This infographic illustrates the strengths and weaknesses of various methods for measuring the impacts of circular-economy transitions.

This infographic focuses on how the circular economy can be integrated into the European Semester. It illustrates the European Commission's role within the process and identifies obstacles to integration, along with possible suggestions to address these obstacles. Additionally, it provides a checklist for successful integration.

This infographic provides guidelines to policy-makers, interest groups and researchers who want to explore the potential of circular-economy transitions by conducting case studies. It visualizes the step-by-by step methodology developed within the CIRCULAR IMPACTS project in an intuitive way. It also highlights the most important aspects to consider when preparing such case studies.

This infographic provides a brief overview of soil values for Land Use Categories based on soil threats.

This infographic shows a procedure how to approach the operationalization of the LDN concept and which questions have to be answered in this way. It builds on the findings of 14 UNCCD pilot studies (Global Mechanism of the UNCCD 2016a) and interprets them further. It visualizes seven strategic steps.

This infographic illustrates the basic principle of an extended indicator of land use and land-use change: worsening and improvements in land use are tracked and balanced against each other.

This infographic provides a brief overview of the effects of active pharmaceutical ingredients observed in studies on non-target organisms that have been submitted and evaluated in the context of veterinary drug approvals (status 2017). A detailed version of the table, which also includes effect concentrations and sources of literature, can be downloaded as a PDF file.

The infographic illustrates the advantages and disadvantages of four different cleaning methods for nipple drinks in pigsties with drawings. Dirt, heat and moisture in pipes and on drinking troughs provide ideal conditions for the propagation of germs in the so-called biofilm. Pathogens that have reached the drinking trough with saliva or nasal secretions from animals can survive there and can be transmitted to new animal groups.

This checklist for veterinary medicine and animal husbandry recalls the most important environmental issues when using veterinary medicines.

Care and hygiene help to minimise the direct entry of veterinary medicines into the environment. Carry-over of veterinary medicines is an unnecessary waste, can endanger the health of operators and have no therapeutic benefits for animals. Carry-over antibiotics can contribute to the development of resistance in humans, animals and the environment. This infographic illustrates five ways to reduce the carry-over of veterinary medicines in the barn.

This illustration visualizes the processes of degradation, runoff, accumulation, uptake and infiltration of veterinary drugs in the environment. Active substances from veterinary medicines behave very differently depending on the substance and location properties. While sulfonamides, for example, can be transferred to groundwater, tetracyclines tend to accumulate in the topsoil.

The infographic visualizes the structure and interaction of the rating categories for assessing the potential for transformation of sustainability initiatives, as developed in the project "From Niche to Mainstream - How to Spread Sustainable Practices";. The evaluation system pursues the aims of initiatives, social innovations, sustainability innovations etc. to their potential for transformation and their sustainability effects, and to evaluate them, depending on the application context.

This infographic visualizes and explains potential adverse effects of chemical pesticides on the environment. If instructions for pesticide use are not exactly followed, the risk for potential side effects increases.

This infographic identifies key points to be considered for eco-friendly plant protection in private gardens.

The infographic explains the use of nematodes, bacteria and viruses for biological pest control.