Anagram & Information om | Engelska ordet HADAL

Exempel på hur du använder HADAL i en mening

• As one of the deepest hadal trenches, the sediment of the Horizon Deep harbours a community of roundworms.
• The genomes of both the Yap hadal snailfish and Mariana hadal snailfish have been found to contain an abundance of the fmo3 gene, which produces the trimethylamine N-oxide (TMAO) protein stabilizer.
• Dumbo octopuses are the deepest living octopuses known, with some specimens captured or observed at hadal depths.
• The other individual, a small crustacean, is tentatively identified as a munnopsid isopod, based on morphology and similar walking and jumping movements observed for other hadal munnopsid isopods.
• The WWF Global 200 work also identifies a number of major habitat types that correspond to the terrestrial biomes: polar, temperate shelves and seas, temperate upwelling, tropical upwelling, tropical coral, pelagic (trades and westerlies), abyssal, and hadal (ocean trench).
• The term "hadal" was first proposed in 1956 by Anton Frederik Bruun to describe the parts of the ocean deeper than , leaving abyssal for the parts at.
• Deep-sea fish have adapted to the extreme hydrostatic pressures of depth through a number of factors, including increasing osmolality, with one of the deepest known fish in the world, the hadal snailfish (Notoliparis kermadecensis) having a recorded muscle osmolality of 991 ± 22 mOsmol/kg, almost four times the osmolality of mammals and three times that of shallow water fish species (typically 350 mOsmol/kg).
• The team reported sightings of what they believed to be previously unknown species, including a hadal snailfish and a gelatinous organism believed to be a stalked ascidian.
• The large egg size indicates continuous egg laying in hadal snailfish; some species spawn their eggs among cold-water coral, kelp, stones, or xenophyophores, and the males will guard the egg sometimes.
• It has been found that the hadal depth's prokaryotic SSU rRNA gene communities in the challenger deep are dominated by the bacteria SAR406 and bacteroidetes, and the deepest depths have an increase in gammaproteobacteria, which both contrast with the aphotic waters above that are dominated by SAR11 and thaumarchaeota.

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