Fate and Effects of Chemicals in the Environment
Diffuse pollution of soils, surface waters, and ground-water by anthropogenic organic and inorganic compounds is a growing global concern. Pollutants such as pharmaceuticals, household products, pesticides and insecticides, as well as persistent organic pollutants may be detected in the environment years after their application or use. Which types of pollutants show up in which compartments, how they are transported, to which extend are they degraded or stored, and what are their possible adverse effects are main research aspects.
Main Research Topics
- Input and transport of pollutants (e.g. POPs, glyphosate, PFAS) in soil, ground water and surface waters.
- Management of matter fluxes (recycling waste & waste water management).
- Ecotoxicological research addressing impacts of pollutants and their transformation products on aquatic organisms and the environment.
- Quantification of trace compounds and their transformation products.
- Development of mathematical models which allow for precise description of transport, turn-over and effects (eco-toxicity) of pollutants in the environment.
Working Groups
Spokespersons
- Prof. Dr. Christiane Zarfl (Environmental Systems Analysis)
- Prof. Rita Triebskorn (Eco-Toxicology)
Group Leaders
- Prof. Olaf A. Cirpka (Hydrogeology)
- Prof. Beate Escher (Environmental Toxicology)
- Dr. Martin Ebner (Soil-Plant-Atmosphere-Interactions)
- Dr. Joel Fabregat-Palau (PFAS in the Environment)
- Dr. Michael Finkel (Hydrogeoloy/Data Management)
- Prof. Karl Forchhammer (Mikrobiology – Organismic Interactions)
- Prof. Peter Grathwohl (Hydrogeochemistry)
- Prof. Stephanie Grond (Organic Chemistry: Natural Product Research/ Biomolecular Chemistry)
- Prof. Stefan Haderlein (Environmental Mineralogy)
- Prof. Carolin Huhn (Effect-based Analytics)
- Prof. Andreas Kappler (Geomicrobiology)
- Prof. Heinz Köhler (Animal Physiological Ecology)
- Dr. Carsten Leven-Pfister (Subsurface Monitoring)
- Prof. Christian Zwiener (Environmental Analytics)