D3.1
|
Global climate/land use/agronomic management and emission scenarios |
Poornima Nagesh |
D3.2 |
Chemical emission scenarios of urban systems |
Alizée Desrousseaux |
D3.3 |
Chemical emission scenarios from pest management options |
Rudrani Gajraj |
D4.1 |
Modelling approaches for fate and uptake of chemicals |
Taylor Lane |
D4.2 |
Crop uptake models and human exposure models |
Prof. Benny Chefetz |
D4.3 |
Exposure modelling framework for estimating effects of environmental change on chemical exposure in river basins and drinking waters |
John Hader |
D4.4 |
Future ecological and human exposure scenarios |
|
D5.1 |
Comparison of sensitivity and vulnerability to climate change and chemical stress |
Markus Hermann |
D5.2 |
New framework to assess the vulnerability to chemicals |
Francesco Polazzo |
D5.3 |
EU-level chemical vulnerability maps and scenarios |
Francesco Polazzo |
D5.4 |
New framework to assess resilience of microbial communities to chemical stress |
Dr. Anna Sobek |
D5.5 |
Chemical effects on microbial ecological functions |
Dr. Anna Sobek |
D5.6 |
New modelling framework to assess the combined effects of chemical and GC stressors |
Annika Mangold-Döring |
D5.7 |
Validated ecological models |
Annika Mangold-Döring |
D6.1 |
Draft risk assessment model (Bayesian network) for agricultural chemicals developed for one of the case study regions |
Sophie Mentzel |
D6.2 |
Prioritisation of pharmaceutical pollutants by environmental risk |
Sam Welch |
D6.3 |
Robust implementation of mitigation strategies |
Joanke van Dijk |