diff --git a/reproducibility-experiments/README.md b/reproducibility-experiments/README.md
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--- a/reproducibility-experiments/README.md
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@@ -1,4 +1,28 @@
 # Examples of Reproducibility Experiments
 
-We will add the Jupyter Notebooks for the reproducibility Experiments in the next two days, we are at the moment cleaning and documenting the code.
+This directory exemplifies how archived reproducibility experiments on archived shared task repositories of the IR Experiment Platform look like.
+This directory contains notebooks with detailed instructions and examples on how to do allow post-hoc experiments.
+All examples work use the archived shared task of the 32 ir benchmarks on which we executed over 50 retrieval approaches: [https://github.com/tira-io/ir-experiment-platform-benchmarks](https://github.com/tira-io/ir-experiment-platform-benchmarks).
 
+The reporucibility examples use jupyter notebooks.
+To start them, please clone the archived shared task repository:
+
+```
+git clone git@github.com:tira-io/ir-experiment-platform-benchmarks.git
+```
+
+Inside the cloned repository, you can start the Jupyter notebook which automatically installs a minimal virtual environment using:
+```
+make jupyterlab
+```
+
+
+The installation of the environment is simplified with a virtual environment and executing `make jupyterlab` installs the virtual environment (if not already done) and starts the jupyter notebook ready to run all parts of the tutorial.
+
+For each of the softwares submitted to TIRA, the `tira` integration to PyTerrier loads the Docker Image submitted to TIRA to execute it in PyTerrier pipelines (i.e., a first execution could take sligthly longer).
+
+The following reproducibility notebooks are available:
+
+- [full-rank-retriever-reproducibility.ipynb](full-rank-retriever-reproducibility.ipynb): showcases how full-rankers can be reproduced/replicated.
+- [re-rank-reproducibility.ipynb](re-rank-reproducibility.ipynb): showcases how re-rankers can be reproduced/replicated.
+- [interoparability-tutorial.ipynb](interoparability-tutorial.ipynb): showcases how full-rankers and re-rankers submitted in TIRA can be combined in new ways in post-hoc experiments.