The infographic presents the optimisation process during site-specific evaluations. Deficiencies can be identified at an early stage, during technical and hydraulic characterisation and during study of fish migration. Optimisation proposals can then be developed. Thus the efficacy of optimisation measures implemented can be tested during the course of the evaluation process.

The infographic visualizes interactions across several ecological levels. The death of individual fish reduces the population size of its species. Because of multiple ecological interactions this can cause changes in the entire biocenosis.

The infographic visualises various risks of fish injury caused by technical water installations.

The infographic visualizes the four spatial areas of investigation of the manual in an examplary fashion. The spatial levels are: site, corridor group, corridor and corridor component.

This infographic visualizes the cumulative impacts of all technical water installations in the migration area of fish that determine the effects on population biology.

The infographic presents the five-step process for deriving the final statement on function for the investigation of biological downstream migration by fish.

The infographic schematically shows vertical and horizontal oblique inflow of fish protection screens.

The manual helps to examine a wide range of sites, including complex spatial constellations. Sites with transverse structures as well as hydro power plants and tangential water withdrawal systems can be evaluated. This infographic shows site examples of different spatial complexity.

The infographic shows a site example for potential fish migration paths.

The infographic allows giving an overview of the climate policies of the EU. It shows the main economic sectors, such as Energy, Industry, Transport, Residential and Commercial, Agriculture and Forestry, Waste. It also displays which policies have been deployed for each of them under the three main target areas: greenhouse gases, renewables, and efficiency. The infographic was part of an article about the European climate policy mix on the Climate Policy Info Hub website.

The infographic was developed within the project "Welfare, Wealth and Work for Europe (wwwforEurope)," simplifying and adapting the original more complex graph (Geels 2011). It was used in an intro-section on the transition theory for a project report.

Spanning the early debates of the 1960s through to Germany’s energy transition, the visualisation brings together political developments, societal conflicts, international milestones and the emergence of key environmental research institutions. In doing so, it shows that science-based environmental policy research did not develop in isolation from its wider political and societal context.

This infographic was developed within the project "DYNAmic policy MIXes for Absolute Decoupling of Environmental Impact of EU Resource Use from Economic Growth (DYNAMIX)". It proposes to reframe the decoupling concept and thus presents a key assumption developed in DYNAMIX. Different versions of the infographic were developed for use in online and print media, as well as a version with reduced text for PowerPoint presentations.

This infographic was developed within the project "DYNAmic policy MIXes for Absolute Decoupling of Environmental Impact of EU Resource Use from Economic Growth (DYNAMIX)". It communicates 5 key targets regarding resource use and visualizes that there are different pathways to an economy that respects planetary boundaries. Different versions of the infographic were developed for use in online and print media, as well as a version with reduced text for PowerPoint presentations.

This infographic was developed as training material in a course on the theme of "energy for development", that is targeted at development cooperation professionals, which will encounter energy issues in their work outside of the home country.