Demersal fishes appearing at baited cameras at 2500 m depth either side of the axis of the Northern Mid-Atlantic Ridge (MAR) at 54°N and 49°, north and south of the Charlie Gibbs fracture Zone respectively, showed significant differences in species composition between north and south. A total of 19 taxa were observed, with Hydrolagus affinis, Bathyraja richardsoni, Halosauropsis macrochir, Histobranchus bathybius, Synaphobranchus kaupii, Coryphaenoides armatus, Corphaenoides brevibarbis, Coryphaenoides mediterraneus/leptolepis, Antimora rostrata and Spectrunculus crassa occurring at all locations. The total species assemblage comprised 40% of species captured by trawl at the same locations indicating a high proportion of scavenging species ...
The northern Mid-Atlantic Ridge (MAR), from Iceland to the Azores, ranges in depth from 800–4500 m a...
The assemblage structure and vertical distribution of deep-pelagic fishes relative to a mid-ocean ri...
The distribution and trophic ecology of many deepwater fishes in the North Atlantic are well documen...
AbstractDemersal fishes appearing at baited cameras at 2500m depth either side of the axis of the No...
AbstractDemersal fishes were sampled by single-warp otter trawl (OTSB) at three sites on the Mid-Atl...
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 ...
The bathypelagic zone, Earth’s largest living space, is essentially boundless in three dimensions fo...
The deep-pelagic zone (\u3e 200 m) is essentially boundless in 3 dimensions for most of its extent, ...
Only a miniscule fraction of the world’s largest volume of living space, the ocean’s midwater biome,...
Only a tiny fraction of the world\u27s largest volume of living space, the ocean\u27s mid-water regi...
The first observations of deep-demersal scavenging fishes are presented from three regions of the wo...
Only a tiny fraction of the world’s largest volume of living space, the ocean’s midwater biome, has ...
The study seeks to increase our knowledge on deepwater demersal fish assemblages and the biological ...
The ECOMAR project was a multidisciplinary process study conducted in the mid-North Atlantic, coinci...
The northern Mid-Atlantic Ridge (MAR), from Iceland to the Azores, ranges in depth from 800–4500 m a...
The assemblage structure and vertical distribution of deep-pelagic fishes relative to a mid-ocean ri...
The distribution and trophic ecology of many deepwater fishes in the North Atlantic are well documen...
AbstractDemersal fishes appearing at baited cameras at 2500m depth either side of the axis of the No...
AbstractDemersal fishes were sampled by single-warp otter trawl (OTSB) at three sites on the Mid-Atl...
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 ...
The bathypelagic zone, Earth’s largest living space, is essentially boundless in three dimensions fo...
The deep-pelagic zone (\u3e 200 m) is essentially boundless in 3 dimensions for most of its extent, ...
Only a miniscule fraction of the world’s largest volume of living space, the ocean’s midwater biome,...
Only a tiny fraction of the world\u27s largest volume of living space, the ocean\u27s mid-water regi...
The first observations of deep-demersal scavenging fishes are presented from three regions of the wo...
Only a tiny fraction of the world’s largest volume of living space, the ocean’s midwater biome, has ...
The study seeks to increase our knowledge on deepwater demersal fish assemblages and the biological ...
The ECOMAR project was a multidisciplinary process study conducted in the mid-North Atlantic, coinci...
The northern Mid-Atlantic Ridge (MAR), from Iceland to the Azores, ranges in depth from 800–4500 m a...
The assemblage structure and vertical distribution of deep-pelagic fishes relative to a mid-ocean ri...
The distribution and trophic ecology of many deepwater fishes in the North Atlantic are well documen...