Results 301 to 310 of about 204,094 (353)
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Changing Arctic Ocean freshwater pathways
Nature, 2012Freshening in the Canada basin of the Arctic Ocean began in the 1990s and continued to at least the end of 2008. By then, the Arctic Ocean might have gained four times as much fresh water as comprised the Great Salinity Anomaly of the 1970s, raising the spectre of slowing global ocean circulation.
James, Morison +6 more
openaire +2 more sources
2004
A stock phrase “growing importance of so-and-so in the future century” can be to the largest extent applied to the Arctic Ocean. It essentially stems from its extreme geographical location, resulting from it harsh natural conditions and, subsequently, relatively low status of studies, development and involvement in economic activity. Its vast resources
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A stock phrase “growing importance of so-and-so in the future century” can be to the largest extent applied to the Arctic Ocean. It essentially stems from its extreme geographical location, resulting from it harsh natural conditions and, subsequently, relatively low status of studies, development and involvement in economic activity. Its vast resources
openaire +1 more source
2013
The Arctic Ocean is an almost entirely enclosed basin floored by two major tectonic zones, the Eurasia Basin that flanks the European continental margin, which is floored by a relatively regularly disposed oceanic crust at abyssal depths, and the Amerasia Basin, which has an older and more complex tectonic history.
Michael D. Max +2 more
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The Arctic Ocean is an almost entirely enclosed basin floored by two major tectonic zones, the Eurasia Basin that flanks the European continental margin, which is floored by a relatively regularly disposed oceanic crust at abyssal depths, and the Amerasia Basin, which has an older and more complex tectonic history.
Michael D. Max +2 more
openaire +1 more source
1989
The order Cumacea belongs to the super-order Peracarida, subclass Malacostraca, class Crustacea, according to the classification of McLaughlin, 1980. The cumaceans are primarily marine bottom-dwelling burrowing crustaceans. They live on argillaceous sands, feed on detritus, and graze on sand grains or are filter feeders.
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The order Cumacea belongs to the super-order Peracarida, subclass Malacostraca, class Crustacea, according to the classification of McLaughlin, 1980. The cumaceans are primarily marine bottom-dwelling burrowing crustaceans. They live on argillaceous sands, feed on detritus, and graze on sand grains or are filter feeders.
openaire +1 more source
1989
All organisms (bacteria, plants, and animals) that live unattached to the bottom of the sea and that have limited powers of locomotion for maintaining their position against the water currents are referred to as plankton (Hensen, 1887). The members of the phytoplankton are predominantly microscopic, unicellular, or colonial algae; are able to ...
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All organisms (bacteria, plants, and animals) that live unattached to the bottom of the sea and that have limited powers of locomotion for maintaining their position against the water currents are referred to as plankton (Hensen, 1887). The members of the phytoplankton are predominantly microscopic, unicellular, or colonial algae; are able to ...
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Reducing environmental plastic pollution by designing polymer materials for managed end-of-life
Nature Reviews Materials, 2021Kara Lavender, Ramani Narayan
exaly
1989
Radiolaria are unicellular planktonic animals inhabiting all oceans and seas with salinities from 32–38‰. There is no record of their occurrence in seas with lower salinity (the Black, Baltic, and Beloye seas); in near-shore regions the radiolarian abundance and diversity drop sharply.
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Radiolaria are unicellular planktonic animals inhabiting all oceans and seas with salinities from 32–38‰. There is no record of their occurrence in seas with lower salinity (the Black, Baltic, and Beloye seas); in near-shore regions the radiolarian abundance and diversity drop sharply.
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An evolving view on biogeochemical cycling of iron
Nature Reviews Microbiology, 2021Andreas Kappler +2 more
exaly
Tara Oceans: towards global ocean ecosystems biology
Nature Reviews Microbiology, 2020Shinichi Sunagawa +2 more
exaly