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Effects of global change on the emission, fate, effects and risks of chemicals in aquatic ecosystems

Deliverables

Websites online, Twitter account @ECORISK2050 active

www.ECORISK2050.eu and www.facebook.com/ecorisk2050 websites online, Twitter account @ECORISK2050 active

Global climate/land use/agronomic management and emission scenarios

Global climate/land use/agronomic management and emission scenarios downscaled to the three case study regions

New framework to assess the vulnerability to chemicals

New framework to assess the influence of community structure and global change on the vulnerability to chemicals

New framework to assess the resilience

New framework to assess the resilience of microbial communities to chemical stress

Chemical emission scenarios from pest management options

Chemical emission scenarios from pest management options under scenarios in selected agricultural systems

Chemical emission scenarios of urban systems

Chemical emission scenarios of urban systems in selected case study regions

New modelling framework to assess the combined effects of chemical and GC stressors

New modelling framework to assess the combined effects of chemical and GC stressors

Crop uptake models and human exposure models

Crop uptake models and human exposure models for contaminants in water reuse systems

Modelling approaches for fate and uptake of chemicals

Modelling approaches for estimating the effects of key environmental change parameters on the fate and uptake of chemicals

Draft risk assessment model

Draft risk assessment model (Bayesian network) for agricultural chemicals developed for one of the case study regions

Advertising vacancies for ESRs

Advertising vacancies for ESRs

Training course ESC1

Training course ESC1

Training course ESC2

Training course ESC2

Training course ESC3

Training course ESC3

Workshop on chemical risk in the future (EWOR)

Workshop on chemical risk in the future (EWOR)