FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2148802590> ?p ?o ?g. }

• W2148802590 endingPage "671" @default.
• W2148802590 startingPage "658" @default.
• W2148802590 abstract "To investigate the combined effect of temperature and light availability on organic matter production and degradation during a winter/spring phytoplankton bloom in Kiel Bight, we conducted a mesocosm study applying two temperature regimes, ambient (T + 0) and plus 6°C (T + 6) and three irradiance levels. Rising temperature accelerated the onset of the phytoplankton bloom, while light intensity played only a minor role for the timing and bloom development. Maximum build-up of chlorophyll a and particulate organic carbon were ∼20% lower at T + 6 compared with T + 0, probably caused by a combination of elevated heterotrophic processes and enhanced sedimentation during the bloom. The latter is supported by increased TEP concentrations at T + 6 (TEP/POC 0.18 mol C/mol C) compared with T + 0 (0.11 mol C/mol C) during bloom conditions, which may have promoted cell aggregation and sinking. Dissolved organic carbon concentrations increased more rapidly at elevated temperature. For a warmer future ocean, we can hence expect two counteracting mechanisms controlling organic matter flow during phytoplankton blooms: (1) enhanced processing of organic matter via the microbial loop resulting in a faster recycling and (2) depending on the dominating phytoplankton species, enhanced TEP formation resulting in increased particle aggregation and thus export of carbon and nutrients." @default.
• W2148802590 created "2016-06-24" @default.
• W2148802590 creator A5005675240 @default.
• W2148802590 creator A5034765636 @default.
• W2148802590 creator A5074641731 @default.
• W2148802590 date "2014-02-09" @default.
• W2148802590 modified "2023-09-26" @default.
• W2148802590 title "Changes in organic matter cycling in a plankton community exposed to warming under different light intensities" @default.
• W2148802590 cites W1514046956 @default.
• W2148802590 cites W1533564470 @default.
• W2148802590 cites W1605207684 @default.
• W2148802590 cites W1964719461 @default.
• W2148802590 cites W197274034 @default.
• W2148802590 cites W1975273542 @default.
• W2148802590 cites W1977384597 @default.
• W2148802590 cites W1979437158 @default.
• W2148802590 cites W1980043924 @default.
• W2148802590 cites W1985326237 @default.
• W2148802590 cites W1987778021 @default.
• W2148802590 cites W1992958336 @default.
• W2148802590 cites W1995456642 @default.
• W2148802590 cites W1996557528 @default.
• W2148802590 cites W1996600193 @default.
• W2148802590 cites W1999882027 @default.
• W2148802590 cites W2001906942 @default.
• W2148802590 cites W2003459131 @default.
• W2148802590 cites W2006239628 @default.
• W2148802590 cites W2006763490 @default.
• W2148802590 cites W2011426345 @default.
• W2148802590 cites W2013509647 @default.
• W2148802590 cites W2015698632 @default.
• W2148802590 cites W2018446388 @default.
• W2148802590 cites W2023961838 @default.
• W2148802590 cites W2030082340 @default.
• W2148802590 cites W2033156385 @default.
• W2148802590 cites W2033369565 @default.
• W2148802590 cites W2035545217 @default.
• W2148802590 cites W2041228111 @default.
• W2148802590 cites W2045381798 @default.
• W2148802590 cites W2045675542 @default.
• W2148802590 cites W2047599526 @default.
• W2148802590 cites W2053022429 @default.
• W2148802590 cites W2059707467 @default.
• W2148802590 cites W2060944744 @default.
• W2148802590 cites W2063240006 @default.
• W2148802590 cites W2068264411 @default.
• W2148802590 cites W2070701293 @default.
• W2148802590 cites W2079905572 @default.
• W2148802590 cites W2084127858 @default.
• W2148802590 cites W2084278313 @default.
• W2148802590 cites W2084629531 @default.
• W2148802590 cites W2086862268 @default.
• W2148802590 cites W2095948591 @default.
• W2148802590 cites W2098230346 @default.
• W2148802590 cites W2107948936 @default.
• W2148802590 cites W2111573245 @default.
• W2148802590 cites W2122815839 @default.
• W2148802590 cites W2128809649 @default.
• W2148802590 cites W2130381234 @default.
• W2148802590 cites W2130689769 @default.
• W2148802590 cites W2130814388 @default.
• W2148802590 cites W2131511954 @default.
• W2148802590 cites W2132411129 @default.
• W2148802590 cites W2133617587 @default.
• W2148802590 cites W2140917225 @default.
• W2148802590 cites W2146713336 @default.
• W2148802590 cites W2148636866 @default.
• W2148802590 cites W2149980752 @default.
• W2148802590 cites W2150706222 @default.
• W2148802590 cites W2160575983 @default.
• W2148802590 cites W2160592938 @default.
• W2148802590 cites W2160736806 @default.
• W2148802590 cites W2171280987 @default.
• W2148802590 cites W4243118521 @default.
• W2148802590 cites W4249369816 @default.
• W2148802590 doi "https://doi.org/10.1093/plankt/fbu005" @default.
• W2148802590 hasPublicationYear "2014" @default.
• W2148802590 type Work @default.
• W2148802590 sameAs 2148802590 @default.
• W2148802590 citedByCount "14" @default.
• W2148802590 countsByYear W21488025902015 @default.
• W2148802590 countsByYear W21488025902016 @default.
• W2148802590 countsByYear W21488025902017 @default.
• W2148802590 countsByYear W21488025902018 @default.
• W2148802590 countsByYear W21488025902019 @default.
• W2148802590 crossrefType "journal-article" @default.
• W2148802590 hasAuthorship W2148802590A5005675240 @default.
• W2148802590 hasAuthorship W2148802590A5034765636 @default.
• W2148802590 hasAuthorship W2148802590A5074641731 @default.
• W2148802590 hasBestOaLocation W21488025901 @default.
• W2148802590 hasConcept C107872376 @default.
• W2148802590 hasConcept C108469399 @default.
• W2148802590 hasConcept C111368507 @default.
• W2148802590 hasConcept C120305227 @default.
• W2148802590 hasConcept C122846477 @default.
• W2148802590 hasConcept C127313418 @default.
• W2148802590 hasConcept C142796444 @default.
• W2148802590 hasConcept C151730666 @default.

• next