2328 page results
M.AtMB.Mu.UrcCom.GraAcu Gracilechinus acutus norvegicus assemblage on Atlantic mid bathyal mud
Published date 2015-03This biotope consists of aggregations of Gracilechinus acutus norvegicus (previously Echinus acutus norvegicus) on mud substrate. Gage (1986) reports this assemblage from 700-1400m on pelagic ooze and...
M.AtUB.Co.SpaEnc.SquRub Squat lobster assemblage on Atlantic upper bathyal coarse sediment (Lophelia rubble)
Published date 2015-03This biotope describes the fringing rubble apron of cold water coral mounds or accumulations of gravel size Lophelia pertusa skeleton. Freiwald et al. (2004) list those species occurring within this z...
M.AtLB.Co.XenCom Xenophyophore dominated community on Atlantic lower bathyal coarse sediment
Published date 2015-03This broad community is characterised by dense aggreations of xenophyophores. Associated species will vary with depth and sediment type but may include squat lobsters (Munida), Ophiuroids, Majid crabs...
M.AtUA.Mu.UrcCom.GraAle Gracilechinus alexandri, Psilaster and Plinthaster assemblage on Atlantic upper abyssal mud
Published date 2015-03This biotope consists of urchin Gracilechinus alexandri with seastars on mud substrate. Gage (1986) describes an assemblage from the continental slope west of the Hebrides (Rockall Trough) between 140...
M.AtLB.Mx Atlantic lower bathyal mixed sediment
Published date 2015-03Deep-sea mixed sediment has not been sampled widely for infauna so little is currently known about infaunal community structure. Epifauna tend to be sparse mobile species. In the absence of ecological...
M.AtLB.Bi.CorRee.SolVar Atlantic lower bathyal live Solenosmilia variabilis reef (biogenic structure)
Published date 2015-03This biotope is similar to Lophelia pertusa reef, but the dominant scleractinian species is Solenosmilia variabilis. It is generally found deeper than Lophelia pertusa reef in the lower bathyal zone (...
M.AtLA.Bi Atlantic lower abyssal biogenic structure
Published date 2015-03A biogenic structure is formed when reef-forming species, such as cold water corals, attach to any hard substrate present and grow over the surrounding area forming a secondary substrate over the top....
M.AtUB.Sa Atlantic upper bathyal sand
Published date 2015-03Deep-sea sand sediments have a diverse infaunal community dominated by polychaetes. Epifauna tend to be sparse, mobile species, or burrowing fauna such as anemones and brittlestars visible at the surf...
M.AtMB.Mu Atlantic mid bathyal mud
Published date 2015-03Deep-sea mud sediments have a diverse infaunal community dominated by polychaetes. Epifauna tend to be sparse, mobile species, but aggregations of erect fauna such as glass sponges, seapens and soft c...
M.AtMA.Ro Atlantic mid abyssal rock and other hard substrata
Published date 2015-03Rock and other hard substrate has a more diverse epifaunal community as species attach to the hard surface that in turn attract more fauna. Deep-sea rock is generally encrusted in a range of species i...