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- ...minute phytoplankton, thereby using the primary production energy that the phytoplankton originally derived from the sun in order to sustain their open ocean life c ...s transparent skin, an indication that this species feeds predominantly on phytoplankton—especially very small diatoms, which it filters from the water with a ''f12 KB (2,014 words) - 07:30, 1 December 2019
- ...evel connection – near the bottom of the food chain – because they feed on phytoplankton and (to a lesser extent) zooplankton, converting these into a form suitable ...ndeed in those species (such as ''Euphausia spp.'') that feed primarily on phytoplankton, in particular on diatoms, which are unicellular algae. Krill are mostly om7 KB (1,033 words) - 05:47, 9 April 2018
- ...ctic, creating a zone of upwelling nutrients. These nurture high levels of phytoplankton with associated copepods and [[krill]], and resultant foodchains supporting4 KB (608 words) - 16:57, 15 May 2018
- ...om deep waters. This is expected to cause an overall shift towards pelagic phytoplankton production. Because sea ice algae are often the base of the food web, these4 KB (666 words) - 07:24, 24 December 2018
- ...welling create a zone very high in nutrients. These nurture high levels of phytoplankton with associated copepods and [[Antarctic krill]], and resultant foodchains ...ing from the Antarctic ozone hole has reduced marine primary productivity (phytoplankton) by as much as 15% and has started damaging the DNA of some fish. Illegal,11 KB (1,728 words) - 19:17, 9 March 2020
- Some species of marine animals exist and rely, directly or indirectly, on the phytoplankton. Antarctic sea life includes penguins, [[blue whale]]s, [[orca]]s, [[coloss Seven hundred species of algae exist, most of which are phytoplankton. Multicolored snow algae and diatoms are especially abundant in the coastal40 KB (6,265 words) - 16:16, 2 March 2024