Aquatic Systems under Multiple stress: a New Paradigm for Integrating Aquaculture and Ecotoxicology Research

Bioavailability models for innovative ecological risk assessment of pharmaceuticals (ECOPHARMA)

Combined and interactive effects of climate change and chemical stress in Daphnia magna

Combined effects of chemical stress (copper) and harmful algal blooms (cyanobacteria) on Daphnia magna magna in a context of climate change

COMPLIX - understanding ecotoxicity of complex molecule mixtures to aquatic organisms

Development of a mechanistic proof-of-concept to improve chemical toxicity evaluation for aquatic populations in a multi-stress context.

Ecotoxicity of metal mixtures to aquatic communities: something from nothing?

Energy budgets in copepod population modelling – How much model complexity do we really need in environmental risk assessment?

Interactive effects of insecticides and cyanobacterial stress in Daphnia pulex: Development of a predictive model using gene expression microarrays and support vector machines

New strategies for monitoring and risk analysis of hazardous chemicals in the marine environment 'Passive Samplers'

Quantitative extrapolation in ecotoxicology

SmartDetox - Removal of organic micropollutants from water

The genetic basis of Cd and Ni tolerance in Daphnia magna

Towards biology-based lab-to-field extrapolation in ecotoxicology: developing a mechanistic understanding of the combined impact of chemical pollution and climate change across different organisms and habitats

Transforming into a sustainable European pharmaceutical sector

Uptake and toxicity of metals from metal mixtures in aquatic and terrestrial systems: rationalization based on bioavailability

Ecotoxicologically responsible removal of plant protection products from water from the vegetable and potato processing industry

ESFRI project LIFEWATCH

STRESS FLEA-B: How to live in a mosaic of stressors - an ecological genomics approach on the water flea Daphnia

The Seahorse XFe96 analyzer to decipher cellular bioenergetics and mitochondrial dysfunction after exposure to food and environmental stressors.

Tissue-specific mechanisms of metal accumulation and toxicity in Daphnia magna realistic from an ecological perspective, the importance of mixture toxicity, biotic antagonists and interspecies variability.