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Project

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

In this project, we will address a critical research need in ecotoxicology. Via growth experiments and geneactivity- profiling, we aim to understand the biological mechanisms behind organism-specific differences in vulnerability to combined effects of chemical pollution and climate change. The project will significantly contribute to climate-adaptation: adjusting processes of chemical safety management to the reality of climate change.

Date:1 Sep 2015 →  30 Jun 2020
Keywords:risk assessment, heavy metals, molecular and biological pathways, hypoxia, climate change, gene expression, ecotoxicology
Disciplines:Geology, Scientific computing, Bioinformatics and computational biology, Public health care, Animal biology, General biology, Aquatic sciences, challenges and pollution, Public health services, Veterinary medicine