Entity

Time filter

Source Type

Norway

Kauker F.,O.A.Sys Ocean Atmosphere Systems GmbH | Kaminski T.,Inversion Laboratory | Karcher M.,O.A.Sys Ocean Atmosphere Systems GmbH | Karcher M.,Alfred Wegener Institute for Polar and Marine Research | And 7 more authors.
Environmental Modelling and Software | Year: 2016

The North and Nordic Seas contains some of the world's most important fishery resources and is an area of significant traffic involving nuclear powered vessels and transports of nuclear and radioactive materials. Consumer awareness to even rumors of radioactive contamination imparts a special vulnerability to this region. The effective assignation of emergency resources, design of monitoring programs and provision of information regarding accidents relies upon an a-priori analysis of potential impacts. To this end, an adjoint sensitivity analysis regarding potential impacts on the most important regional fishery was conducted with a view towards development of a system capable of providing information regarding potential contaminant dispersal from any point within the North and Nordic Seas. Results indicate that the area is potentially vulnerable to releases of radioactive materials over a much wider area than has previously considered. © 2015 Elsevier Ltd. Source


Brown J.,Norwegian Radiation Protection Authority | Brown J.,CERAD As | Hosseini A.,Norwegian Radiation Protection Authority | Hosseini A.,CERAD As | And 8 more authors.
Journal of Environmental Management | Year: 2016

The transport of nuclear or radioactive materials and the presence of nuclear powered vessels pose risks to the Northern Seas in terms of potential impacts to man and environment as well socio-economic impacts. Management of incidents involving actual or potential releases to the marine environment are potentially difficult due to the complexity of the environment into which the release may occur and difficulties in quantifying risk to both man and environment. In order to address this, a state of the art oceanographic model was used to characterize the underlying variability for a specific radionuclide release scenario. The resultant probabilistic data were used as inputs to transfer and dose models providing an indication of potential impacts for man and environment This characterization was then employed to facilitate a rapid means of quantifying risk to man and the environment that included and addressed this variability. The radionuclide specific risk indices derived can be applied by simply multiplying the reported values by the magnitude of the source term and thereafter summing over all radionuclides to provide an indication of total risk. © 2016. Source

Discover hidden collaborations