This SSA will demonstrate and extend the GMS applications for the management of environmental risks associated with man-made changes and industrial wastes in the Arctic regions. The development of methods of risk assessments using mathematical simulation models are extremely important, especially development of models for the anthropogenic waste concerned with persistent organic pollutants (POPs), industrial chemicals (PCP's), heavy metals and accidental releases of hydrocarbon pollutants s well as radioactivity waste demonstrated in RADARC.

To demonstrate and extend the uses of GMS applications for assessments of a potential radioactive spreading in the Arctic Ocean from European plants and relevant land-based sources in Siberia as obtained under the completed under INCO-2 "RADARC" project, in order to demonstrate and assess the potential of GMS applications for simulations of marine man-made and industrial wastes pollutants (persistent organic pollutants (POPs), industrial chemicals (e.g. PCP's), heavy metals and accidental releases of hydrocarbon pollutants) in the Arctic environment.

To validate, assess and integrate the use of GMS in the existing EU and Russian approaches to the monitoring of environmental risks management associated with man-made changes and industrial wastes in the Arctic region.