diff --git a/README.md b/README.md
index 4bb093355c..6abb888a33 100644
--- a/README.md
+++ b/README.md
@@ -80,21 +80,6 @@ Web Components are now implemented natively on Safari and Chrome (~70% of instal
   <my-element mood="happy"></my-element>
 ```
 
-## About Polymer 3.0
-
-Polymer 3.0 is now released to stable, and introduces a major change to how Polymer is distributed: from HTML Imports on bower, to JS modules on npm.  Otherwise, the API is virtually 100% backward compatible with Polymer 2.0 (the only changes are removing API's related to HTML Imports like `importHref`, and converting Polymer's API to be module-based rather than globals-based).
-
-Migrating to Polyme 3.0 by hand is mostly mechanical:
-* Components should be defined in JS modules instead of in HTML
-* Templates should be encoded in JS modules using a `static get template()` getter on PolymerElement subclasses using the `html` tagged template literal function (which parses `HTMLTemplateElement`'s out of strings in JS) rather than using `<template>` elements in a `<dom-module>`
-* All dependencies should be imported JS module imports rather than from HTML Imports.
-
-However, the [`polymer-modulizer`](https://github.com/Polymer/polymer-modulizer) tool automates the vast majority of this migration work.  Please see details on that repo for automated conversion of Polymer 2.0 apps and elements to Polymer 3.0.
-
-👀 **Looking for Polymer v2.x?** Please see the [the v2 branch](https://github.com/Polymer/polymer/tree/2.x).
-
-👀 **Looking for Polymer v1.x?** Please see the [the v1 branch](https://github.com/Polymer/polymer/tree/1.x).
-
 ## Overview
 
 Web components are an incredibly powerful new set of primitives baked into the web platform, and open up a whole new world of possibility when it comes to componentizing front-end code and easily creating powerful, immersive, app-like experiences on the web.
@@ -120,6 +105,21 @@ Polymer also provides optional two-way data-binding, meaning:
 
 Polymer is designed to be flexible, lightweight, and close to the web platform - the library doesn't invent complex new abstractions and magic, but uses the best features of the web platform in straightforward ways to simply sugar the creation of custom elements.
 
+## About Polymer 3.0
+
+Polymer 3.0 is now released to stable, and introduces a major change to how Polymer is distributed: from HTML Imports on bower, to JS modules on npm.  Otherwise, the API is virtually 100% backward compatible with Polymer 2.0 (the only changes are removing API's related to HTML Imports like `importHref`, and converting Polymer's API to be module-based rather than globals-based).
+
+Migrating to Polyme 3.0 by hand is mostly mechanical:
+* Components should be defined in JS modules instead of in HTML
+* Templates should be encoded in JS modules using a `static get template()` getter on PolymerElement subclasses using the `html` tagged template literal function (which parses `HTMLTemplateElement`'s out of strings in JS) rather than using `<template>` elements in a `<dom-module>`
+* All dependencies should be imported JS module imports rather than from HTML Imports.
+
+However, the [`polymer-modulizer`](https://github.com/Polymer/polymer-modulizer) tool automates the vast majority of this migration work.  Please see details on that repo for automated conversion of Polymer 2.0 apps and elements to Polymer 3.0.
+
+👀 **Looking for Polymer v2.x?** Please see the [the v2 branch](https://github.com/Polymer/polymer/tree/2.x).
+
+👀 **Looking for Polymer v1.x?** Please see the [the v1 branch](https://github.com/Polymer/polymer/tree/1.x).
+
 ## Contributing
 
 The Polymer team loves contributions from the community! Take a look at our [contributing guide](CONTRIBUTING.md) for more information on how to contribute.  Please file issues on the Polymer issue tracker following the issue template and contributing guide [issues](https://github.com/Polymer/polymer/issues/new).