This infographic summarizes the data on the monitoring studies, differentiated by screen bar spacing and build-out flow rate at the sites entered in the Atlas Fish Protection & Downstream Fish up to a build-out flow rate of 200 m³/s. The infographic is part of a fact sheet on fish protection and downstream fish migration measures.

The illustration provides an overview of the information structure of the Atlas sites. It is part of a fact sheet on fish protection and downstream fish migration measures.

This infographic visualizes the range of hydropower plants included in the Atlas Fish Protection & Downstream Fish. The infographic is part of a fact sheet on fish protection and downstream fish migration measures.

This infographic evaluates the information on the type of fish protection systems at the sites listed in the Atlas of Fish Protection & Downstream Fish. The infographic is part of a fact sheet on fish protection and downstream fish migration measures.

This infographic shows the dimensions of the screen field, entered in the Atlas of Fish Protection & Downstream Fish, for 37 sites. The resulting screen widths are between 2.35 m and 51.9 m and the screen heights are between 0.8 m and 12.20 m. The infographic is part of a fact sheet on fish protection and downstream fish migration measures.

For 65 sites, the rake bar spacing is given in the atlas. This is registered in five classes. This infographic visualizes the information. The infographic is part of a fact sheet on fish protection and downstream fish migration measures.

Whether or not microplastics have harmful effects on plants and animals has not yet been conclusively established. The different properties of microplastics determine whether and how the microplastics are absorbed by living organisms and whether they are harmful to them. Compared to other pollutants in the environment (e.g. pesticides), microplastics do not have a uniform effect on living organisms. In addition, the effects of microplastics often cannot be distinguished from the harmful effects of other particles and substances found in the environment.

This infographic provides a look behind the scenes and introduces some of the people who make up the heart and soul of the Ecologic Institute. The infographic was developed, designed and implemented by Ecologic Institute's staff members.

Most food waste is generated in private households. During a before-and-after survey from May to October 2022, participants in this citizen science action measured their own kitchen waste. The data was analyzed by the research team to evaluate the effectiveness of the actions. This infographic depicts the flowchart of the action and its steps for participants.

Most food waste is generated in private households. These infographics show causes and reasons for waste by consumers as well as approaches and preconditions so that food can be comprehensively utilized by consumers.

Most food waste is generated in private households. This infographic shows approaches and preconditions so that food does not spoil in the household. Another infographic provides information on various reasons why food spoils in households.

This infographic visualizes results of the survey "Fostering textile fibre recycling in Europe – pointers for policy action", conducted by Ecologic Institute in 2021. It is licensed under a Creative Commons CC-BY license.

This infographic visualizes results of the survey "Fostering textile fibre recycling in Europe – pointers for policy action", conducted by Ecologic Institute in 2021. It is licensed under a Creative Commons CC-BY license.

This infographic visualizes results of the survey "Fostering textile fibre recycling in Europe – pointers for policy action", conducted by Ecologic Institute in 2021. It is licensed under a Creative Commons CC-BY license.

This infographic visualizes results of the survey "Fostering textile fibre recycling in Europe – pointers for policy action", conducted by Ecologic Institute in 2021. It is licensed under a Creative Commons CC-BY license.