FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2102422452> ?p ?o ?g. }

• W2102422452 endingPage "428" @default.
• W2102422452 startingPage "415" @default.
• W2102422452 abstract "Respiratory rates of microbial plankton in five estuaries of Georgia, U.S.A. are similar at any given time of year, both within and among the estuaries, but change from 0·16±0·02 μm h−1(mean±SE) in winter to 0·95±0·08 μm h−1in summer, following the Arrhenius law. In short-term enrichment experiments, heterotrophs respond to added labile carbon, thus indicating a dual temperature-substrate limitation. The relatively much greater microbial metabolic rates in the marsh sediments than in estuarine water, the dominance of estuarine primary production in south-eastern U.S.A. by higher plants, and limited phytoplankton production in turbid water may explain the carbon limitation. Respiratory rates of south-eastern U.S.A. continental shelf microbial plankton are 1·1±0·14 μm h−1near shore in winter and 0·95±0·08 μm O2 h−1in summer. In mid-shelf they are 0·7±0·11 in winter and 1·3±0·28 in summer, and at the edge of the Gulf Stream they are 0·3±0·1 in winter and 1·0±0·3 in summer. Thus, in contrast to the estuaries, microbial respiration in shelf waters is as high throughout the year as estuarine respiration in summer, showing no significant seasonal change, but respiration in the Gulf Stream changes seasonally. Although primary production on the south-eastern shelf is relatively high, especially near shore and in intrusions of North Atlantic Central Water, no correlation was found between respiratory rates of microbial plankton and concentrations of chlorophyll a. Concentrations of dissolved free amino acids in continental shelf waters are 39–87 n m with no evident seasonal cycle. Compared to other estuarine-shelf systems, the south-eastern system is known not to be highly productive of higher trophic levels, i.e. fishes and shellfish. We postulate that this is a result of the trophic structure on the south-eastern U.S. continental shelf system which in turn is a consequence of the distribution of macronutrients, principally nitrogen. Most new nitrogen is from the North Atlantic Central Water rather than from terrestrial sources and, therefore, it is less well distributed over the central shelf." @default.
• W2102422452 created "2016-06-24" @default.
• W2102422452 creator A5006610642 @default.
• W2102422452 creator A5029125076 @default.
• W2102422452 creator A5040754641 @default.
• W2102422452 creator A5073485450 @default.
• W2102422452 creator A5080114436 @default.
• W2102422452 creator A5089805138 @default.
• W2102422452 date "2000-10-01" @default.
• W2102422452 modified "2023-09-27" @default.
• W2102422452 title "Seasonal Changes in Microbial Processes in Estuarine and Continental Shelf Waters of the South-eastern U.S.A." @default.
• W2102422452 cites W1963568598 @default.
• W2102422452 cites W1963840889 @default.
• W2102422452 cites W1964124956 @default.
• W2102422452 cites W1968185171 @default.
• W2102422452 cites W1968411069 @default.
• W2102422452 cites W1973728731 @default.
• W2102422452 cites W1982390700 @default.
• W2102422452 cites W1984390212 @default.
• W2102422452 cites W1987053780 @default.
• W2102422452 cites W1987871965 @default.
• W2102422452 cites W1990475711 @default.
• W2102422452 cites W2004652475 @default.
• W2102422452 cites W2005006578 @default.
• W2102422452 cites W2008311494 @default.
• W2102422452 cites W2014003043 @default.
• W2102422452 cites W2017537773 @default.
• W2102422452 cites W2019378920 @default.
• W2102422452 cites W2019613390 @default.
• W2102422452 cites W2020744345 @default.
• W2102422452 cites W2021024533 @default.
• W2102422452 cites W2023159838 @default.
• W2102422452 cites W2025878918 @default.
• W2102422452 cites W2035810085 @default.
• W2102422452 cites W2036140820 @default.
• W2102422452 cites W2043353746 @default.
• W2102422452 cites W2046478595 @default.
• W2102422452 cites W2047015783 @default.
• W2102422452 cites W2048447885 @default.
• W2102422452 cites W2052464212 @default.
• W2102422452 cites W2057130317 @default.
• W2102422452 cites W2057468627 @default.
• W2102422452 cites W2064090530 @default.
• W2102422452 cites W2074771621 @default.
• W2102422452 cites W2082614881 @default.
• W2102422452 cites W2082730554 @default.
• W2102422452 cites W2092229594 @default.
• W2102422452 cites W2099852114 @default.
• W2102422452 cites W2121183097 @default.
• W2102422452 cites W2129407763 @default.
• W2102422452 cites W2136774340 @default.
• W2102422452 cites W2136886008 @default.
• W2102422452 cites W2150914899 @default.
• W2102422452 cites W2157718604 @default.
• W2102422452 cites W2158476323 @default.
• W2102422452 cites W2158692283 @default.
• W2102422452 cites W2169543125 @default.
• W2102422452 cites W2282448634 @default.
• W2102422452 cites W2328467696 @default.
• W2102422452 cites W2796052360 @default.
• W2102422452 cites W2887736385 @default.
• W2102422452 cites W3131606346 @default.
• W2102422452 doi "https://doi.org/10.1006/ecss.2000.0690" @default.
• W2102422452 hasPublicationYear "2000" @default.
• W2102422452 type Work @default.
• W2102422452 sameAs 2102422452 @default.
• W2102422452 citedByCount "44" @default.
• W2102422452 countsByYear W21024224522012 @default.
• W2102422452 countsByYear W21024224522013 @default.
• W2102422452 countsByYear W21024224522014 @default.
• W2102422452 countsByYear W21024224522015 @default.
• W2102422452 countsByYear W21024224522016 @default.
• W2102422452 countsByYear W21024224522017 @default.
• W2102422452 countsByYear W21024224522018 @default.
• W2102422452 countsByYear W21024224522022 @default.
• W2102422452 crossrefType "journal-article" @default.
• W2102422452 hasAuthorship W2102422452A5006610642 @default.
• W2102422452 hasAuthorship W2102422452A5029125076 @default.
• W2102422452 hasAuthorship W2102422452A5040754641 @default.
• W2102422452 hasAuthorship W2102422452A5073485450 @default.
• W2102422452 hasAuthorship W2102422452A5080114436 @default.
• W2102422452 hasAuthorship W2102422452A5089805138 @default.
• W2102422452 hasConcept C104317684 @default.
• W2102422452 hasConcept C108469399 @default.
• W2102422452 hasConcept C111368507 @default.
• W2102422452 hasConcept C120221134 @default.
• W2102422452 hasConcept C127313418 @default.
• W2102422452 hasConcept C142796444 @default.
• W2102422452 hasConcept C151913843 @default.
• W2102422452 hasConcept C184751465 @default.
• W2102422452 hasConcept C18903297 @default.
• W2102422452 hasConcept C2780892065 @default.
• W2102422452 hasConcept C39432304 @default.
• W2102422452 hasConcept C55493867 @default.
• W2102422452 hasConcept C86803240 @default.
• W2102422452 hasConcept C88160329 @default.
• W2102422452 hasConceptScore W2102422452C104317684 @default.
• W2102422452 hasConceptScore W2102422452C108469399 @default.

• next