding system (RASS), +183,"\Atmosphere\Precipitation\Remote-sensing, active\Radio detection and ranging (Radar)",,,Radio detection and ranging (Radar), +184,"\Atmosphere\Wind\Remote-sensing, active\Radio detection and ranging (Radar) profiler",,,Radio detection and ranging (Radar) profiler, +185,\Atmosphere\Radioactivity\In situ\Radiochemical Methods [general],,,Radiochemical Methods [general], +186,\Atmosphere\Ozone\In situ\Regener Sonde (chemiluminescence),,,Regener Sonde (chemiluminescence), +188,"\Atmosphere\Temperature\In situ\Resistance thermometer, thermistor",,,"Resistance thermometer, thermistor", +189,"\Atmosphere\Ozone\Remote-sensing, passive\SAOZ (UV-vis diode array spectrometer)",,,SAOZ (UV-vis diode array spectrometer), +190,"\Atmosphere\Visual range\Remote-sensing, active\Scatterometer",,,Scatterometer, +191,\Atmosphere\Trace gas\In situ\Separation + manometric determination,,,Separation + manometric determination, +195,\Atmosphere\Temperature\In situ\Sonic thermometer,,,Sonic thermometer, +196,"\Atmosphere\Wind\Remote-sensing, active\Sound detection and ranging (Sodar) profiler",,,Sound detection and ranging (Sodar) profiler, +197,\Atmosphere\Radiation\In situ\Sunphotometry-Filter Radiometry,,,Sunphotometry-Filter Radiometry, +198,\Atmosphere\Radiation\In situ\Sunshine duration,,,Sunshine duration, +199,\Atmosphere\Micrometeorology\In situ\Surface chamber,,,Surface chamber, +201,"\Atmosphere\Temperature\In situ\Thermocouple, thermopile",,,"Thermocouple, thermopile", +204,\Atmosphere\Precipitation\In situ\Tipping bucket rain gauge (totalizer),,,Tipping bucket rain gauge (totalizer), +205,\Atmosphere\Trace gas\In situ\Titration,,,Titration, +207,"\Atmosphere\Visual range\Remote-sensing, active\Transmissometer",,,Transmissometer, +208,\Atmosphere\Dynamics\Numerical model\Transport modeling (model unspecified),,,Transport modeling (model unspecified), +209,\Atmosphere\Total atmospheric deposition\In situ\Turbidity measurement,,,Turbidity measurement, +210,"\Atmosphere\Ozone\Remote-sensing, passive\Umkehr method",,,Umkehr method, +211,\Atmosphere\Precipitation\In situ\Volumetric measurement,,,Volumetric measurement, +212,\Atmosphere\Precipitation\In situ\Weighing type rain gauge (totalizer),,,Weighing type rain gauge (totalizer), +213,\Atmosphere\Total atmospheric deposition\In situ\Wet Chemical Methods [general],,,Wet Chemical Methods [general], +214,\Atmosphere\Wind\In situ\Wind sock (textile tube),,,Wind sock (textile tube), +215,\Atmosphere\Wind\In situ\Wind vane (solid blade),,,Wind vane (solid blade), +217,\Atmosphere\Aerosol\In situ\Composition\Aerodyne mass spectrometer (AMS),,,Aerodyne mass spectrometer (AMS), +218,\Atmosphere\Aerosol\In situ\Composition\EUSAAR protocol,,,EUSAAR protocol, +219,"\Atmosphere\Aerosol\In situ\Composition\Filter + beta attenuation (betameter, beta gauge)",,,"Filter + beta attenuation (betameter, beta gauge)", +220,\Atmosphere\Aerosol\In situ\Optical properties\Filter + light attenuation (aethalometer),,,Filter + light attenuation (aethalometer), +221,\Atmosphere\Aerosol\In situ\Composition\Mass Spectrometry (MS) [general],,,Mass Spectrometry (MS) [general], +222,\Atmosphere\Aerosol\In situ\Composition\Monitor for AeRosols and GAses (MARGA),,,Monitor for AeRosols and GAses (MARGA), +223,\Atmosphere\Aerosol\In situ\Composition\Particle induced x-ray emission (PIXE),,,Particle induced x-ray emission (PIXE), +224,\Atmosphere\Aerosol\In situ\Optical properties\Particle soot absorption photometry (PSAP),,,Particle soot absorption photometry (PSAP), +225,\Atmosphere\Aerosol\In situ\Composition\Thermo-optical analyzer (Sunset Labs),,,Thermo-optical analyzer (Sunset Labs), +226,\Atmosphere\Aerosol\In situ\Composition\X-ray fluorescence (XRF),,,X-ray fluorescence (XRF), +227,\Atmosphere\Aerosol\In situ\Optical properties\Aerodynamic particle sizing spectrometer (APS),,,Aerodynamic particle sizing spectrometer (APS), +228,\Atmosphere\Aerosol\In situ\Optical properties\Aerosol backscatter sonde,,,Aerosol backscatter sonde, +229,\Atmosphere\Aerosol\In situ\Optical properties\Light scattering,,,Light scattering, +230,"\Atmosphere\Aerosol\In situ\Optical properties\Nephelometry, integrating",,,"Nephelometry, integrating", +231,\Atmosphere\Aerosol\In situ\Physical properties\Cloud condensation nuclei (CCN) counter,,,Cloud condensation nuclei (CCN) counter, +232,\Atmosphere\Aerosol\In situ\Physical properties\Condensation particle counter (CPC),,,Condensation particle counter (CPC), +233,\Atmosphere\Aerosol\In situ\Physical properties\Continuous gravimetry,,,Continuous gravimetry, +234,"\Atmosphere\Aerosol\In situ\Physical properties\Differential mobility particle sizer (DMA, DMPS)",,,"Differential mobility particle sizer (DMA, DMPS)", +235,\Atmosphere\Aerosol\In situ\Physical properties\Diffusion battery,,,Diffusion battery, +236,\Atmosphere\Aerosol\In situ\Physical properties\Electric mobility [general],,,Electric mobility [general], +237,\Atmosphere\Aerosol\In situ\Physical properties\Electrostatic classifier,,,Electrostatic classifier, +238,\Atmosphere\Aerosol\In situ\Physical properties\Multiangle absorption photometry (MAAP),,,Multiangle absorption photometry (MAAP), +239,\Atmosphere\Aerosol\In situ\Physical properties\Multistage impactor,,,Multistage impactor, +240,\Atmosphere\Aerosol\In situ\Physical properties\Optical particle counter (OPC),,,Optical particle counter (OPC), +241,\Atmosphere\Aerosol\In situ\Physical properties\Scanning mobility particle sizer (SMPS),,,Scanning mobility particle sizer (SMPS), +242,\Atmosphere\Aerosol\In situ\Physical properties\Twomey static thermal diffusion chamber,,,Twomey static thermal diffusion chamber, +244,"\Atmosphere\Aerosol\Remote-sensing, passive\Optical properties\Sun-tracking photometry",,,Sun-tracking photometry, +245,"\Atmosphere\Clouds\Remote-sensing, active\Laser-based methods\Ceilometer",,,Ceilometer, +246,\Atmosphere\Dynamics\Numerical model\Dispersion\Flexpart (dispersion modeling),,,Flexpart (dispersion modeling), +247,\Atmosphere\Dynamics\Numerical model\Trajectories\Flextra (trajectory modeling),,,Flextra (trajectory modeling), +248,\Atmosphere\Dynamics\Numerical model\Trajectories\Hysplit (trajectory modeling),,,Hysplit (trajectory modeling), +249,\Atmosphere\Dynamics\Numerical model\Trajectories\Lagranto (trajectory modeling),,,Lagranto (trajectory modeling), +250,\Atmosphere\Humidity\In situ\Capacitive method\Thin film capacitance,,,Thin film capacitance, +251,\Atmosphere\Humidity\In situ\Dewpoint determination\Chilled mirror,,,Chilled mirror, +252,\Atmosphere\Humidity\In situ\Dewpoint determination\Lithium chloride (LiCl),,,Lithium chloride (LiCl), +253,\Atmosphere\Humidity\In situ\Hygrometer\Hair hygrometer-hygrograph,,,Hair hygrometer-hygrograph, +254,\Atmosphere\Humidity\In situ\Hygrometer\Hygrometer [general],,,Hygrometer [general], +255,\Atmosphere\Humidity\In situ\Hygrometer\IR absorption hygrometer,,,IR absorption hygrometer, +256,\Atmosphere\Humidity\In situ\Hygrometer\Optical hygrometer,,,Optical hygrometer, +257,\Atmosphere\Humidity\In situ\Hygrometer\UV fluorescence-based hygrometer (Lyman-α),,,UV fluorescence-based hygrometer (Lyman-α),Detection of UV fluorescence signal emitted by the excited OH radical produced from H2O after dissociation using UV light. +258,\Atmosphere\Humidity\In situ\Psychrometer\Electrical aspiration (Frankenberger type),,,Electrical aspiration (Frankenberger type), +259,\Atmosphere\Humidity\In situ\Psychrometer\Mechanical aspiration,,,Mechanical aspiration, +263,\Atmosphere\Radiation\In situ\Direct solar\Bimetallic actinograph,,,Bimetallic actinograph, +264,"\Atmosphere\Radiation\In situ\Direct solar\Pyrheliometer (direct solar, broadband)",,,"Pyrheliometer (direct solar, broadband)", +265,"\Atmosphere\Radiation\In situ\Longwave\Pyrgeometer (global, infrared)",,,"Pyrgeometer (global, infrared)", +266,"\Atmosphere\Radiation\In situ\Shortwave\Pyranometer (global solar, broadband)",,,"Pyranometer (global solar, broadband)", +267,\Atmosphere\Radiation\In situ\Shortwave\Spectral pyranometer,,,Spectral pyranometer, +268,\Atmosphere\Radiation\In situ\Shortwave\UV-vis spectrometry-radiometry,,,UV-vis spectrometry-radiometry, +270,\Atmosphere\Total atmospheric deposition\In situ\Chemiluminescence\Tetrachloromercurate (TCM) absorption - CL,,,Tetrachloromercurate (TCM) absorption - CL, +271,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (ANSA),,,Colorimetry (ANSA), +272,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (Griess),,,Colorimetry (Griess), +273,"\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (indophenol, Bertholet)",,,"Colorimetry (indophenol, Bertholet)", +274,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (mercury thiocyanate+iron alum),,,Colorimetry (mercury thiocyanate+iron alum), +275,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (NEDA),,,Colorimetry (NEDA), +276,"\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (Nessler, K2HgI4)",,,"Colorimetry (Nessler, K2HgI4)", +277,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (sodium salicylate method for nitrate),,,Colorimetry (sodium salicylate method for nitrate), +278,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry [general],,,Colorimetry [general], +279,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods\Filter sampling (analytical method unspecified),,,Filter sampling (analytical method unspecified), +280,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods\Adsorption tube (charcoal) + elution + GC,,,Adsorption tube (charcoal) + elution + GC, +281,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods\Filter sampling + combustion + IC,,,Filter sampling + combustion + IC, +282,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods\Filter sampling + combustion + other,,,Filter sampling + combustion + other, +283,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods\Filter sampling + extraction + IC,,,Filter sampling + extraction + IC, +284,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods\Filter sampling + extraction + other,,,Filter sampling + extraction + other, +285,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods\Filter sampling + gravimetry,,,Filter sampling + gravimetry, +286,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods\Impregnated filter,,,Impregnated filter, +287,\Atmosphere\Trace gas\In situ\Chemiluminescence\Catalytic conversion 'Au' - CL,,,Catalytic conversion 'Au' - CL, +288,\Atmosphere\Trace gas\In situ\Chemiluminescence\Catalytic conversion 'Fe' - CL,,,Catalytic conversion 'Fe' - CL, +289,\Atmosphere\Trace gas\In situ\Chemiluminescence\Catalytic conversion 'Mb' - CL,,,Catalytic conversion 'Mb' - CL, +290,\Atmosphere\Trace gas\In situ\Chemiluminescence\Chemiluminescence (CL) [general],,,Chemiluminescence (CL) [general], +291,\Atmosphere\Trace gas\In situ\Chemiluminescence\Photolytic conversion - CL,,,Photolytic conversion - CL, +292,\Atmosphere\Trace gas\In situ\Ion Chromatography (IC)\Monitor for AeRosols and GAses (MARGA) Metrohm,,,Monitor for AeRosols and GAses (MARGA) Metrohm, +293,\Atmosphere\Trace gas\In situ\Filter-based methods\Filter sampling + photo multiplier tube (PMT),,,Filter sampling + photo multiplier tube (PMT), +294,\Atmosphere\Trace gas\In situ\Fluorescence\Fluorescence [general],,,Fluorescence [general], +295,\Atmosphere\Trace gas\In situ\Fluorescence\UV fluorescence,,,UV fluorescence, +296,\Atmosphere\Trace gas\In situ\Fluorescence\Vacuum UV fluorescence,,,Vacuum UV fluorescence, +297,\Atmosphere\Trace gas\In situ\Gas chromatography\Gas Chromatography (GC) [general],,,Gas Chromatography (GC) [general], +298,\Atmosphere\Trace gas\In situ\Gas chromatography\GC-ECD,,,GC-ECD, +299,\Atmosphere\Trace gas\In situ\Gas chromatography\GC-ECD-FID,,,GC-ECD-FID, +300,\Atmosphere\Trace gas\In situ\Gas chromatography\GC-ECD-MS,,,GC-ECD-MS, +301,\Atmosphere\Trace gas\In situ\Gas chromatography\GC-FID,,,GC-FID, +302,\Atmosphere\Trace gas\In situ\Gas chromatography\GC-HgO reduction-UV absorption,,,GC-HgO reduction-UV absorption, +303,\Atmosphere\Trace gas\In situ\Gas chromatography\GC-MS,,,GC-MS, +304,\Atmosphere\Trace gas\In situ\Ion Chromatography (IC)\H2O2 conversion - IC,,,H2O2 conversion - IC, +305,\Atmosphere\Trace gas\In situ\Laser-based methods\Cavity ring-down spectroscopy (CRDS),,,Cavity ring-down spectroscopy (CRDS), +306,\Atmosphere\Trace gas\In situ\Laser-based methods\Cavity-enhanced absorption spectroscopy (CEAS),,,Cavity-enhanced absorption spectroscopy (CEAS), +307,\Atmosphere\Trace gas\In situ\Laser-based methods\Integrated cavity output spectroscopy (ICOS),,,Integrated cavity output spectroscopy (ICOS), +308,\Atmosphere\Trace gas\In situ\Laser-based methods\Laser induced fluorescence (LIF),,,Laser induced fluorescence (LIF), +309,\Atmosphere\Trace gas\In situ\Laser-based methods\Laser photoacoustic spectroscopy (LPAS),,,Laser photoacoustic spectroscopy (LPAS), +310,\Atmosphere\Trace gas\In situ\Laser-based methods\Laser spectroscopy [general],,,Laser spectroscopy [general], +311,\Atmosphere\Trace gas\In situ\Laser-based methods\Quantum cascade laser (QCL) spectroscopy,,,Quantum cascade laser (QCL) spectroscopy, +312,\Atmosphere\Trace gas\In situ\Mass spectrometry\Chemical ionization MS (CIMS) with matrix isolation,,,Chemical ionization MS (CIMS) with matrix isolation, +313,\Atmosphere\Trace gas\In situ\Mass spectrometry\Proton transfer reaction mass spectrometry (PTR-MS),,,Proton transfer reaction mass spectrometry (PTR-MS), +314,\Atmosphere\Trace gas\In situ\Optical spectrometry\IR spectrometry-radiometry [general],,,IR spectrometry-radiometry [general], +315,\Atmosphere\Trace gas\In situ\Optical spectrometry\Light absorption photometry,,,Light absorption photometry, +316,\Atmosphere\Trace gas\In situ\Optical spectrometry\Long path absorption photometry (LOPAP),,,Long path absorption photometry (LOPAP), +317,\Atmosphere\Trace gas\In situ\Optical spectrometry\Non-dispersive IR (NDIR) absorption,,,Non-dispersive IR (NDIR) absorption, +318,\Atmosphere\Trace gas\In situ\Optical spectrometry\Non-dispersive UV (NDUV),,,Non-dispersive UV (NDUV), +319,\Atmosphere\Trace gas\In situ\Optical spectrometry\UV absorption spectrometry-radiometry,,,UV absorption spectrometry-radiometry, +320,"Atmosphere, 'Remote-sensing, active', greenhouse gas",,,Integrated path differential absorption (IPDA) lidar,"Light detection and ranging (lidar) with integrated path differential absorption (IPDA) capability, typically used for column measurements of CH4 and CO2." +321,"\Atmosphere\Trace gas\Remote-sensing, active\Optical spectrometry\Differential optical absorption (DOAS)",,,Differential optical absorption (DOAS), +322,"\Atmosphere\Trace gas\Remote-sensing, passive\Optical spectrometry\Fourier-transform IR spectroscopy (FTIR)",,,Fourier-transform IR spectroscopy (FTIR), +323,"\Atmosphere\Trace gas\Remote-sensing, passive\Optical spectrometry\TCCON Fourier-transform IR spectroscopy (TCCON-FTIR)",,,TCCON Fourier-transform IR spectroscopy (TCCON-FTIR), +327,\Atmosphere\Radiosonde with NAVAID,,,Radiosonde with NAVAID, +328,\Atmosphere\Radiosonde with radar tracking,,,Radiosonde with radar tracking, +329,\Atmosphere\Radiosonde with radiotheodolite tracking,,,Radiosonde with radiotheodolite tracking, +330,\Atmosphere\Radiosonde with composite method tracking,,,Radiosonde with composite method tracking, +331,\Atmosphere\Wind\Radiosonde (tracking unspecified),,,Radiosonde (tracking unspecified), +332,\Atmosphere\Wind\Pilot balloon with optical tracking),,,Pilot balloon with optical tracking), +335,"Atmosphere, 'Remote-sensing, active', ozone, water vapor",,,Differential absorption lidar (DIAL),"Light detection and ranging (lidar) with differential absorption lidar (DIAL) capability, typically used for trace gas measurements, most notably ozone and water vapor. This technique can be extended to molecules which have suitably defined differential absorption characteristics." +336,"\Atmosphere\Trace gas\Remote-sensing, passive\Microwave radiometry",,,Microwave radiometry, +338,\Atmosphere\Humidity\In situ\Laser-based\Tunable diode lase spectroscopy (TDLS),,,Tunable diode lase spectroscopy (TDLS),Tunable diode lase spectroscopy (TDLS) +339,"\Atmosphere\Ozone\Remote-sensing, passive\UV spectroradiometry",,,UV spectroradiometry, +340,\Atmosphere\Humidity\In situ\Psychrometer\Wet-bulb thermometer,,,Wet-bulb thermometer,"A thermometer having a bulb that is kept moistened when humidity determinations are being made with a psychrometer. The wet-bulb temperature is the temperature a parcel of air would have if it were cooled to saturation (100% relative humidity) by the evaporation of water into it, with the latent heat being supplied by the parcel." +341,"Atmosphere, 'Remote-sensing, active', cloud, aerosol, particle phase, altimetry, Ocean, mixed-layer height",,,Backscatter lidar,"Elastic backscatter light detection and ranging (lidar) typically used for measurements of cloud and aerosol particle phase optical properties (e.g., extinction and backscatter coefficient), altimetry, ocean optical properties, and mixed layer height." +342,"Atmosphere, 'Remote-sensing, active', cloud, aerosol, particle phase, mixed-layer height, Ocean",,,High spectral resolution (HSR) lidar,"Light detection and ranging (lidar) with high spectral resolution capability, typically used for measurements of cloud and aerosol particle phase properties, ocean properties, and mixed layer height." +343,"Atmosphere, 'Remote-sensing, active', aerosol, particle phase, particle shape",,,Polarized lidar,"Light detection and ranging (lidar) capable of determining the linear or circular depolarization ratio, typically used to discriminate spherical and non-spherical particles." +343,"atmosphere,precipitation,in situ",,,Fog collection,Collection of fog using a mesh or similar capturing device and subsequent determination of the equivalent volume or mass of water. +344,"Atmosphere, trace gases, greenhouse gas, in situ, \Atmosphere\Trace gas\In situ\Gas chromatography\GC-CVAFS",,,GC-CVAFS,Gas chromatography and detection by cold vapour atomic fluorescence spectrometry. +345,"Atmosphere, trace gases, greenhouse gas, in situ, \Atmosphere\Trace gas\In situ\Gas chromatography\GC-TCD",,,GC-TCD,Gas chromatography and detection by a thermal conductivity detector. +346,"Atmosphere, trace gases, in situ, \Atmosphere\Trace gas\In situ\Electrostatic collection + alpha counting",,,Electrostatic collection + alpha counting,Alpha counting after electrostatic collection of measurand. +347,"Atmosphere, trace gases, in situ, \Atmosphere\Trace gas\In situ\Laser-based methods\Tunable Infrared Laser Differential Absorption Spectroscopy (TILDAS)",,,Tunable Infrared Laser Differential Absorption Spectroscopy (TILDAS),Tunable Infrared Laser Differential Absorption Spectroscopy (TILDAS). +348,"Atmosphere, trace gases, in situ, \Atmosphere\Trace gas\In situ\Radionuclide decay counting [general]",,,Radionuclide decay counting [general],Determination of the counts measured per unit time as a result of radionuclide decay. +349,"Atmosphere, trace gases, in situ, \Atmosphere\Trace gas\In situ\Optical spectrometry\IR-GFC",,,IR-GFC,"Infrared absorption measurement based on the gas-filter correlation technique, a specifique variant of NDIR." inapplicable,,,,inapplicable,None of the codes in the table are applicable in the context of this particular observation. -unknown,,,,unknown,The measurement/observing method is unknown. +unknown,,,,unknown,The measurement/observing method is unknown. \ No newline at end of file From fec253b1791ec5edb2ee814987a46944f3d1e721 Mon Sep 17 00:00:00 2001 From: Anna Milan Date: Mon, 5 Jun 2023 16:30:34 +0200 Subject: [PATCH 18/18] remove name from paths, change tags to paths --- tables_en/5-02-01.csv | 484 +++++++++++++++++++++--------------------- 1 file changed, 242 insertions(+), 242 deletions(-) diff --git a/tables_en/5-02-01.csv b/tables_en/5-02-01.csv index b9272be7..8e6f5cec 100644 --- a/tables_en/5-02-01.csv +++ b/tables_en/5-02-01.csv @@ -1,245 +1,245 @@ notation,path,domains,tags,name,description -24,\Atmosphere\Clouds\Human observation,,,Human observation, -58,"\Atmosphere\Ozone\Remote-sensing, passive\(Optical) filter Instrument",,,(Optical) filter Instrument, -59,\Atmosphere\Precipitation\In situ\(Ruler for) rain gauge,,,(Ruler for) rain gauge, -60,\Atmosphere\Wind\In situ\(Ultra)sonic anemometer,,,(Ultra)sonic anemometer, -62,\Atmosphere\Radioactivity\In situ\Adsorption - scintillation counting,,,Adsorption - scintillation counting, -63,\Atmosphere\Wind\In situ\Aerovane (wind vane with propeller),,,Aerovane (wind vane with propeller), -64,\Atmosphere\Radioactivity\In situ\Alpha counting,,,Alpha counting, -65,\Atmosphere\Wind\In situ\Anemometer [general],,,Anemometer [general], -66,\Atmosphere\Pressure\In situ\Aneroid barometer (evacuated capsule),,,Aneroid barometer (evacuated capsule), -67,\Atmosphere\Total atmospheric deposition\In situ\Anion exchange membrane (AEM),,,Anion exchange membrane (AEM), -68,\Atmosphere\Evaporation\In situ\Atmometer,,,Atmometer, -69,"\Atmosphere\Lightning\Remote-sensing, passive\Atmospherics (""sferics"") detection",,,"Atmospherics (""sferics"") detection", -70,\Atmosphere\Total atmospheric deposition\In situ\Atomic absorption spectrophotometry (AAS),,,Atomic absorption spectrophotometry (AAS), -71,\Atmosphere\Total atmospheric deposition\In situ\Atomic emission spectrophotometry (AES),,,Atomic emission spectrophotometry (AES), -72,\Atmosphere\Radiation\In situ\BSRN compliant instrument,,,BSRN compliant instrument, -73,"\Atmosphere\Pressure\In situ\Barometer, mercury column",,,"Barometer, mercury column", -74,"\Atmosphere\Pressure\In situ\Barometer, mercury-free column",,,"Barometer, mercury-free column", -75,\Atmosphere\Radioactivity\In situ\Beta counting,,,Beta counting, -76,\Atmosphere\Temperature\In situ\Bimetal thermometer,,,Bimetal thermometer, -77,\Atmosphere\Micrometeorology\In situ\Bowen-ratio method,,,Bowen-ratio method, -78,"\Atmosphere\Ozone\Remote-sensing, passive\Brewer",,,Brewer, -79,\Atmosphere\Ozone\In situ\Brewer-GDR,,,Brewer-GDR, -80,\Atmosphere\Ozone\In situ\Brewer-Mast Sonde,,,Brewer-Mast Sonde, -82,\Atmosphere\Precipitation\In situ\Capacitive rain sensor,,,Capacitive rain sensor, -83,\Atmosphere\Total atmospheric deposition\In situ\Capillary electrophoresis (CE),,,Capillary electrophoresis (CE), -84,\Atmosphere\Ozone\In situ\Carbon-Iodine Sonde (KC Sonde),,,Carbon-Iodine Sonde (KC Sonde), -87,\Atmosphere\Total atmospheric deposition\In situ\Colorimetric titration (Gran method),,,Colorimetric titration (Gran method), -88,\Atmosphere\Total atmospheric deposition\In situ\Colorimetric titration [general],,,Colorimetric titration [general], -90,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (Saltzman),,,Colorimetry (Saltzman), -91,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (thorin),,,Colorimetry (thorin), -94,\Atmosphere\Trace gas\In situ\Conductometry,,,Conductometry, -95,\Atmosphere\Wind\In situ\Cup anemometer,,,Cup anemometer, -96,\Atmosphere\Wind\In situ\Cup anemometer (3 or 4 cups),,,Cup anemometer (3 or 4 cups), -97,\Atmosphere\Micrometeorology\In situ\Cuvette,,,Cuvette, -98,\Atmosphere\Total atmospheric deposition\In situ\Denuder,,,Denuder, -99,\Atmosphere\Trace gas\In situ\Denuder,,,Denuder, -102,\Atmosphere\Precipitation\In situ\Disdrometer (drop spectrographs),,,Disdrometer (drop spectrographs), -103,\Atmosphere\Micrometeorology\In situ\Disjunct eddy covariance method,,,Disjunct eddy covariance method, -105,\Atmosphere\Micrometeorology\In situ\Dissipation method,,,Dissipation method, -106,"\Atmosphere\Ozone\Remote-sensing, passive\Dobson",,,Dobson, -107,\Atmosphere\Ozone\In situ\ECC Sonde,,,ECC Sonde, -108,\Atmosphere\Micrometeorology\In situ\Eddy accumulation method,,,Eddy accumulation method, -109,\Atmosphere\Micrometeorology\In situ\Eddy covariance method,,,Eddy covariance method, -110,\Atmosphere\Total atmospheric deposition\In situ\Electric conductivity (EC meter),,,Electric conductivity (EC meter), -111,\Atmosphere\Pressure\In situ\Electronic pressure transducer (silicon diaphragm),,,Electronic pressure transducer (silicon diaphragm), -112,\Atmosphere\Wind\In situ\Estimation from visual observation,,,Estimation from visual observation, -113,\Atmosphere\Evaporation\In situ\Evaporation pan and-or tank,,,Evaporation pan and-or tank, -114,\Atmosphere\Trace gas\In situ\Faraday cup photochemistry,,,Faraday cup photochemistry, -115,\Atmosphere\Radioactivity\In situ\Filter sampling + alpha counting,,,Filter sampling + alpha counting, -116,\Atmosphere\Radioactivity\In situ\Filter sampling + gamma spectrometry,,,Filter sampling + gamma spectrometry, -119,\Atmosphere\Trace gas\In situ\Flame-ionization detector (FID),,,Flame-ionization detector (FID), -120,\Atmosphere\Trace gas\In situ\Flask sampling (analytical method unspecified),,,Flask sampling (analytical method unspecified), -121,\Atmosphere\Total atmospheric deposition\In situ\Flow injection analyzer (FIA),,,Flow injection analyzer (FIA), -123,\Atmosphere\Micrometeorology\In situ\Flux variance method,,,Flux variance method, -125,\Atmosphere\Micrometeorology\In situ\Gradient method,,,Gradient method, -127,\Atmosphere\Precipitation\In situ\Gravimetry [general],,,Gravimetry [general], -129,\Atmosphere\Total atmospheric deposition\In situ\High Performance Liquid Chromatography (HPLC),,,High Performance Liquid Chromatography (HPLC), -130,\Atmosphere\Wind\In situ\Hot wire anemometer,,,Hot wire anemometer, -132,\Atmosphere\Pressure\In situ\Hypsometer (water boiling point),,,Hypsometer (water boiling point), -133,\Atmosphere\Total atmospheric deposition\In situ\ICP-AES,,,ICP-AES, -134,\Atmosphere\Total atmospheric deposition\In situ\ICP-MS,,,ICP-MS, -135,\Atmosphere\Ozone\In situ\Indian Sonde,,,Indian Sonde, -136,\Atmosphere\Micrometeorology\In situ\Interferential method,,,Interferential method, -137,\Atmosphere\Total atmospheric deposition\In situ\Ion Chromatography (IC) [general],,,Ion Chromatography (IC) [general], -142,"Atmosphere, 'Remote-sensing, active', wind",,,Doppler wind lidar,"Light detection and ranging (lidar) with Doppler capability (direct and coherent mode), typically used for measurements of winds." -143,"Atmosphere, 'Remote-sensing, active', water vapor, aerosol, particle phase",,,Raman lidar,"Light detection and ranging (lidar) with Raman capability, typically used for measurements of aerosol particle phase and cloud measurements as well as water vapor and temperature." -144,\Atmosphere\Temperature\In situ\Liquid-in-glass thermometer (mercury-free),,,Liquid-in-glass thermometer (mercury-free), -146,\Atmosphere\Evaporation\In situ\Lysimeter,,,Lysimeter, -147,\Atmosphere\Micrometeorology\In situ\Mass balance method,,,Mass balance method, -149,\Atmosphere\Temperature\In situ\Mercury-in-glass thermometer,,,Mercury-in-glass thermometer, -150,\Atmosphere\Pressure\In situ\Microbarometer (dewar),,,Microbarometer (dewar), -151,"\Atmosphere\Radiation\Remote-sensing, passive\Microtops",,,Microtops, -152,"\Atmosphere\Humidity\Remote-sensing, passive\Microtops",,,Microtops, -153,"\Atmosphere\Ozone\Remote-sensing, passive\Microtops",,,Microtops, -154,"\Atmosphere\Temperature\Remote-sensing, passive\Microwave profiler",,,Microwave profiler, -155,"\Atmosphere\Humidity\Remote-sensing, passive\Microwave radiometry",,,Microwave radiometry, -156,"\Atmosphere\Ozone\Remote-sensing, passive\Microwave radiometry",,,Microwave radiometry, -157,\Atmosphere\Total atmospheric deposition\In situ\NILU_O_2,,,NILU_O_2, -158,\Atmosphere\Total atmospheric deposition\In situ\NILU_O_3,,,NILU_O_3, -166,\Atmosphere\Ozone\In situ\Ozone sonde (unspecified),,,Ozone sonde (unspecified), -167,\Atmosphere\Trace gas\In situ\Passive Samplers [general],,,Passive Samplers [general], -168,\Atmosphere\Total atmospheric deposition\In situ\Photoacoustic detection,,,Photoacoustic detection, -170,\Atmosphere\Precipitation\In situ\Pluviograph,,,Pluviograph, -171,\Atmosphere\Ozone\In situ\Potassium iodide (KI) method,,,Potassium iodide (KI) method, -172,\Atmosphere\Total atmospheric deposition\In situ\Potentiometry (ion-selective electrode),,,Potentiometry (ion-selective electrode), -173,\Atmosphere\Total atmospheric deposition\In situ\Potentiometry (pH meter),,,Potentiometry (pH meter), -174,\Atmosphere\Pressure\In situ\Pressure balance (piston),,,Pressure balance (piston), -175,\Atmosphere\Wind\In situ\Pressure plate (solid blade),,,Pressure plate (solid blade), -176,\Atmosphere\Wind\In situ\Pressure tube,,,Pressure tube, -177,\Atmosphere\Wind\In situ\Propeller anemometer,,,Propeller anemometer, -179,\Atmosphere\Temperature\In situ\Pyranometer (measurement of IR radiation),,,Pyranometer (measurement of IR radiation), -180,"\Atmosphere\Radiation\In situ\Pyrradiometer (total global, UV+IR)",,,"Pyrradiometer (total global, UV+IR)", -181,"\Atmosphere\Humidity\Remote-sensing, active\Radio acoustic sounding system (RASS)",,,Radio acoustic sounding system (RASS), -182,"\Atmosphere\Temperature\Remote-sensing, active\Radio acoustic sounding system (RASS)",,,Radio acoustic sounding system (RASS), -183,"\Atmosphere\Precipitation\Remote-sensing, active\Radio detection and ranging (Radar)",,,Radio detection and ranging (Radar), -184,"\Atmosphere\Wind\Remote-sensing, active\Radio detection and ranging (Radar) profiler",,,Radio detection and ranging (Radar) profiler, -185,\Atmosphere\Radioactivity\In situ\Radiochemical Methods [general],,,Radiochemical Methods [general], -186,\Atmosphere\Ozone\In situ\Regener Sonde (chemiluminescence),,,Regener Sonde (chemiluminescence), -188,"\Atmosphere\Temperature\In situ\Resistance thermometer, thermistor",,,"Resistance thermometer, thermistor", -189,"\Atmosphere\Ozone\Remote-sensing, passive\SAOZ (UV-vis diode array spectrometer)",,,SAOZ (UV-vis diode array spectrometer), -190,"\Atmosphere\Visual range\Remote-sensing, active\Scatterometer",,,Scatterometer, -191,\Atmosphere\Trace gas\In situ\Separation + manometric determination,,,Separation + manometric determination, -195,\Atmosphere\Temperature\In situ\Sonic thermometer,,,Sonic thermometer, -196,"\Atmosphere\Wind\Remote-sensing, active\Sound detection and ranging (Sodar) profiler",,,Sound detection and ranging (Sodar) profiler, -197,\Atmosphere\Radiation\In situ\Sunphotometry-Filter Radiometry,,,Sunphotometry-Filter Radiometry, -198,\Atmosphere\Radiation\In situ\Sunshine duration,,,Sunshine duration, -199,\Atmosphere\Micrometeorology\In situ\Surface chamber,,,Surface chamber, -201,"\Atmosphere\Temperature\In situ\Thermocouple, thermopile",,,"Thermocouple, thermopile", -204,\Atmosphere\Precipitation\In situ\Tipping bucket rain gauge (totalizer),,,Tipping bucket rain gauge (totalizer), -205,\Atmosphere\Trace gas\In situ\Titration,,,Titration, -207,"\Atmosphere\Visual range\Remote-sensing, active\Transmissometer",,,Transmissometer, -208,\Atmosphere\Dynamics\Numerical model\Transport modeling (model unspecified),,,Transport modeling (model unspecified), -209,\Atmosphere\Total atmospheric deposition\In situ\Turbidity measurement,,,Turbidity measurement, -210,"\Atmosphere\Ozone\Remote-sensing, passive\Umkehr method",,,Umkehr method, -211,\Atmosphere\Precipitation\In situ\Volumetric measurement,,,Volumetric measurement, -212,\Atmosphere\Precipitation\In situ\Weighing type rain gauge (totalizer),,,Weighing type rain gauge (totalizer), -213,\Atmosphere\Total atmospheric deposition\In situ\Wet Chemical Methods [general],,,Wet Chemical Methods [general], -214,\Atmosphere\Wind\In situ\Wind sock (textile tube),,,Wind sock (textile tube), -215,\Atmosphere\Wind\In situ\Wind vane (solid blade),,,Wind vane (solid blade), -217,\Atmosphere\Aerosol\In situ\Composition\Aerodyne mass spectrometer (AMS),,,Aerodyne mass spectrometer (AMS), -218,\Atmosphere\Aerosol\In situ\Composition\EUSAAR protocol,,,EUSAAR protocol, -219,"\Atmosphere\Aerosol\In situ\Composition\Filter + beta attenuation (betameter, beta gauge)",,,"Filter + beta attenuation (betameter, beta gauge)", -220,\Atmosphere\Aerosol\In situ\Optical properties\Filter + light attenuation (aethalometer),,,Filter + light attenuation (aethalometer), -221,\Atmosphere\Aerosol\In situ\Composition\Mass Spectrometry (MS) [general],,,Mass Spectrometry (MS) [general], -222,\Atmosphere\Aerosol\In situ\Composition\Monitor for AeRosols and GAses (MARGA),,,Monitor for AeRosols and GAses (MARGA), -223,\Atmosphere\Aerosol\In situ\Composition\Particle induced x-ray emission (PIXE),,,Particle induced x-ray emission (PIXE), -224,\Atmosphere\Aerosol\In situ\Optical properties\Particle soot absorption photometry (PSAP),,,Particle soot absorption photometry (PSAP), -225,\Atmosphere\Aerosol\In situ\Composition\Thermo-optical analyzer (Sunset Labs),,,Thermo-optical analyzer (Sunset Labs), -226,\Atmosphere\Aerosol\In situ\Composition\X-ray fluorescence (XRF),,,X-ray fluorescence (XRF), -227,\Atmosphere\Aerosol\In situ\Optical properties\Aerodynamic particle sizing spectrometer (APS),,,Aerodynamic particle sizing spectrometer (APS), -228,\Atmosphere\Aerosol\In situ\Optical properties\Aerosol backscatter sonde,,,Aerosol backscatter sonde, -229,\Atmosphere\Aerosol\In situ\Optical properties\Light scattering,,,Light scattering, -230,"\Atmosphere\Aerosol\In situ\Optical properties\Nephelometry, integrating",,,"Nephelometry, integrating", -231,\Atmosphere\Aerosol\In situ\Physical properties\Cloud condensation nuclei (CCN) counter,,,Cloud condensation nuclei (CCN) counter, -232,\Atmosphere\Aerosol\In situ\Physical properties\Condensation particle counter (CPC),,,Condensation particle counter (CPC), -233,\Atmosphere\Aerosol\In situ\Physical properties\Continuous gravimetry,,,Continuous gravimetry, -234,"\Atmosphere\Aerosol\In situ\Physical properties\Differential mobility particle sizer (DMA, DMPS)",,,"Differential mobility particle sizer (DMA, DMPS)", -235,\Atmosphere\Aerosol\In situ\Physical properties\Diffusion battery,,,Diffusion battery, -236,\Atmosphere\Aerosol\In situ\Physical properties\Electric mobility [general],,,Electric mobility [general], -237,\Atmosphere\Aerosol\In situ\Physical properties\Electrostatic classifier,,,Electrostatic classifier, -238,\Atmosphere\Aerosol\In situ\Physical properties\Multiangle absorption photometry (MAAP),,,Multiangle absorption photometry (MAAP), -239,\Atmosphere\Aerosol\In situ\Physical properties\Multistage impactor,,,Multistage impactor, -240,\Atmosphere\Aerosol\In situ\Physical properties\Optical particle counter (OPC),,,Optical particle counter (OPC), -241,\Atmosphere\Aerosol\In situ\Physical properties\Scanning mobility particle sizer (SMPS),,,Scanning mobility particle sizer (SMPS), -242,\Atmosphere\Aerosol\In situ\Physical properties\Twomey static thermal diffusion chamber,,,Twomey static thermal diffusion chamber, -244,"\Atmosphere\Aerosol\Remote-sensing, passive\Optical properties\Sun-tracking photometry",,,Sun-tracking photometry, -245,"\Atmosphere\Clouds\Remote-sensing, active\Laser-based methods\Ceilometer",,,Ceilometer, -246,\Atmosphere\Dynamics\Numerical model\Dispersion\Flexpart (dispersion modeling),,,Flexpart (dispersion modeling), -247,\Atmosphere\Dynamics\Numerical model\Trajectories\Flextra (trajectory modeling),,,Flextra (trajectory modeling), -248,\Atmosphere\Dynamics\Numerical model\Trajectories\Hysplit (trajectory modeling),,,Hysplit (trajectory modeling), -249,\Atmosphere\Dynamics\Numerical model\Trajectories\Lagranto (trajectory modeling),,,Lagranto (trajectory modeling), -250,\Atmosphere\Humidity\In situ\Capacitive method\Thin film capacitance,,,Thin film capacitance, -251,\Atmosphere\Humidity\In situ\Dewpoint determination\Chilled mirror,,,Chilled mirror, -252,\Atmosphere\Humidity\In situ\Dewpoint determination\Lithium chloride (LiCl),,,Lithium chloride (LiCl), -253,\Atmosphere\Humidity\In situ\Hygrometer\Hair hygrometer-hygrograph,,,Hair hygrometer-hygrograph, -254,\Atmosphere\Humidity\In situ\Hygrometer\Hygrometer [general],,,Hygrometer [general], -255,\Atmosphere\Humidity\In situ\Hygrometer\IR absorption hygrometer,,,IR absorption hygrometer, -256,\Atmosphere\Humidity\In situ\Hygrometer\Optical hygrometer,,,Optical hygrometer, -257,\Atmosphere\Humidity\In situ\Hygrometer\UV fluorescence-based hygrometer (Lyman-α),,,UV fluorescence-based hygrometer (Lyman-α),Detection of UV fluorescence signal emitted by the excited OH radical produced from H2O after dissociation using UV light. -258,\Atmosphere\Humidity\In situ\Psychrometer\Electrical aspiration (Frankenberger type),,,Electrical aspiration (Frankenberger type), -259,\Atmosphere\Humidity\In situ\Psychrometer\Mechanical aspiration,,,Mechanical aspiration, -263,\Atmosphere\Radiation\In situ\Direct solar\Bimetallic actinograph,,,Bimetallic actinograph, -264,"\Atmosphere\Radiation\In situ\Direct solar\Pyrheliometer (direct solar, broadband)",,,"Pyrheliometer (direct solar, broadband)", -265,"\Atmosphere\Radiation\In situ\Longwave\Pyrgeometer (global, infrared)",,,"Pyrgeometer (global, infrared)", -266,"\Atmosphere\Radiation\In situ\Shortwave\Pyranometer (global solar, broadband)",,,"Pyranometer (global solar, broadband)", -267,\Atmosphere\Radiation\In situ\Shortwave\Spectral pyranometer,,,Spectral pyranometer, -268,\Atmosphere\Radiation\In situ\Shortwave\UV-vis spectrometry-radiometry,,,UV-vis spectrometry-radiometry, -270,\Atmosphere\Total atmospheric deposition\In situ\Chemiluminescence\Tetrachloromercurate (TCM) absorption - CL,,,Tetrachloromercurate (TCM) absorption - CL, -271,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (ANSA),,,Colorimetry (ANSA), -272,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (Griess),,,Colorimetry (Griess), -273,"\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (indophenol, Bertholet)",,,"Colorimetry (indophenol, Bertholet)", -274,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (mercury thiocyanate+iron alum),,,Colorimetry (mercury thiocyanate+iron alum), -275,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (NEDA),,,Colorimetry (NEDA), -276,"\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (Nessler, K2HgI4)",,,"Colorimetry (Nessler, K2HgI4)", -277,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry (sodium salicylate method for nitrate),,,Colorimetry (sodium salicylate method for nitrate), -278,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry\Colorimetry [general],,,Colorimetry [general], -279,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods\Filter sampling (analytical method unspecified),,,Filter sampling (analytical method unspecified), -280,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods\Adsorption tube (charcoal) + elution + GC,,,Adsorption tube (charcoal) + elution + GC, -281,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods\Filter sampling + combustion + IC,,,Filter sampling + combustion + IC, -282,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods\Filter sampling + combustion + other,,,Filter sampling + combustion + other, -283,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods\Filter sampling + extraction + IC,,,Filter sampling + extraction + IC, -284,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods\Filter sampling + extraction + other,,,Filter sampling + extraction + other, -285,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods\Filter sampling + gravimetry,,,Filter sampling + gravimetry, -286,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods\Impregnated filter,,,Impregnated filter, -287,\Atmosphere\Trace gas\In situ\Chemiluminescence\Catalytic conversion 'Au' - CL,,,Catalytic conversion 'Au' - CL, -288,\Atmosphere\Trace gas\In situ\Chemiluminescence\Catalytic conversion 'Fe' - CL,,,Catalytic conversion 'Fe' - CL, -289,\Atmosphere\Trace gas\In situ\Chemiluminescence\Catalytic conversion 'Mb' - CL,,,Catalytic conversion 'Mb' - CL, -290,\Atmosphere\Trace gas\In situ\Chemiluminescence\Chemiluminescence (CL) [general],,,Chemiluminescence (CL) [general], -291,\Atmosphere\Trace gas\In situ\Chemiluminescence\Photolytic conversion - CL,,,Photolytic conversion - CL, -292,\Atmosphere\Trace gas\In situ\Ion Chromatography (IC)\Monitor for AeRosols and GAses (MARGA) Metrohm,,,Monitor for AeRosols and GAses (MARGA) Metrohm, -293,\Atmosphere\Trace gas\In situ\Filter-based methods\Filter sampling + photo multiplier tube (PMT),,,Filter sampling + photo multiplier tube (PMT), -294,\Atmosphere\Trace gas\In situ\Fluorescence\Fluorescence [general],,,Fluorescence [general], -295,\Atmosphere\Trace gas\In situ\Fluorescence\UV fluorescence,,,UV fluorescence, -296,\Atmosphere\Trace gas\In situ\Fluorescence\Vacuum UV fluorescence,,,Vacuum UV fluorescence, -297,\Atmosphere\Trace gas\In situ\Gas chromatography\Gas Chromatography (GC) [general],,,Gas Chromatography (GC) [general], -298,\Atmosphere\Trace gas\In situ\Gas chromatography\GC-ECD,,,GC-ECD, -299,\Atmosphere\Trace gas\In situ\Gas chromatography\GC-ECD-FID,,,GC-ECD-FID, -300,\Atmosphere\Trace gas\In situ\Gas chromatography\GC-ECD-MS,,,GC-ECD-MS, -301,\Atmosphere\Trace gas\In situ\Gas chromatography\GC-FID,,,GC-FID, -302,\Atmosphere\Trace gas\In situ\Gas chromatography\GC-HgO reduction-UV absorption,,,GC-HgO reduction-UV absorption, -303,\Atmosphere\Trace gas\In situ\Gas chromatography\GC-MS,,,GC-MS, -304,\Atmosphere\Trace gas\In situ\Ion Chromatography (IC)\H2O2 conversion - IC,,,H2O2 conversion - IC, -305,\Atmosphere\Trace gas\In situ\Laser-based methods\Cavity ring-down spectroscopy (CRDS),,,Cavity ring-down spectroscopy (CRDS), -306,\Atmosphere\Trace gas\In situ\Laser-based methods\Cavity-enhanced absorption spectroscopy (CEAS),,,Cavity-enhanced absorption spectroscopy (CEAS), -307,\Atmosphere\Trace gas\In situ\Laser-based methods\Integrated cavity output spectroscopy (ICOS),,,Integrated cavity output spectroscopy (ICOS), -308,\Atmosphere\Trace gas\In situ\Laser-based methods\Laser induced fluorescence (LIF),,,Laser induced fluorescence (LIF), -309,\Atmosphere\Trace gas\In situ\Laser-based methods\Laser photoacoustic spectroscopy (LPAS),,,Laser photoacoustic spectroscopy (LPAS), -310,\Atmosphere\Trace gas\In situ\Laser-based methods\Laser spectroscopy [general],,,Laser spectroscopy [general], -311,\Atmosphere\Trace gas\In situ\Laser-based methods\Quantum cascade laser (QCL) spectroscopy,,,Quantum cascade laser (QCL) spectroscopy, -312,\Atmosphere\Trace gas\In situ\Mass spectrometry\Chemical ionization MS (CIMS) with matrix isolation,,,Chemical ionization MS (CIMS) with matrix isolation, -313,\Atmosphere\Trace gas\In situ\Mass spectrometry\Proton transfer reaction mass spectrometry (PTR-MS),,,Proton transfer reaction mass spectrometry (PTR-MS), -314,\Atmosphere\Trace gas\In situ\Optical spectrometry\IR spectrometry-radiometry [general],,,IR spectrometry-radiometry [general], -315,\Atmosphere\Trace gas\In situ\Optical spectrometry\Light absorption photometry,,,Light absorption photometry, -316,\Atmosphere\Trace gas\In situ\Optical spectrometry\Long path absorption photometry (LOPAP),,,Long path absorption photometry (LOPAP), -317,\Atmosphere\Trace gas\In situ\Optical spectrometry\Non-dispersive IR (NDIR) absorption,,,Non-dispersive IR (NDIR) absorption, -318,\Atmosphere\Trace gas\In situ\Optical spectrometry\Non-dispersive UV (NDUV),,,Non-dispersive UV (NDUV), -319,\Atmosphere\Trace gas\In situ\Optical spectrometry\UV absorption spectrometry-radiometry,,,UV absorption spectrometry-radiometry, -320,"Atmosphere, 'Remote-sensing, active', greenhouse gas",,,Integrated path differential absorption (IPDA) lidar,"Light detection and ranging (lidar) with integrated path differential absorption (IPDA) capability, typically used for column measurements of CH4 and CO2." -321,"\Atmosphere\Trace gas\Remote-sensing, active\Optical spectrometry\Differential optical absorption (DOAS)",,,Differential optical absorption (DOAS), -322,"\Atmosphere\Trace gas\Remote-sensing, passive\Optical spectrometry\Fourier-transform IR spectroscopy (FTIR)",,,Fourier-transform IR spectroscopy (FTIR), -323,"\Atmosphere\Trace gas\Remote-sensing, passive\Optical spectrometry\TCCON Fourier-transform IR spectroscopy (TCCON-FTIR)",,,TCCON Fourier-transform IR spectroscopy (TCCON-FTIR), -327,\Atmosphere\Radiosonde with NAVAID,,,Radiosonde with NAVAID, -328,\Atmosphere\Radiosonde with radar tracking,,,Radiosonde with radar tracking, -329,\Atmosphere\Radiosonde with radiotheodolite tracking,,,Radiosonde with radiotheodolite tracking, -330,\Atmosphere\Radiosonde with composite method tracking,,,Radiosonde with composite method tracking, -331,\Atmosphere\Wind\Radiosonde (tracking unspecified),,,Radiosonde (tracking unspecified), -332,\Atmosphere\Wind\Pilot balloon with optical tracking),,,Pilot balloon with optical tracking), -335,"Atmosphere, 'Remote-sensing, active', ozone, water vapor",,,Differential absorption lidar (DIAL),"Light detection and ranging (lidar) with differential absorption lidar (DIAL) capability, typically used for trace gas measurements, most notably ozone and water vapor. This technique can be extended to molecules which have suitably defined differential absorption characteristics." -336,"\Atmosphere\Trace gas\Remote-sensing, passive\Microwave radiometry",,,Microwave radiometry, -338,\Atmosphere\Humidity\In situ\Laser-based\Tunable diode lase spectroscopy (TDLS),,,Tunable diode lase spectroscopy (TDLS),Tunable diode lase spectroscopy (TDLS) -339,"\Atmosphere\Ozone\Remote-sensing, passive\UV spectroradiometry",,,UV spectroradiometry, -340,\Atmosphere\Humidity\In situ\Psychrometer\Wet-bulb thermometer,,,Wet-bulb thermometer,"A thermometer having a bulb that is kept moistened when humidity determinations are being made with a psychrometer. The wet-bulb temperature is the temperature a parcel of air would have if it were cooled to saturation (100% relative humidity) by the evaporation of water into it, with the latent heat being supplied by the parcel." -341,"Atmosphere, 'Remote-sensing, active', cloud, aerosol, particle phase, altimetry, Ocean, mixed-layer height",,,Backscatter lidar,"Elastic backscatter light detection and ranging (lidar) typically used for measurements of cloud and aerosol particle phase optical properties (e.g., extinction and backscatter coefficient), altimetry, ocean optical properties, and mixed layer height." -342,"Atmosphere, 'Remote-sensing, active', cloud, aerosol, particle phase, mixed-layer height, Ocean",,,High spectral resolution (HSR) lidar,"Light detection and ranging (lidar) with high spectral resolution capability, typically used for measurements of cloud and aerosol particle phase properties, ocean properties, and mixed layer height." -343,"Atmosphere, 'Remote-sensing, active', aerosol, particle phase, particle shape",,,Polarized lidar,"Light detection and ranging (lidar) capable of determining the linear or circular depolarization ratio, typically used to discriminate spherical and non-spherical particles." -343,"atmosphere,precipitation,in situ",,,Fog collection,Collection of fog using a mesh or similar capturing device and subsequent determination of the equivalent volume or mass of water. -344,"Atmosphere, trace gases, greenhouse gas, in situ, \Atmosphere\Trace gas\In situ\Gas chromatography\GC-CVAFS",,,GC-CVAFS,Gas chromatography and detection by cold vapour atomic fluorescence spectrometry. -345,"Atmosphere, trace gases, greenhouse gas, in situ, \Atmosphere\Trace gas\In situ\Gas chromatography\GC-TCD",,,GC-TCD,Gas chromatography and detection by a thermal conductivity detector. -346,"Atmosphere, trace gases, in situ, \Atmosphere\Trace gas\In situ\Electrostatic collection + alpha counting",,,Electrostatic collection + alpha counting,Alpha counting after electrostatic collection of measurand. -347,"Atmosphere, trace gases, in situ, \Atmosphere\Trace gas\In situ\Laser-based methods\Tunable Infrared Laser Differential Absorption Spectroscopy (TILDAS)",,,Tunable Infrared Laser Differential Absorption Spectroscopy (TILDAS),Tunable Infrared Laser Differential Absorption Spectroscopy (TILDAS). -348,"Atmosphere, trace gases, in situ, \Atmosphere\Trace gas\In situ\Radionuclide decay counting [general]",,,Radionuclide decay counting [general],Determination of the counts measured per unit time as a result of radionuclide decay. -349,"Atmosphere, trace gases, in situ, \Atmosphere\Trace gas\In situ\Optical spectrometry\IR-GFC",,,IR-GFC,"Infrared absorption measurement based on the gas-filter correlation technique, a specifique variant of NDIR." +24,\Atmosphere\Clouds,,,Human observation, +58,"\Atmosphere\Ozone\Remote-sensing, passive",,,(Optical) filter Instrument, +59,\Atmosphere\Precipitation\In situ,,,(Ruler for) rain gauge, +60,\Atmosphere\Wind\In situ,,,(Ultra)sonic anemometer, +62,\Atmosphere\Radioactivity\In situ,,,Adsorption - scintillation counting, +63,\Atmosphere\Wind\In situ,,,Aerovane (wind vane with propeller), +64,\Atmosphere\Radioactivity\In situ,,,Alpha counting, +65,\Atmosphere\Wind\In situ,,,Anemometer [general], +66,\Atmosphere\Pressure\In situ,,,Aneroid barometer (evacuated capsule), +67,\Atmosphere\Total atmospheric deposition\In situ,,,Anion exchange membrane (AEM), +68,\Atmosphere\Evaporation\In situ,,,Atmometer, +69,"\Atmosphere\Humidity\Remote-sensing, passive",,,"Atmospherics (""sferics"") detection", +70,\Atmosphere\Total atmospheric deposition\In situ,,,Atomic absorption spectrophotometry (AAS), +71,\Atmosphere\Total atmospheric deposition\In situ,,,Atomic emission spectrophotometry (AES), +72,\Atmosphere\Radiation\In situ,,,BSRN compliant instrument, +73,\Atmosphere\Pressure\In situ,,,"Barometer, mercury column", +74,\Atmosphere\Pressure\In situ,,,"Barometer, mercury-free column", +75,\Atmosphere\Radioactivity\In situ,,,Beta counting, +76,\Atmosphere\Temperature\In situ,,,Bimetal thermometer, +77,\Atmosphere\Micrometeorology\In situ,,,Bowen-ratio method, +78,"\Atmosphere\Ozone\Remote-sensing, passive",,,Brewer, +79,\Atmosphere\Ozone\In situ,,,Brewer-GDR, +80,\Atmosphere\Ozone\In situ,,,Brewer-Mast Sonde, +82,\Atmosphere\Precipitation\In situ,,,Capacitive rain sensor, +83,\Atmosphere\Total atmospheric deposition\In situ,,,Capillary electrophoresis (CE), +84,\Atmosphere\Ozone\In situ,,,Carbon-Iodine Sonde (KC Sonde), +87,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry,,,Colorimetric titration (Gran method), +88,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry,,,Colorimetric titration [general], +90,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry,,,Colorimetry (Saltzman), +91,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry,,,Colorimetry (thorin), +94,\Atmosphere\Trace gas\In situ,,,Conductometry, +95,\Atmosphere\Wind\In situ,,,Cup anemometer, +96,\Atmosphere\Wind\In situ,,,Cup anemometer (3 or 4 cups), +97,\Atmosphere\Micrometeorology\In situ,,,Cuvette, +98,\Atmosphere\Total atmospheric deposition\In situ,,,Denuder, +99,\Atmosphere\Trace gas\In situ,,,Denuder, +102,\Atmosphere\Precipitation\In situ,,,Disdrometer (drop spectrographs), +103,\Atmosphere\Micrometeorology\In situ,,,Disjunct eddy covariance method, +105,\Atmosphere\Micrometeorology\In situ,,,Dissipation method, +106,"\Atmosphere\Ozone\Remote-sensing, passive",,,Dobson, +107,\Atmosphere\Ozone\In situ,,,ECC Sonde, +108,\Atmosphere\Micrometeorology\In situ,,,Eddy accumulation method, +109,\Atmosphere\Micrometeorology\In situ,,,Eddy covariance method, +110,\Atmosphere\Total atmospheric deposition\In situ,,,Electric conductivity (EC meter), +111,\Atmosphere\Pressure\In situ,,,Electronic pressure transducer (silicon diaphragm), +112,\Atmosphere\Wind\In situ,,,Estimation from visual observation, +113,\Atmosphere\Evaporation\In situ,,,Evaporation pan and-or tank, +114,\Atmosphere\Trace gas\In situ,,,Faraday cup photochemistry, +115,\Atmosphere\Radioactivity\In situ,,,Filter sampling + alpha counting, +116,\Atmosphere\Radioactivity\In situ,,,Filter sampling + gamma spectrometry, +119,\Atmosphere\Trace gas\In situ,,,Flame-ionization detector (FID), +120,\Atmosphere\Trace gas\In situ,,,Flask sampling (analytical method unspecified), +121,\Atmosphere\Total atmospheric deposition\In situ,,,Flow injection analyzer (FIA), +123,\Atmosphere\Micrometeorology\In situ,,,Flux variance method, +125,\Atmosphere\Micrometeorology\In situ,,,Gradient method, +127,\Atmosphere\Precipitation\In situ,,,Gravimetry [general], +129,\Atmosphere\Total atmospheric deposition\In situ,,,High Performance Liquid Chromatography (HPLC), +130,\Atmosphere\Wind\In situ,,,Hot wire anemometer, +132,\Atmosphere\Pressure\In situ,,,Hypsometer (water boiling point), +133,\Atmosphere\Total atmospheric deposition\In situ,,,ICP-AES, +134,\Atmosphere\Total atmospheric deposition\In situ,,,ICP-MS, +135,\Atmosphere\Ozone\In situ,,,Indian Sonde, +136,\Atmosphere\Micrometeorology\In situ,,,Interferential method, +137,\Atmosphere\Total atmospheric deposition\In situ,,,Ion Chromatography (IC) [general], +142,"\Atmosphere\Wind\Remote-sensing, active",,,Doppler wind lidar,"Light detection and ranging (lidar) with Doppler capability (direct and coherent mode), typically used for measurements of winds." +143,"\Atmosphere\Aerosol\Remote-sensing, active",,"water vapor, particle phase",Raman lidar,"Light detection and ranging (lidar) with Raman capability, typically used for measurements of aerosol particle phase and cloud measurements as well as water vapor and temperature." +144,\Atmosphere\Temperature\In situ,,,Liquid-in-glass thermometer (mercury-free), +146,\Atmosphere\Evaporation\In situ,,,Lysimeter, +147,\Atmosphere\Micrometeorology\In situ,,,Mass balance method, +149,\Atmosphere\Temperature\In situ,,,Mercury-in-glass thermometer, +150,\Atmosphere\Pressure\In situ,,,Microbarometer (dewar), +151,"\Atmosphere\Radiation\Remote-sensing, passive",,,Microtops, +152,"\Atmosphere\Humidity\Remote-sensing, passive",,,Microtops, +153,"\Atmosphere\Ozone\Remote-sensing, passive",,,Microtops, +154,"\Atmosphere\Temperature\Remote-sensing, passive",,,Microwave profiler, +155,"\Atmosphere\Humidity\Remote-sensing, passive",,,Microwave radiometry, +156,"\Atmosphere\Ozone\Remote-sensing, passive",,,Microwave radiometry, +157,\Atmosphere\Total atmospheric deposition\In situ,,,NILU_O_2, +158,\Atmosphere\Total atmospheric deposition\In situ,,,NILU_O_3, +166,\Atmosphere\Ozone\In situ,,,Ozone sonde (unspecified), +167,\Atmosphere\Trace gas\In situ,,,Passive Samplers [general], +168,\Atmosphere\Total atmospheric deposition\In situ,,,Photoacoustic detection, +170,\Atmosphere\Precipitation\In situ,,,Pluviograph, +171,\Atmosphere\Ozone\In situ,,,Potassium iodide (KI) method, +172,\Atmosphere\Total atmospheric deposition\In situ,,,Potentiometry (ion-selective electrode), +173,\Atmosphere\Total atmospheric deposition\In situ,,,Potentiometry (pH meter), +174,\Atmosphere\Pressure\In situ,,,Pressure balance (piston), +175,\Atmosphere\Wind\In situ,,,Pressure plate (solid blade), +176,\Atmosphere\Wind\In situ,,,Pressure tube, +177,\Atmosphere\Wind\In situ,,,Propeller anemometer, +179,\Atmosphere\Temperature\In situ,,,Pyranometer (measurement of IR radiation), +180,\Atmosphere\Radiation\In situ,,,"Pyrradiometer (total global, UV+IR)", +181,"\Atmosphere\Humidity\Remote-sensing, active",,,Radio acoustic sounding system (RASS), +182,"\Atmosphere\Temperature\Remote-sensing, active",,,Radio acoustic sounding system (RASS), +183,"\Atmosphere\Precipitation\Remote-sensing, active",,,Radio detection and ranging (Radar), +184,"\Atmosphere\Wind\Remote-sensing, active",,,Radio detection and ranging (Radar) profiler, +185,\Atmosphere\Radioactivity\In situ,,,Radiochemical Methods [general], +186,\Atmosphere\Ozone\In situ,,,Regener Sonde (chemiluminescence), +188,\Atmosphere\Temperature\In situ,,,"Resistance thermometer, thermistor", +189,"\Atmosphere\Ozone\Remote-sensing, passive",,,SAOZ (UV-vis diode array spectrometer), +190,"\Atmosphere\Visual range\Remote-sensing, active",,,Scatterometer, +191,\Atmosphere\Trace gas\In situ,,,Separation + manometric determination, +195,\Atmosphere\Temperature\In situ,,,Sonic thermometer, +196,"\Atmosphere\Wind\Remote-sensing, active",,,Sound detection and ranging (Sodar) profiler, +197,\Atmosphere\Radiation\In situ,,,Sunphotometry-Filter Radiometry, +198,\Atmosphere\Radiation\In situ,,,Sunshine duration, +199,\Atmosphere\Micrometeorology\In situ,,,Surface chamber, +201,\Atmosphere\Temperature\In situ,,,"Thermocouple, thermopile", +204,\Atmosphere\Precipitation\In situ,,,Tipping bucket rain gauge (totalizer), +205,\Atmosphere\Trace gas\In situ,,,Titration, +207,"\Atmosphere\Visual range\Remote-sensing, active",,,Transmissometer, +208,\Atmosphere\Dynamics\Numerical model,,,Transport modeling (model unspecified), +209,\Atmosphere\Total atmospheric deposition\In situ,,,Turbidity measurement, +210,"\Atmosphere\Ozone\Remote-sensing, passive",,,Umkehr method, +211,\Atmosphere\Precipitation\In situ,,,Volumetric measurement, +212,\Atmosphere\Precipitation\In situ,,,Weighing type rain gauge (totalizer), +213,\Atmosphere\Total atmospheric deposition\In situ,,,Wet Chemical Methods [general], +214,\Atmosphere\Wind\In situ,,,Wind sock (textile tube), +215,\Atmosphere\Wind\In situ,,,Wind vane (solid blade), +217,\Atmosphere\Aerosol\In situ\Composition,,,Aerodyne mass spectrometer (AMS), +218,\Atmosphere\Aerosol\In situ\Composition,,,EUSAAR protocol, +219,\Atmosphere\Aerosol\In situ\Composition,,,"Filter + beta attenuation (betameter, beta gauge)", +220,\Atmosphere\Aerosol\In situ\Optical properties,,,Filter + light attenuation (aethalometer), +221,\Atmosphere\Aerosol\In situ\Composition,,,Mass Spectrometry (MS) [general], +222,\Atmosphere\Aerosol\In situ\Composition,,,Monitor for AeRosols and GAses (MARGA), +223,\Atmosphere\Aerosol\In situ\Composition,,,Particle induced x-ray emission (PIXE), +224,\Atmosphere\Aerosol\In situ\Optical properties,,,Particle soot absorption photometry (PSAP), +225,\Atmosphere\Aerosol\In situ\Composition,,,Thermo-optical analyzer (Sunset Labs), +226,\Atmosphere\Aerosol\In situ\Composition,,,X-ray fluorescence (XRF), +227,\Atmosphere\Aerosol\In situ\Optical properties,,,Aerodynamic particle sizing spectrometer (APS), +228,\Atmosphere\Aerosol\In situ\Optical properties,,,Aerosol backscatter sonde, +229,\Atmosphere\Aerosol\In situ\Optical properties,,,Light scattering, +230,\Atmosphere\Aerosol\In situ\Optical properties,,,"Nephelometry, integrating", +231,\Atmosphere\Aerosol\In situ\Physical properties,,,Cloud condensation nuclei (CCN) counter, +232,\Atmosphere\Aerosol\In situ\Physical properties,,,Condensation particle counter (CPC), +233,\Atmosphere\Aerosol\In situ\Physical properties,,,Continuous gravimetry, +234,\Atmosphere\Aerosol\In situ\Physical properties,,,"Differential mobility particle sizer (DMA, DMPS)", +235,\Atmosphere\Aerosol\In situ\Physical properties,,,Diffusion battery, +236,\Atmosphere\Aerosol\In situ\Physical properties,,,Electric mobility [general], +237,\Atmosphere\Aerosol\In situ\Physical properties,,,Electrostatic classifier, +238,\Atmosphere\Aerosol\In situ\Physical properties,,,Multiangle absorption photometry (MAAP), +239,\Atmosphere\Aerosol\In situ\Physical properties,,,Multistage impactor, +240,\Atmosphere\Aerosol\In situ\Physical properties,,,Optical particle counter (OPC), +241,\Atmosphere\Aerosol\In situ\Physical properties,,,Scanning mobility particle sizer (SMPS), +242,\Atmosphere\Aerosol\In situ\Physical properties,,,Twomey static thermal diffusion chamber, +244,"\Atmosphere\Aerosol\Remote-sensing, passive\Optical properties",,,Sun-tracking photometry, +245,"\Atmosphere\Clouds\Remote-sensing, active\Laser-based methods",,,Ceilometer, +246,\Atmosphere\Dynamics\Numerical model\Dispersion,,,Flexpart (dispersion modeling), +247,\Atmosphere\Dynamics\Numerical model\Trajectories,,,Flextra (trajectory modeling), +248,\Atmosphere\Dynamics\Numerical model\Trajectories,,,Hysplit (trajectory modeling), +249,\Atmosphere\Dynamics\Numerical model\Trajectories,,,Lagranto (trajectory modeling), +250,\Atmosphere\Humidity\In situ\Capacitive method,,,Thin film capacitance, +251,\Atmosphere\Humidity\In situ\Dewpoint determination,,,Chilled mirror, +252,\Atmosphere\Humidity\In situ\Dewpoint determination,,,Lithium chloride (LiCl), +253,\Atmosphere\Humidity\In situ\Hygrometer,,,Hair hygrometer-hygrograph, +254,\Atmosphere\Humidity\In situ\Hygrometer,,,Hygrometer [general], +255,\Atmosphere\Humidity\In situ\Hygrometer,,,IR absorption hygrometer, +256,\Atmosphere\Humidity\In situ\Hygrometer,,,Optical hygrometer, +257,\Atmosphere\Humidity\In situ\Hygrometer,,,UV fluorescence-based hygrometer (Lyman-α),Detection of UV fluorescence signal emitted by the excited OH radical produced from H2O after dissociation using UV light. +258,\Atmosphere\Humidity\In situ\Psychrometer,,,Electrical aspiration (Frankenberger type), +259,\Atmosphere\Humidity\In situ\Psychrometer,,,Mechanical aspiration, +263,\Atmosphere\Radiation\In situ\Direct solar,,,Bimetallic actinograph, +264,\Atmosphere\Radiation\In situ\Direct solar,,,"Pyrheliometer (direct solar, broadband)", +265,\Atmosphere\Radiation\In situ\Longwave,,,"Pyrgeometer (global, infrared)", +266,\Atmosphere\Radiation\In situ\Shortwave,,,"Pyranometer (global solar, broadband)", +267,\Atmosphere\Radiation\In situ\Shortwave,,,Spectral pyranometer, +268,\Atmosphere\Radiation\In situ\Shortwave,,,UV-vis spectrometry-radiometry, +270,\Atmosphere\Total atmospheric deposition\In situ\Chemiluminescence,,,Tetrachloromercurate (TCM) absorption - CL, +271,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry,,,Colorimetry (ANSA), +272,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry,,,Colorimetry (Griess), +273,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry,,,"Colorimetry (indophenol, Bertholet)", +274,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry,,,Colorimetry (mercury thiocyanate+iron alum), +275,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry,,,Colorimetry (NEDA), +276,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry,,,"Colorimetry (Nessler, K2HgI4)", +277,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry,,,Colorimetry (sodium salicylate method for nitrate), +278,\Atmosphere\Total atmospheric deposition\In situ\Colorimetry,,,Colorimetry [general], +279,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods,,,Filter sampling (analytical method unspecified), +280,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods,,,Adsorption tube (charcoal) + elution + GC, +281,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods,,,Filter sampling + combustion + IC, +282,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods,,,Filter sampling + combustion + other, +283,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods,,,Filter sampling + extraction + IC, +284,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods,,,Filter sampling + extraction + other, +285,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods,,,Filter sampling + gravimetry, +286,\Atmosphere\Total atmospheric deposition\In situ\Filter-based methods,,,Impregnated filter, +287,\Atmosphere\Trace gas\In situ\Chemiluminescence,,,Catalytic conversion 'Au' - CL, +288,\Atmosphere\Trace gas\In situ\Chemiluminescence,,,Catalytic conversion 'Fe' - CL, +289,\Atmosphere\Trace gas\In situ\Chemiluminescence,,,Catalytic conversion 'Mb' - CL, +290,\Atmosphere\Trace gas\In situ\Chemiluminescence,,,Chemiluminescence (CL) [general], +291,\Atmosphere\Trace gas\In situ\Chemiluminescence,,,Photolytic conversion - CL, +292,\Atmosphere\Trace gas\In situ\Gas chromatography,,,Monitor for AeRosols and GAses (MARGA) Metrohm, +293,\Atmosphere\Trace gas\In situ\Filter-based methods,,,Filter sampling + photo multiplier tube (PMT), +294,\Atmosphere\Trace gas\In situ\Fluorescence,,,Fluorescence [general], +295,\Atmosphere\Trace gas\In situ\Fluorescence,,,UV fluorescence, +296,\Atmosphere\Trace gas\In situ\Fluorescence,,,Vacuum UV fluorescence, +297,\Atmosphere\Trace gas\In situ\Gas chromatography,,,Gas Chromatography (GC) [general], +298,\Atmosphere\Trace gas\In situ\Gas chromatography,,,GC-ECD, +299,\Atmosphere\Trace gas\In situ\Gas chromatography,,,GC-ECD-FID, +300,\Atmosphere\Trace gas\In situ\Gas chromatography,,,GC-ECD-MS, +301,\Atmosphere\Trace gas\In situ\Gas chromatography,,,GC-FID, +302,\Atmosphere\Trace gas\In situ\Gas chromatography,,,GC-HgO reduction-UV absorption, +303,\Atmosphere\Trace gas\In situ\Gas chromatography,,,GC-MS, +304,\Atmosphere\Trace gas\In situ\Gas chromatography,,,H2O2 conversion - IC, +305,\Atmosphere\Trace gas\In situ\Laser-based methods,,,Cavity ring-down spectroscopy (CRDS), +306,\Atmosphere\Trace gas\In situ\Laser-based methods,,,Cavity-enhanced absorption spectroscopy (CEAS), +307,\Atmosphere\Trace gas\In situ\Laser-based methods,,,Integrated cavity output spectroscopy (ICOS), +308,\Atmosphere\Trace gas\In situ\Laser-based methods,,,Laser induced fluorescence (LIF), +309,\Atmosphere\Trace gas\In situ\Laser-based methods,,,Laser photoacoustic spectroscopy (LPAS), +310,\Atmosphere\Trace gas\In situ\Laser-based methods,,,Laser spectroscopy [general], +311,\Atmosphere\Trace gas\In situ\Laser-based methods,,,Quantum cascade laser (QCL) spectroscopy, +312,\Atmosphere\Trace gas\In situ\Mass spectrometry,,,Chemical ionization MS (CIMS) with matrix isolation, +313,\Atmosphere\Trace gas\In situ\Mass spectrometry,,,Proton transfer reaction mass spectrometry (PTR-MS), +314,\Atmosphere\Trace gas\In situ\Optical spectrometry,,,IR spectrometry-radiometry [general], +315,\Atmosphere\Trace gas\In situ\Optical spectrometry,,,Light absorption photometry, +316,\Atmosphere\Trace gas\In situ\Optical spectrometry,,,Long path absorption photometry (LOPAP), +317,\Atmosphere\Trace gas\In situ\Optical spectrometry,,,Non-dispersive IR (NDIR) absorption, +318,\Atmosphere\Trace gas\In situ\Optical spectrometry,,,Non-dispersive UV (NDUV), +319,\Atmosphere\Trace gas\In situ\Optical spectrometry,,,UV absorption spectrometry-radiometry, +320,"\Atmosphere\Trace gas\Remote-sensing, active",,greenhouse gas,Integrated path differential absorption (IPDA) lidar,"Light detection and ranging (lidar) with integrated path differential absorption (IPDA) capability, typically used for column measurements of CH4 and CO2." +321,"\Atmosphere\Trace gas\Remote-sensing, active",,,Differential optical absorption (DOAS), +322,"\Atmosphere\Trace gas\Remote-sensing, passive\Optical spectrometry",,,Fourier-transform IR spectroscopy (FTIR), +323,"\Atmosphere\Trace gas\Remote-sensing, passive\Optical spectrometry",,,TCCON Fourier-transform IR spectroscopy (TCCON-FTIR), +327,\Atmosphere\Radiosonde,,,Radiosonde with NAVAID, +328,\Atmosphere\Radiosonde,,,Radiosonde with radar tracking, +329,\Atmosphere\Radiosonde,,,Radiosonde with radiotheodolite tracking, +330,\Atmosphere\Radiosonde,,,Radiosonde with composite method tracking, +331,\Atmosphere\Wind,,,Radiosonde (tracking unspecified), +332,\Atmosphere\Wind,,,Pilot balloon (with optical tracking), +335,"\Atmosphere\Ozone\Remote-sensing, active",,water vapor,Differential absorption lidar (DIAL),"Light detection and ranging (lidar) with differential absorption lidar (DIAL) capability, typically used for trace gas measurements, most notably ozone and water vapor. This technique can be extended to molecules which have suitably defined differential absorption characteristics." +336,"\Atmosphere\Trace gas\Remote-sensing, passive",,,Microwave radiometry, +338,\Atmosphere\Humidity\In situ\Laser-based,,,Tunable diode lase spectroscopy (TDLS),Tunable diode lase spectroscopy (TDLS) +339,"\Atmosphere\Ozone\Remote-sensing, passive",,,UV spectroradiometry, +340,\Atmosphere\Humidity\In situ\Psychrometer,,,Wet-bulb thermometer,"A thermometer having a bulb that is kept moistened when humidity determinations are being made with a psychrometer. The wet-bulb temperature is the temperature a parcel of air would have if it were cooled to saturation (100% relative humidity) by the evaporation of water into it, with the latent heat being supplied by the parcel." +341,"\Atmosphere\Aerosol\Remote-sensing, active",ocean,"cloud, particle phase, altimetry, mixed-layer height",Backscatter lidar,"Elastic backscatter light detection and ranging (lidar) typically used for measurements of cloud and aerosol particle phase optical properties (e.g., extinction and backscatter coefficient), altimetry, ocean optical properties, and mixed layer height." +342,"\Atmosphere\Aerosol\Remote-sensing, active",ocean,"cloud, particle phase, mixed-layer height",High spectral resolution (HSR) lidar,"Light detection and ranging (lidar) with high spectral resolution capability, typically used for measurements of cloud and aerosol particle phase properties, ocean properties, and mixed layer height." +343,"\Atmosphere\Aerosol\Remote-sensing, active",,"particle phase, particle shape",Polarized lidar,"Light detection and ranging (lidar) capable of determining the linear or circular depolarization ratio, typically used to discriminate spherical and non-spherical particles." +343,\Atmosphere\Precipitation\In situ,,,Fog collection,Collection of fog using a mesh or similar capturing device and subsequent determination of the equivalent volume or mass of water. +344,\Atmosphere\Trace gas\In situ\Gas chromatography,,greenhouse gas,GC-CVAFS,Gas chromatography and detection by cold vapour atomic fluorescence spectrometry. +345,\Atmosphere\Trace gas\In situ\Gas chromatography,,greenhouse gas,GC-TCD,Gas chromatography and detection by a thermal conductivity detector. +346,\Atmosphere\Trace gas\In situ,,,Electrostatic collection + alpha counting,Alpha counting after electrostatic collection of measurand. +347,\Atmosphere\Trace gas\In situ\Laser-based methods,,,Tunable Infrared Laser Differential Absorption Spectroscopy (TILDAS),Tunable Infrared Laser Differential Absorption Spectroscopy (TILDAS). +348,\Atmosphere\Trace gas\In situ,,,Radionuclide decay counting [general],Determination of the counts measured per unit time as a result of radionuclide decay. +349,\Atmosphere\Trace gas\In situ\Optical spectrometry,,,IR-GFC,"Infrared absorption measurement based on the gas-filter correlation technique, a specifique variant of NDIR." inapplicable,,,,inapplicable,None of the codes in the table are applicable in the context of this particular observation. unknown,,,,unknown,The measurement/observing method is unknown. \ No newline at end of file