We investigate how cod feeding data may be included into a recently developed age-structured model for a coastal cod population in a small fjord in northern Norway. The model integrates data from mark-recapture experiments, trawl-surveys and commercial catches. The fjord population has high biomass density (2-3 tonnes km-2) and low fishing mortality rates (FNo disponibl
An increasing concern in sheries management in Norway is how the Arcto-Norwegian Cod (ANC), with i...
An increasing concern in sheries management in Norway is how the Arcto-Norwegian Cod (ANC), with it...
The Northeast Arctic cod (Gadus morhua) stock inhabits the Barents Sea and spawns along the Norwegia...
The carrying capacity for cod in a Norwegian fjord was analysed by means of a simulation model. Four...
The carrying capacity for cod in a Norwegian fjord was analysed by means of a simulation model. Four...
The carrying capacity for cod in a Norwegian fjord was analysed by means of a simulation model. Four...
The carrying capacity for cod in a Norwegian fjord was analysed by means of a simulation model. Four...
Shallow waters (<30 meters) are important nursery areas for coastal cod, saithe and pollack, befo...
The coastal zone along the outer Oslofjord is physically unique and home to many ecologically deplet...
In the northeast Atlantic, management advice for fisheries is usually based on Virtual Population An...
In the northeast Atlantic, management advice for fisheries is usually based on Virtual Population A...
Abstract The NORWECOM ocean model system implemented with the ROMS ocean circulation model has been...
Since 1983 more than one million reared cod juveniles have been tagged and released in different are...
For Northeast Arctic cod (Gadus morhua), there is much knowledge available concerning the main popul...
Since 1983 more than one million reared cod juveniles have been tagged and released in different ar...
An increasing concern in sheries management in Norway is how the Arcto-Norwegian Cod (ANC), with i...
An increasing concern in sheries management in Norway is how the Arcto-Norwegian Cod (ANC), with it...
The Northeast Arctic cod (Gadus morhua) stock inhabits the Barents Sea and spawns along the Norwegia...
The carrying capacity for cod in a Norwegian fjord was analysed by means of a simulation model. Four...
The carrying capacity for cod in a Norwegian fjord was analysed by means of a simulation model. Four...
The carrying capacity for cod in a Norwegian fjord was analysed by means of a simulation model. Four...
The carrying capacity for cod in a Norwegian fjord was analysed by means of a simulation model. Four...
Shallow waters (<30 meters) are important nursery areas for coastal cod, saithe and pollack, befo...
The coastal zone along the outer Oslofjord is physically unique and home to many ecologically deplet...
In the northeast Atlantic, management advice for fisheries is usually based on Virtual Population An...
In the northeast Atlantic, management advice for fisheries is usually based on Virtual Population A...
Abstract The NORWECOM ocean model system implemented with the ROMS ocean circulation model has been...
Since 1983 more than one million reared cod juveniles have been tagged and released in different are...
For Northeast Arctic cod (Gadus morhua), there is much knowledge available concerning the main popul...
Since 1983 more than one million reared cod juveniles have been tagged and released in different ar...
An increasing concern in sheries management in Norway is how the Arcto-Norwegian Cod (ANC), with i...
An increasing concern in sheries management in Norway is how the Arcto-Norwegian Cod (ANC), with it...
The Northeast Arctic cod (Gadus morhua) stock inhabits the Barents Sea and spawns along the Norwegia...