Persistent organic pollutants (POPs) are harmful to human health and to the environment. Their fate in the marine environment is not yet fully understood. An ocean model (FANTOM) has been developed to investigate the fate of selected POPs in the North Sea. The main focus of the model is on quantifying the distribution of POPs and their aquatic pathways. This is the first time that a spatially-resolved, measurement-based ocean transport model has been used to study POP-like substances, at least on the regional scale. The model was applied for the southern North Sea and tested by studying the behaviour of g-HCH, a-HCH and PCB 153 in sea water. This model study proves that transport models, such as FANTOM, are capable of reproducing realistic multi-year temporal and spatial trends of selected POPs and can be used to address further scientific questions.

Numeric modelling of spatial and temporal distribution and aquatic pathways of selected persistent organic pollutants in the North Sea Description of the FANTOM model bringing together different disciplines of natural sciences Includes supplementary material: sn.pub/extras

Inhalt
and Background.- The Fate and Transport Ocean Model (FANTOM): Model Description.- FANTOM: Model Setup.- FANTOM: Model Evaluation.- Occurrence and Pathways of Selected POPs in the North Sea.- Contribution of Individual Processes to the Cycling of Selected POPs in the North Sea.- Conclusions and Outlook.