FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2543229421> ?p ?o ?g. }

• W2543229421 endingPage "8401" @default.
• W2543229421 startingPage "8389" @default.
• W2543229421 abstract "We investigated whether the equilibrium theory of island biogeography (ETIB) can be applied to the meiofauna of groundwater-fed springs. We tested whether copepod species richness was related with spring area, discharge, and elevation. Additionally, five hypotheses are tested based on species distribution patterns, dispersal ability, and life-history characteristics of several guilds (stygobiotic, nonstygobiotic, cold stenotherm, and noncold stenotherm species). Thirty springs in the central Apennines (Italy) were considered. A multimodel selection procedure was applied to select best-fit models using both ordinary least-squares regressions and autoregressive models. Mantel tests were used to investigate the impact of spatial autocorrelation in determining interspring similarity (ßsor), pure turnover (ßsim), intersite nestedness (ßnest = ßsor − ßsim), and matrix nestedness (measured using NODF and other metrics). Explicit consideration of spatial correlations reduced the importance of predictors of overall species richness, noncold stenotherm species (both negatively affected by elevation), cold stenotherm species, and nonstygobiotic species, but increased the importance of area for the stygobiotic species. We detected nested patterns in all cases, except for the stygobites. Interspring distances were positively correlated with ßsor and ßnest (but not with ßsim) for the entire data set and for nonstygobiotic, cold stenotherm, and noncold stenotherm species. In the case of stygobites, interspring geographical distances were marginally correlated with ßsor and no correlation was found for ßsim and ßnest. We found support for ETIB predictions about species richness, which was positively influenced by area and negatively by elevation (which expresses the size of source of immigrants). Low turnover and high nestedness are consistent with an equilibrium scenario mainly regulated by immigration and extinction. Stygobites, which include many distributional and evolutionary relicts, have a low capability to disperse through the aquifers and tend to be mainly confined to the springs where they drifted out and were trapped by springbed sediments." @default.
• W2543229421 created "2016-11-04" @default.
• W2543229421 creator A5018950676 @default.
• W2543229421 creator A5027125661 @default.
• W2543229421 creator A5035681040 @default.
• W2543229421 creator A5064444454 @default.
• W2543229421 date "2016-10-25" @default.
• W2543229421 modified "2023-09-26" @default.
• W2543229421 title "Trapped in the web of water: Groundwater‐fed springs are island‐like ecosystems for the meiofauna" @default.
• W2543229421 cites W1481780239 @default.
• W2543229421 cites W1488914885 @default.
• W2543229421 cites W1527340956 @default.
• W2543229421 cites W1817875421 @default.
• W2543229421 cites W1845861847 @default.
• W2543229421 cites W1861062512 @default.
• W2543229421 cites W1945441571 @default.
• W2543229421 cites W1952066190 @default.
• W2543229421 cites W1963601641 @default.
• W2543229421 cites W1975003732 @default.
• W2543229421 cites W1975861046 @default.
• W2543229421 cites W1977588351 @default.
• W2543229421 cites W1977693209 @default.
• W2543229421 cites W1982845757 @default.
• W2543229421 cites W1989577606 @default.
• W2543229421 cites W1992206934 @default.
• W2543229421 cites W2013896810 @default.
• W2543229421 cites W2015706867 @default.
• W2543229421 cites W2020584614 @default.
• W2543229421 cites W2040843656 @default.
• W2543229421 cites W2043105755 @default.
• W2543229421 cites W2059196248 @default.
• W2543229421 cites W2071931002 @default.
• W2543229421 cites W2074876345 @default.
• W2543229421 cites W2079426358 @default.
• W2543229421 cites W2085216393 @default.
• W2543229421 cites W2091257884 @default.
• W2543229421 cites W2094512261 @default.
• W2543229421 cites W2094752167 @default.
• W2543229421 cites W2097632364 @default.
• W2543229421 cites W2107993588 @default.
• W2543229421 cites W2114762520 @default.
• W2543229421 cites W2126465571 @default.
• W2543229421 cites W2133839909 @default.
• W2543229421 cites W2137825593 @default.
• W2543229421 cites W2143935884 @default.
• W2543229421 cites W2144682798 @default.
• W2543229421 cites W2147023389 @default.
• W2543229421 cites W2147431086 @default.
• W2543229421 cites W2149925941 @default.
• W2543229421 cites W2155475871 @default.
• W2543229421 cites W2156521347 @default.
• W2543229421 cites W2157993907 @default.
• W2543229421 cites W2162873750 @default.
• W2543229421 cites W2164761694 @default.
• W2543229421 cites W2168793216 @default.
• W2543229421 cites W2171529593 @default.
• W2543229421 cites W2285606841 @default.
• W2543229421 cites W2328721474 @default.
• W2543229421 cites W2338073385 @default.
• W2543229421 cites W4230502959 @default.
• W2543229421 cites W4249583823 @default.
• W2543229421 cites W4251381337 @default.
• W2543229421 cites W73222487 @default.
• W2543229421 doi "https://doi.org/10.1002/ece3.2535" @default.
• W2543229421 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5167013" @default.
• W2543229421 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28031791" @default.
• W2543229421 hasPublicationYear "2016" @default.
• W2543229421 type Work @default.
• W2543229421 sameAs 2543229421 @default.
• W2543229421 citedByCount "25" @default.
• W2543229421 countsByYear W25432294212017 @default.
• W2543229421 countsByYear W25432294212018 @default.
• W2543229421 countsByYear W25432294212019 @default.
• W2543229421 countsByYear W25432294212020 @default.
• W2543229421 countsByYear W25432294212021 @default.
• W2543229421 countsByYear W25432294212022 @default.
• W2543229421 countsByYear W25432294212023 @default.
• W2543229421 crossrefType "journal-article" @default.
• W2543229421 hasAuthorship W2543229421A5018950676 @default.
• W2543229421 hasAuthorship W2543229421A5027125661 @default.
• W2543229421 hasAuthorship W2543229421A5035681040 @default.
• W2543229421 hasAuthorship W2543229421A5064444454 @default.
• W2543229421 hasBestOaLocation W25432294211 @default.
• W2543229421 hasConcept C123575903 @default.
• W2543229421 hasConcept C144024400 @default.
• W2543229421 hasConcept C149923435 @default.
• W2543229421 hasConcept C152491559 @default.
• W2543229421 hasConcept C18903297 @default.
• W2543229421 hasConcept C205649164 @default.
• W2543229421 hasConcept C2780267512 @default.
• W2543229421 hasConcept C2908647359 @default.
• W2543229421 hasConcept C39432304 @default.
• W2543229421 hasConcept C47559259 @default.
• W2543229421 hasConcept C53565203 @default.
• W2543229421 hasConcept C86803240 @default.
• W2543229421 hasConceptScore W2543229421C123575903 @default.
• W2543229421 hasConceptScore W2543229421C144024400 @default.
• W2543229421 hasConceptScore W2543229421C149923435 @default.

• next