The European Commission’s Joint Research Centre is operating a number of computer models to simulate the physical, chemical and biological aspects of freshwater and of the marine environment on an EU-wide level. In order to build policy assessment based on these models, there needs to be a structure that feeds policy-relevant information into the models and that interprets the model results in a way that is meaningful in a policy context.

My specific role is to develop a model configuration focusing on European shelves and analyze the impact of different policies for the period 2020 – 2030.

Currently in implementation :

https://mokwi.de/project/anpassung-an-den-klimawandel-hitzewelle/

Web application : https://climcomfort.pythonanywhere.com

• model framework : NEMO4.0-AGRIF
• Contracting authority : Danish Meteorological Institute: https://www.dmi.dk/
• Short-term intensive project Oct-Dec 2018
• offsite + 2 short stays onsite
• large context : European Copernicus project (Marine Environment Monitoring Service): http://marine.copernicus.eu/

• determination of pollution risks hotspots in the Gulf of Mexico based on numerical experiments
• technical and scientific support to the local ocean biogeochemical modelling team
• model framework : NEMO-PISCES
• contracting authority : CICESE (https://www.cicese.edu.mx/)- contract value 100 kUSD
• long-term part-time project 2015-2019
• offsite + annual onsite stays
• large context CIGOM (https://cigom.org)