diff --git a/README.md b/README.md
index e4960da..e9782a1 100644
--- a/README.md
+++ b/README.md
@@ -12,22 +12,36 @@ The **codebook** for the data can be found here: https://dominikvogel.github.io/
 
 A **long-term archived** version of the data and code is available at XXX
 
-There is a **Code Ocean Capsule** for long-term computational reproducibility: XXX
+There is a **Code Ocean Capsule** for long-term computational reproducibility: https://doi.org/10.24433/CO.2463564.v1. See below for more information.
+
+This **GitHub repository** provides another way to computationally reproduce the results using [Binder][1]. See below for more information.
 
 
 # Reproducibility
 
+## Using Binder
+
+You can reproduce our results and even test how changes in the code affect the results by using the [Binder][3] environment of the paper:
+
+1. Click on the "Launch Binder" badge
+2. Wait for the server to be started
+3. Open `code/Paper.Rmd` in the right panel
+4. Click on `Knit` -> `Knit to pdf_document2`
+5. Wait for a complete reproduction of the paper with all results.
+
 ## Using Code Ocean
 
 You can easily reproduce our results using the free service of [Code Ocean][2]:
 
-1. Open the paper's Code Ocean Capsule: 
-2. Click *Reproducible Run*
-3. Code Ocean runs a virtual environment and produces a PDF with the full paper including all results.
+1. Open the paper's Code Ocean Capsule: https://doi.org/10.24433/CO.2463564.v1
+2. Log-in to Code Ocean
+3. Click *Re-Run*
+4. Code Ocean runs a virtual environment and produces a PDF with the full paper including all results.
+
 
 You can inspect the *R* code by clicking on the files in the left panel (see below for an explanation of the file structure).
 
-## On your own machine
+## On your own machine (using your own *R* installation)
 
 If you want to reproduce our results on your own computer you need *R* (we used version 3.5.3) and RStudio. 
 
@@ -38,6 +52,22 @@ If you want to reproduce our results on your own computer you need *R* (we used
 4. *R* runs all analyses and creates the full paper as a PDF document. 
 
 
+## On your own machine (using Docker)
+
+1. Install Docker Community Edition
+2. Download the `Docker-Capsule.zip` file and extract it
+3. Open Terminal and go to extracted folder
+4. Execute the following command: 
+    ```shell
+    docker load --input micro-intervention.tar
+    docker run --rm \
+    --workdir /code \
+    --volume "$PWD/data":/data \
+    --volume "$PWD/code":/code \
+    --volume "$PWD/results":/results \
+    micro-intervention run
+    ```
+
 # File structure
 
 The repository consists of some files in the root folder and two folders. 
@@ -65,5 +95,41 @@ The repository consists of some files in the root folder and two folders.
     * `forestplot_combined.pdf`: Figure 5 (merge of figures created by `Paper_forestplot_prosocial.R` and `Paper_forestplot_societal.R`
 
 
+
+# Required R packages
+
+* apaTables
+* BayesFactor
+* bookdown
+* broman
+* cowplot (<= 0.9.4)
+* dplyr
+* effsize
+* ez
+* forestplot
+* ggsignif
+* here
+* knitr
+*  MBESS
+*  nlme
+*  psych
+*  rlang
+*  rmarkdown
+*  sjstats
+*  stargazer
+*  stats
+*  tibble
+*  tidyverse
+*  weights
+*  xtable
+
+It is advised to use `R` version 3.5.3 with the `checkpoint` package and set the date to 2019-04-01 to ensure that the package versions are comparable:
+
+```R
+library(checkpoint)
+checkpoint("2019-04-01")
+```
+
   [1]: https://mybinder.org
   [2]: https://codeocean.com
+  [3]: https://mybinder.org