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Euphausia
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11	their appendages in the recovery stroke. Reaching metanauplius stage the same specimens swam more frequently and over longer distances than before. From video recordings, I measured sinking rates of nauplii and metanaupl Add to Reading List Source URL: s3.amazonaws.com Language: English - Date: 2011-05-06 03:59:17 Protostome Echinoderms Crustaceans Antarctic krill Copepod Euphausia Ophionotus victoriae Starfish Thysanoessa Taxonomy Phyla Krill
12	strongly not to be abundant where adult E. superba were abundant, and likewise with Thysanoessa. The larval vs. adult separations occurred in both horizontal and vertical directions. All this makes good ecological sense, Add to Reading List Source URL: s3.amazonaws.com Language: English - Date: 2011-05-06 05:05:44 Phyla Aquatic ecology Fisheries Crustaceans Antarctic krill Biomass Swarm behaviour Euphausia Antarctica Krill Biology Physical geography
13	References Holm-Hansen, 0., and B.C. Mitchell. In press. Spatial and temporal distribution of phytoplankton and primary production in western Bransfield Strait region. Deep-Sea Research. Holm-Hansen, 0., B.C. Mitchell, C Add to Reading List Source URL: s3.amazonaws.com Language: English - Date: 2011-05-06 21:09:19 Protostome Edward Brinton Euphausia Edward Bransfield Antarctic krill Copepod Bransfield Strait Plankton Antarctic Peninsula Krill Taxonomy Phyla
14	swarm at random. Population densities were approximately 2,000 and 700 cubic centimeters beneath 1 square meter, respectively, each over a towing distance of about 1 kilometer. Zooplankton observations during leg 2 were Add to Reading List Source URL: s3.amazonaws.com Language: English - Date: 2011-05-06 06:06:16 Taxonomy Aquatic ecology Fisheries Crustaceans Oceanography Antarctic krill Edward Brinton Euphausia Copepod Krill Biology Phyla
15	We quickly recognized that the ADCP profiles of backscatter intensity appeared to be well-correlated to vertical distributions of euphausiids, principally E.superba, but including Thysanoessa macrura. Zooplankton samples Add to Reading List Source URL: s3.amazonaws.com Language: English - Date: 2011-05-06 19:43:48 Taxonomy Aquatic ecology Biological oceanography Planktology Fisheries Antarctic krill Euphausia Copepod Swarm behaviour Biology Krill Phyla
16	From three seasonal investigations, it is clear that the marginal ice zone is an important habitat for E. superba. The pack ice serves as a nursery ground for larval and juvenile krill and offers protection from predator Add to Reading List Source URL: s3.amazonaws.com Language: English - Date: 2011-05-06 16:32:34 Antarctic region Antarctic krill Argentine Antarctica British Antarctic Territory Antarctica Southern Ocean Euphausia Biomass Plankton Physical geography Krill Biology
17	in the horizontal on scales of at least 1-2 kilometers (tow distance) and that it may have remained there for several months. For Euphausia superba, we have analyzed samples from selected stations in the Bransfield Strai Add to Reading List Source URL: s3.amazonaws.com Language: English - Date: 2011-05-06 21:08:43 Protostome Biological oceanography Aquatic ecology Planktology Crustaceans Antarctic krill Euphausia Gerlache Strait Adrien de Gerlache Krill Taxonomy Phyla
18	enable us to calculate the total consumption by copepods at the same mesoscale resolution as other RACER data. We expect to be able to estimate-on a seasonal basis and with very high spatial resolution--what fraction of Add to Reading List Source URL: s3.amazonaws.com Language: English - Date: 2011-05-06 07:43:07 Taxonomy Oceanography Edward Brinton Crustaceans Fisheries science Euphausia Biological oceanography Antarctic krill Copepod Krill Biology Phyla
19	Phytoplankton ecology and krill distribution in the southern ocean tives included the study of krill biology and behavior and the relationship of krill to the physical, chemical, and biological environment. The Texas A&M Add to Reading List Source URL: s3.amazonaws.com Language: English - Date: 2011-05-06 06:04:06 Biology Phyla Biological oceanography Planktology Fisheries Antarctic krill Euphausia Plankton Swarm behaviour Krill Aquatic ecology Water
20	We ended the experiment when we saw no swimming nauplii in the pressure vessels 18 hours after the eggs hatched in the 2liter jars. One potential problem in the small closed vials would be lack of oxygen. The oxygen conc Add to Reading List Source URL: s3.amazonaws.com Language: English - Date: 2011-05-06 05:06:08 Protostome Crustaceans Antarctic krill Fisheries Euphausia Swarm behaviour Spawn Ocean Krill Phyla Taxonomy

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