FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2807291005> ?p ?o ?g. }

• W2807291005 abstract "The size-frequency distributions of death assemblages were compared at three sites on the inner continental shelf of Texas by means of three descriptor variables, numerical abundance, paleoproduction (biomass at death), and paleoingestion (lifetime ingestion, a measure of energy flow). These death assemblages were then compared with six other death assemblages covering a transect from the estuary (Copano Bay, TX) to the continental slope. Typically, size-frequency distributions are based on abundance and size classes are set proportional to the largest individual in the collection. Restriction to this one analysis would have identified few of the important trends observed in this study. The evaluation of size frequency on the basis of species' maximum size as well as assemblage maximum size and the comparison of a suite of assemblages on the basis of the largest maximum size provide important new inferences into community dynamics. The distribution of measures of energy flow across the size-frequency spectrum provided an additional, valuable source of information on community structure and habitat optimality. Within-habitat variability was consistently less than between-habitat variability. The autochthonous continental slope assemblages were the most diverse in their size-frequency spectra. Comparison between habitats showed that the continental slope assemblages had the largest proportion of adult individuals. The continental shelf assemblages were dominated by juveniles. The chemoautotrophic and heterotrophic assemblages in Copano Bay and on the continental slope were similar in most respects despite substantial differences in their trophic structure. Similarity existed in the proportion of adults, in the tendency toward bimodality, and in the degree to which species reached maximum size. The shapes of the size-frequency spectra were controlled in large measure by (a) the relative loss of juveniles through taphonomy, (b) the degree of survivorship to adulthood, probably predominately determined by predation, (c) the food and space resources present that control species size, and (d) the optimality of the habitat that allowed animals to approach maximum size. The habitats on the continental slope had the highest proportion of individuals near maximum size. The Copano Bay assemblages were also characterized by a large proportion of adult individuals; however, these normally did not reach sizes above 70% of species' maximum size. The largest individuals were found at the petroleum seeps and in the heterotrophic assemblages from Copano Bay. Continental slope habitats should be temporally most stable, and our information supports that expectation. Food supply should be greatest in estuaries and in cold seeps where chemosynthetic" @default.
• W2807291005 created "2018-06-13" @default.
• W2807291005 creator A5029601107 @default.
• W2807291005 creator A5063819696 @default.
• W2807291005 date "2000-01-01" @default.
• W2807291005 modified "2023-09-26" @default.
• W2807291005 title "Onshore–Offshore Trends in the Size-Frequency Distribution of Death Assemblages: Northwestern Gulf of Mexico" @default.
• W2807291005 cites W1965339935 @default.
• W2807291005 cites W1974521733 @default.
• W2807291005 cites W1978453356 @default.
• W2807291005 cites W1980004216 @default.
• W2807291005 cites W1990176557 @default.
• W2807291005 cites W1992330240 @default.
• W2807291005 cites W1993741569 @default.
• W2807291005 cites W1994779892 @default.
• W2807291005 cites W2007157030 @default.
• W2807291005 cites W2010476204 @default.
• W2807291005 cites W2012527566 @default.
• W2807291005 cites W2015304349 @default.
• W2807291005 cites W2018053971 @default.
• W2807291005 cites W2022499184 @default.
• W2807291005 cites W2029945703 @default.
• W2807291005 cites W2033165656 @default.
• W2807291005 cites W2045296778 @default.
• W2807291005 cites W2050191570 @default.
• W2807291005 cites W2055159021 @default.
• W2807291005 cites W2064270751 @default.
• W2807291005 cites W2066844527 @default.
• W2807291005 cites W2067564219 @default.
• W2807291005 cites W2080485611 @default.
• W2807291005 cites W2084108211 @default.
• W2807291005 cites W2088923776 @default.
• W2807291005 cites W2088980845 @default.
• W2807291005 cites W2089681463 @default.
• W2807291005 cites W2090612309 @default.
• W2807291005 cites W2092740000 @default.
• W2807291005 cites W2095241777 @default.
• W2807291005 cites W2136452281 @default.
• W2807291005 cites W2242579650 @default.
• W2807291005 cites W2313444003 @default.
• W2807291005 cites W2320681200 @default.
• W2807291005 cites W2321955940 @default.
• W2807291005 cites W2322907363 @default.
• W2807291005 cites W2325024239 @default.
• W2807291005 cites W2326289858 @default.
• W2807291005 cites W2419193404 @default.
• W2807291005 cites W2492527027 @default.
• W2807291005 cites W2493196684 @default.
• W2807291005 cites W2525668388 @default.
• W2807291005 cites W3216112523 @default.
• W2807291005 cites W2596760602 @default.
• W2807291005 cites W2793145003 @default.
• W2807291005 doi "https://doi.org/10.18785/goms.1802.04" @default.
• W2807291005 hasPublicationYear "2000" @default.
• W2807291005 type Work @default.
• W2807291005 sameAs 2807291005 @default.
• W2807291005 citedByCount "1" @default.
• W2807291005 crossrefType "journal-article" @default.
• W2807291005 hasAuthorship W2807291005A5029601107 @default.
• W2807291005 hasAuthorship W2807291005A5063819696 @default.
• W2807291005 hasBestOaLocation W28072910051 @default.
• W2807291005 hasConcept C110121322 @default.
• W2807291005 hasConcept C111368507 @default.
• W2807291005 hasConcept C127313418 @default.
• W2807291005 hasConcept C134306372 @default.
• W2807291005 hasConcept C162284963 @default.
• W2807291005 hasConcept C205649164 @default.
• W2807291005 hasConcept C33923547 @default.
• W2807291005 hasConcept C39432304 @default.
• W2807291005 hasConceptScore W2807291005C110121322 @default.
• W2807291005 hasConceptScore W2807291005C111368507 @default.
• W2807291005 hasConceptScore W2807291005C127313418 @default.
• W2807291005 hasConceptScore W2807291005C134306372 @default.
• W2807291005 hasConceptScore W2807291005C162284963 @default.
• W2807291005 hasConceptScore W2807291005C205649164 @default.
• W2807291005 hasConceptScore W2807291005C33923547 @default.
• W2807291005 hasConceptScore W2807291005C39432304 @default.
• W2807291005 hasIssue "2" @default.
• W2807291005 hasLocation W28072910051 @default.
• W2807291005 hasOpenAccess W2807291005 @default.
• W2807291005 hasPrimaryLocation W28072910051 @default.
• W2807291005 hasRelatedWork W1530340143 @default.
• W2807291005 hasRelatedWork W1563147235 @default.
• W2807291005 hasRelatedWork W1564836710 @default.
• W2807291005 hasRelatedWork W1587730031 @default.
• W2807291005 hasRelatedWork W1604459947 @default.
• W2807291005 hasRelatedWork W2020611046 @default.
• W2807291005 hasRelatedWork W2233721769 @default.
• W2807291005 hasRelatedWork W2339504288 @default.
• W2807291005 hasRelatedWork W2506156466 @default.
• W2807291005 hasRelatedWork W2598435831 @default.
• W2807291005 hasRelatedWork W2625019043 @default.
• W2807291005 hasRelatedWork W2748338735 @default.
• W2807291005 hasRelatedWork W2805101711 @default.
• W2807291005 hasRelatedWork W2906592938 @default.
• W2807291005 hasRelatedWork W2980748750 @default.
• W2807291005 hasRelatedWork W3118682920 @default.
• W2807291005 hasRelatedWork W51553652 @default.
• W2807291005 hasRelatedWork W748370059 @default.
• W2807291005 hasRelatedWork W1704433922 @default.

• next