AbstractDemersal fishes were sampled by single-warp otter trawl (OTSB) at three sites on the Mid-Atlantic Ridge (MAR), to the northeast (NE), northwest (NW) and southeast (SE) of the Charlie–Gibbs Fracture Zone at approximately 2500m depth. The mean abundance was 4109fishkm−2 (SD 3714) and biomass 897.1kgkm−2 (SD 842.9) compared with 1996fishkm−2 (SD 1497) and 721.2kgkm−2 (SD 387) at the same depth on the Porcupine Seabight (PSB) segment of the NE Atlantic Ocean margin from previous studies. There was no significant difference in biomass or abundance between the three sites on the MAR, nor in comparison with the ocean margin. A total of fish 22 species were recorded at the three MAR sites with evidence of highest species richness at the SE ...
The ichthyofauna of ocean margin regions is characterised by a succession of different species occur...
The assemblage structure and vertical distribution of deep-pelagic fishes relative to a mid-ocean ri...
The assemblage structure and ecology of meso- and bathypelagic fishes are poorly known in general, p...
AbstractDemersal fishes appearing at baited cameras at 2500m depth either side of the axis of the No...
Demersal fishes appearing at baited cameras at 2500 m depth either side of the axis of the Northern ...
AbstractDemersal fish were assessed by remotely operated vehicle (ROV) video transects at sites to t...
As part of an ongoing study of the northern Mid-Atlantic Ridge biodiversity and ecology (CoML field ...
Only a tiny fraction of the world\u27s largest volume of living space, the ocean\u27s mid-water regi...
The deep-pelagic zone (\u3e 200 m) is essentially boundless in 3 dimensions for most of its extent, ...
The bathypelagic zone, Earth’s largest living space, is essentially boundless in three dimensions fo...
Only a tiny fraction of the world’s largest volume of living space, the ocean’s midwater biome, has ...
Only a miniscule fraction of the world’s largest volume of living space, the ocean’s midwater biome,...
The distribution and trophic ecology of many deepwater fishes in the North Atlantic are well documen...
The spatial distribution of organisms plays a key role in facilitating biological processes, such as...
The ichthyofauna of ocean margin regions is characterised by a succession of different species occur...
The assemblage structure and vertical distribution of deep-pelagic fishes relative to a mid-ocean ri...
The assemblage structure and ecology of meso- and bathypelagic fishes are poorly known in general, p...
AbstractDemersal fishes appearing at baited cameras at 2500m depth either side of the axis of the No...
Demersal fishes appearing at baited cameras at 2500 m depth either side of the axis of the Northern ...
AbstractDemersal fish were assessed by remotely operated vehicle (ROV) video transects at sites to t...
As part of an ongoing study of the northern Mid-Atlantic Ridge biodiversity and ecology (CoML field ...
Only a tiny fraction of the world\u27s largest volume of living space, the ocean\u27s mid-water regi...
The deep-pelagic zone (\u3e 200 m) is essentially boundless in 3 dimensions for most of its extent, ...
The bathypelagic zone, Earth’s largest living space, is essentially boundless in three dimensions fo...
Only a tiny fraction of the world’s largest volume of living space, the ocean’s midwater biome, has ...
Only a miniscule fraction of the world’s largest volume of living space, the ocean’s midwater biome,...
The distribution and trophic ecology of many deepwater fishes in the North Atlantic are well documen...
The spatial distribution of organisms plays a key role in facilitating biological processes, such as...
The ichthyofauna of ocean margin regions is characterised by a succession of different species occur...
The assemblage structure and vertical distribution of deep-pelagic fishes relative to a mid-ocean ri...
The assemblage structure and ecology of meso- and bathypelagic fishes are poorly known in general, p...