FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1967029751> ?p ?o ?g. }

• W1967029751 endingPage "34" @default.
• W1967029751 startingPage "25" @default.
• W1967029751 abstract "Summary Key factors governing polar ocean ecosystems are low temperatures and a pronounced seasonal variability of ice cover, light regime and primary production. Depending on their ecological niche and trophic position, zooplankton species at high latitudes have developed a variety of reproductive strategies and energetic adaptations to cope with these extreme environmental conditions. Life-cycle strategies of the herbivorous copepods and euphausiids, which make up the major portion of polar zooplankton biomass, include seasonal vertical migration, dormancy (diapause, quiescence) and the accumulation of energy reserves. These lipid stores help to buffer the pulsed seasonal food supply, and they play an important role in fueling reproduction independent of phytoplankton. Only a smaller fraction of the lipid reserves accumulated during spring and summer are usually catabolized for metabolic maintenance during the food-limited dark season. These deposits are retained until the end of winter and allow early egg production and spawning prior to—or coinciding with—the onset of vernal primary production. It enables the new generation to make full use of the short productive season for growth and development to reach viable overwintering stages. The Antarctic krill Euphausia superba is an exception since it uses its depot lipids for metabolic maintenance during the dark season. It therefore relies on external resources (Primary production) for reproductive processes, resulting in a later spawning period as compared to the other euphausiids. Another important component of the herbivorous Antarctic zooplankton, the salps, have developed a very different reproductive strategy. They are able to switch from sexual reproduction to asexual budding (metagenesis), which allows extreme multiplication rates under favourable feeding conditions. Due to these successful adaptations, herbivores are able to build up huge stocks, in spite of the short productive period. Omnivorous and carnivorous zooplankton species, e.g., amphipods or chaetognaths, are not much constrained by the seasonality problem, but experience a more constant food supply. They show a tendency towards K strategies with a prolonged reproductive period, reduced egg numbers and increasing parental care. However, they do not exhibit such typical “polar adaptations” as developed by the herbivorous species." @default.
• W1967029751 created "2016-06-24" @default.
• W1967029751 creator A5039988311 @default.
• W1967029751 date "1999-09-01" @default.
• W1967029751 modified "2023-10-06" @default.
• W1967029751 title "Reproductive strategies and energetic adaptations of polar zooplankton" @default.
• W1967029751 cites W1533916523 @default.
• W1967029751 cites W1909390701 @default.
• W1967029751 cites W1963872580 @default.
• W1967029751 cites W1971934122 @default.
• W1967029751 cites W1973644811 @default.
• W1967029751 cites W1978333247 @default.
• W1967029751 cites W1979311947 @default.
• W1967029751 cites W1983025523 @default.
• W1967029751 cites W1983692003 @default.
• W1967029751 cites W1984705237 @default.
• W1967029751 cites W1985116413 @default.
• W1967029751 cites W1986380027 @default.
• W1967029751 cites W1990244058 @default.
• W1967029751 cites W1993251770 @default.
• W1967029751 cites W1998751431 @default.
• W1967029751 cites W2000874173 @default.
• W1967029751 cites W2001893376 @default.
• W1967029751 cites W2004732080 @default.
• W1967029751 cites W2008268217 @default.
• W1967029751 cites W2013875961 @default.
• W1967029751 cites W2015631652 @default.
• W1967029751 cites W2016601028 @default.
• W1967029751 cites W2019089792 @default.
• W1967029751 cites W2028431654 @default.
• W1967029751 cites W2030601773 @default.
• W1967029751 cites W2031921850 @default.
• W1967029751 cites W2036917125 @default.
• W1967029751 cites W2043120626 @default.
• W1967029751 cites W2043826392 @default.
• W1967029751 cites W2047149732 @default.
• W1967029751 cites W2047700757 @default.
• W1967029751 cites W2048042194 @default.
• W1967029751 cites W2052840449 @default.
• W1967029751 cites W2053371392 @default.
• W1967029751 cites W2061225270 @default.
• W1967029751 cites W2066009261 @default.
• W1967029751 cites W2067398480 @default.
• W1967029751 cites W2071415447 @default.
• W1967029751 cites W2071658151 @default.
• W1967029751 cites W2073660350 @default.
• W1967029751 cites W2075035003 @default.
• W1967029751 cites W2078023728 @default.
• W1967029751 cites W2081060798 @default.
• W1967029751 cites W2081135340 @default.
• W1967029751 cites W2084256640 @default.
• W1967029751 cites W2089687429 @default.
• W1967029751 cites W2089854128 @default.
• W1967029751 cites W2091613707 @default.
• W1967029751 cites W2092292663 @default.
• W1967029751 cites W2094858667 @default.
• W1967029751 cites W2099647185 @default.
• W1967029751 cites W2134026101 @default.
• W1967029751 cites W2317098110 @default.
• W1967029751 cites W4235855659 @default.
• W1967029751 cites W4237030438 @default.
• W1967029751 cites W4255250421 @default.
• W1967029751 cites W567243738 @default.
• W1967029751 cites W2739485738 @default.
• W1967029751 doi "https://doi.org/10.1080/07924259.1999.9652674" @default.
• W1967029751 hasPublicationYear "1999" @default.
• W1967029751 type Work @default.
• W1967029751 sameAs 1967029751 @default.
• W1967029751 citedByCount "71" @default.
• W1967029751 countsByYear W19670297512012 @default.
• W1967029751 countsByYear W19670297512013 @default.
• W1967029751 countsByYear W19670297512014 @default.
• W1967029751 countsByYear W19670297512015 @default.
• W1967029751 countsByYear W19670297512016 @default.
• W1967029751 countsByYear W19670297512017 @default.
• W1967029751 countsByYear W19670297512019 @default.
• W1967029751 countsByYear W19670297512020 @default.
• W1967029751 countsByYear W19670297512021 @default.
• W1967029751 countsByYear W19670297512022 @default.
• W1967029751 countsByYear W19670297512023 @default.
• W1967029751 crossrefType "journal-article" @default.
• W1967029751 hasAuthorship W1967029751A5039988311 @default.
• W1967029751 hasConcept C100701293 @default.
• W1967029751 hasConcept C115540264 @default.
• W1967029751 hasConcept C142796444 @default.
• W1967029751 hasConcept C158836135 @default.
• W1967029751 hasConcept C170859357 @default.
• W1967029751 hasConcept C18903297 @default.
• W1967029751 hasConcept C2775881529 @default.
• W1967029751 hasConcept C2775921128 @default.
• W1967029751 hasConcept C2777492549 @default.
• W1967029751 hasConcept C2778296365 @default.
• W1967029751 hasConcept C2780892065 @default.
• W1967029751 hasConcept C3527866 @default.
• W1967029751 hasConcept C6557445 @default.
• W1967029751 hasConcept C72958200 @default.
• W1967029751 hasConcept C86803240 @default.
• W1967029751 hasConceptScore W1967029751C100701293 @default.

• next