CLIMESEAFOOD models climate-driven changes in marine food webs and contaminant bioaccumulation, improves understanding of trophic transfer and seafood safety, assesses high-latitude ecosystem responses, and evaluates future seafood risks under climate and fisheries scenarios.
CLIMESEAFOOD main objective will be addressed through the following activities:
Establish novel marine mechanistic ecosystem models with bioaccumulation models of critical contaminants under different simulated climate driven changes in food web structure (WP1). Lead Morten Skogen and Cecilie Hansen
Advance the understanding of contaminant trophic transfer dynamics in the context of seafood safety and changing climate conditions (WP1 WP2). Lead Sonnich Meier
Provide a mechanistic understanding of high latitude marine ecosystems’ response to changing environmental conditions (WP3 WP2). Lead Josef Rasinger
Risk assessment of future seafood in different climate and fisheries management scenarios (WP4 WP1). Lead Quant Ho Tri
compareMS2 is a tool for direct comparison of tandem mass spectrometry (MS/MS) datasets, typically from LC-MS/MS, in proteomics or metabolomics, defining a distance as a function of the share of similar spectra. Applications span biomedicine, phylogenetics, forensics, ecology and food science.