Three types of Sebastes mentella in the Irminger Sea and adjacent waters have been described and there is a strong controversy about whether these types are more than one stock. Preliminary genetic studies have shown the existence of three different groups, characterised by genetic differences. The biological or ecological significance of these between-group differences, however, has not been evaluated yet. In the present paper, we review the S. mentella life cycle in the area from published data. Spawning of S. mentella in the Irminger Sea takes place in a single area above Reykjanes Ridge. The larvae drift towards East Greenland and from there they are carried to West Greenland (NAFO Subareas 0+1). Afterwards, they return to East Greenlan...
There are two species of redfish in Divisions 3L and 3N, the deep-sea redfish (Sebastes mentella) an...
Vertical divergence in marine organisms is being increasingly documented, yet much remainsto be done...
Beaked redfish inhabits North Atlantic waters in the depth range 100–950 m, over the conti...
Throughout their range, Sebastes spp. are adapted to a diversity of ecological niches, with overlapp...
The biological features of adult beaked redfish (Sebastes mentella Travin) of the Irminger Sea, dist...
Recent genetic research, supported by life history information, indicates that there are three biol...
Genetic population structure is often used to identify management units in exploited species, but th...
This study provides evidence of the influence of hydrography and large scale ocean circulation on th...
Vertical divergence in marine organisms is being increasingly documented, yet much remains to be car...
Understanding the processes shaping population structure and reproductive isolation of marine organi...
Study of redfish migration by traditional tagging-methods faces great difficulties. The redfish take...
Long term bilateral Russian/Norwegian scientific co-operation as a basis for sustainable management ...
Based on the data from research in 1983-2002, the results from the study of deepwater redfish sexual...
ow nloaded from Greenland, Iceland) that were relatively well separated from the Flemish Cap and Bar...
Despite the striking physical and environmental gradients associated with depth variation in the oce...
There are two species of redfish in Divisions 3L and 3N, the deep-sea redfish (Sebastes mentella) an...
Vertical divergence in marine organisms is being increasingly documented, yet much remainsto be done...
Beaked redfish inhabits North Atlantic waters in the depth range 100–950 m, over the conti...
Throughout their range, Sebastes spp. are adapted to a diversity of ecological niches, with overlapp...
The biological features of adult beaked redfish (Sebastes mentella Travin) of the Irminger Sea, dist...
Recent genetic research, supported by life history information, indicates that there are three biol...
Genetic population structure is often used to identify management units in exploited species, but th...
This study provides evidence of the influence of hydrography and large scale ocean circulation on th...
Vertical divergence in marine organisms is being increasingly documented, yet much remains to be car...
Understanding the processes shaping population structure and reproductive isolation of marine organi...
Study of redfish migration by traditional tagging-methods faces great difficulties. The redfish take...
Long term bilateral Russian/Norwegian scientific co-operation as a basis for sustainable management ...
Based on the data from research in 1983-2002, the results from the study of deepwater redfish sexual...
ow nloaded from Greenland, Iceland) that were relatively well separated from the Flemish Cap and Bar...
Despite the striking physical and environmental gradients associated with depth variation in the oce...
There are two species of redfish in Divisions 3L and 3N, the deep-sea redfish (Sebastes mentella) an...
Vertical divergence in marine organisms is being increasingly documented, yet much remainsto be done...
Beaked redfish inhabits North Atlantic waters in the depth range 100–950 m, over the conti...