Data from plankton sampling and Optical Plankton Counter deployments during six cruises between December of 1994 and 1999 have been used to derive a composite three-dimensional distribution of the abundance of Calanus finmarchicus during winter (December-January) in the Norwegian Sea and Northeast Atlantic. There are two centres of abundance, one in the eastern Norwegian Sea and Faroe-Shetland Channel, associated with the interface between Norwegian Sea Deep Water and Intermediate Water layers, and another in the Irminger Sea southwest of Iceland in association with Labrador Sea Water. In the open Northeast Atlantic, the concentration of wintering animals is around 30% of that in the Norwegian Sea and the vertical distribution is more diffu...
The copepod Calanus finmarchicus is an important part of the Norwegian Sea ecosystem because of its ...
Overwintering Calanus spp. were studied in four Norwegian fjords with different predator regimes and...
While marine ecosystems in polar areas were thought to be mostly inactive during the polar night, re...
Data from plankton sampling and Optical Plankton Counter deployments during six cruises between Dece...
as icu ep o ar lan centres of abundance, one in the eastern Norwegian Sea and Faroe–Shetland Channel...
Data from plankton net and Optical Plankton Counter sampling during 12 winter cruises between 1994 a...
Calanoid copepods are key taxa in the North Sea as they are the main food source for many fish stock...
Here we present a new, pan-Atlantic compilation and analysis of data on Calanus finmarchicus abundan...
The population of Calanus finmarchicus in the North Sea is replenished each spring by invasion from ...
This paper analyses spatial and seasonal patterns for near-surface abundances of four Calanus specie...
During winter 2003 and 2004, zooplankton and hydrographic data were collected in the northern parts ...
Continuous Plankton Recorder data suggest that the Irminger Sea supports a major proportion of the s...
The copepod Calanus finmarchicus is an important part of the Norwegian Sea ecosystem because of its ...
Overwintering Calanus spp. were studied in four Norwegian fjords with different predator regimes and...
While marine ecosystems in polar areas were thought to be mostly inactive during the polar night, re...
Data from plankton sampling and Optical Plankton Counter deployments during six cruises between Dece...
as icu ep o ar lan centres of abundance, one in the eastern Norwegian Sea and Faroe–Shetland Channel...
Data from plankton net and Optical Plankton Counter sampling during 12 winter cruises between 1994 a...
Calanoid copepods are key taxa in the North Sea as they are the main food source for many fish stock...
Here we present a new, pan-Atlantic compilation and analysis of data on Calanus finmarchicus abundan...
The population of Calanus finmarchicus in the North Sea is replenished each spring by invasion from ...
This paper analyses spatial and seasonal patterns for near-surface abundances of four Calanus specie...
During winter 2003 and 2004, zooplankton and hydrographic data were collected in the northern parts ...
Continuous Plankton Recorder data suggest that the Irminger Sea supports a major proportion of the s...
The copepod Calanus finmarchicus is an important part of the Norwegian Sea ecosystem because of its ...
Overwintering Calanus spp. were studied in four Norwegian fjords with different predator regimes and...
While marine ecosystems in polar areas were thought to be mostly inactive during the polar night, re...