How to communicate the expertise and necessity of the Federal Environment Agency to a broad audience
An interactive visualization of environmental topics that shows their interconnection and allows digest information more easily.
The German Environment Agency Umweltbundesamt (UBA) is Germany’s main environmental protection agency.
Its task is to inform the public concerning all matters of environmental topics. The agency gathers data concerning the state of the environment, investigates interrelationships, and makes projections providing federal bodies such as the Ministry of the Environment with policy advice.
The UBA also provides widespread data sets about waste avoidance, climate protection, pesticide approvals, and air quality. In Germany they provide the data for the "Air Quality" indicator in the iOS weather app.
Handling these numerous intertwined and relevant topics, one can easily imagine the vast data sets and reports piling up, making it incredibly difficult to provide an overview or a possible correlation between all the documents. The challenge is to find topics that are not obviously related but somehow connected. The UBA approached us to create a tool that allows exploring new content and topical relations, besides searching existing ones.
We created an information interface based on automated text analysis. The algorithm crawls more than 10,000 unstructured text contents such as articles, press releases, and data-sheets. It extracts each article's topics and uses the accumulated relations to create a chain of cause and effect.
The documents' hierarchical information architecture shows the most relevant topics, categories, terms, and interconnections.
With this knowledge a holistic picture can be drawn, providing tremendous insight. Further, our solution delivered easy access to environmental reporting complexities for all audiences. Connections between causes, measures, and impacts are reflected through an interactive data visualization as a key to grasping environmental topics and their interconnections in the chain of cause and effect.
The visualization fosters serendipity and discovery by interactively visualizing connections. Depending on the search term, the most relevant content is shown and can be further explored, i.e., by selecting terms or categories.
Commissioned by Umweltbundesamt
In collaboration with Delphi IMM and University of Applied Science Potsdam