Add to ORKGSustainable development of the salmon farming industry requires knowledge of the biogeochemical impacts of fish farm emissions. To investigate the spatial and temporal scales of farm impacts on the water column and benthic biogeochemistry, we coupled the C-N-P-Si-O-S-Mn-Fe transformation model BROM with a 2-dimensional benthic-pelagic transport model (2DBP), considering vertical and horizontal transport in the water and upper 5 cm of sediments along a 10 km transect centered on a fish farm. The 2DBP model was forced by hydrophysical model data for the Hardangerfjord in western Norway. Model simulations showed reasonable agreement with field data from the Hardangerfjord in August 2016 (correlations between the model and observations were sig...
An accurate representation of the particle organic matter (POM) footprint is necessary in order to e...
Global expansion of salmon aquaculture is contingent upon finding new, large-capacity farming locati...
A spatially explicit coupled hydrodynamic-mass transport model system was used to simulate dispersal...
Sustainable development of the salmon farming industry requires knowledge of the biogeochemical impa...
Along the Norwegian coastline, it is predicted that salmonid aquaculture will rapidly expand in the ...
-Along the Norwegian coastline, it is predicted that salmonid aquaculture will rapidly expand in the...
An integrated approach is described for modelling interactions between off-shore fish cages and biog...
We present a novel approach for the simulation of the impacts of finfish aquaculture on sedimentary ...
Fish farms typically generate a localised gradient of both organic and inorganic pollutants in the u...
Abstract Data collected at marine farm sites on Stewart Island, New Zealand, were used to test the m...
The factors affecting patterns of benthic [seabed] biology and chemistry around 50 Scottish fish far...
An accurate representation of the particle organic matter (POM) footprint is necessary in order to e...
Global expansion of salmon aquaculture is contingent upon finding new, large-capacity farming locati...
A spatially explicit coupled hydrodynamic-mass transport model system was used to simulate dispersal...
Sustainable development of the salmon farming industry requires knowledge of the biogeochemical impa...
Along the Norwegian coastline, it is predicted that salmonid aquaculture will rapidly expand in the ...
-Along the Norwegian coastline, it is predicted that salmonid aquaculture will rapidly expand in the...
An integrated approach is described for modelling interactions between off-shore fish cages and biog...
We present a novel approach for the simulation of the impacts of finfish aquaculture on sedimentary ...
Fish farms typically generate a localised gradient of both organic and inorganic pollutants in the u...
Abstract Data collected at marine farm sites on Stewart Island, New Zealand, were used to test the m...
The factors affecting patterns of benthic [seabed] biology and chemistry around 50 Scottish fish far...
An accurate representation of the particle organic matter (POM) footprint is necessary in order to e...
Global expansion of salmon aquaculture is contingent upon finding new, large-capacity farming locati...
A spatially explicit coupled hydrodynamic-mass transport model system was used to simulate dispersal...