FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4298310367> ?p ?o ?g. }

• W4298310367 endingPage "1559" @default.
• W4298310367 startingPage "1545" @default.
• W4298310367 abstract "Abstract Aim Despite their often high‐trophic position and their contribution to many ecosystem functions, little is known about the factors affecting assemblage structure of medium‐ and large‐sized neotropical vertebrates. We examined the relative roles played by the physical and biological environment, and by purely spatial processes, in shaping the composition and diversities of these vertebrate assemblages. Then, based on the theory that the Guianan forest cover shrank to isolated pockets during the late Pleistocene–Holocene, we tested if the past forest refugia may have shaped current vertebrate assemblages. Location French Guiana, Guiana Shield, South America. Methods Abundances of 19 medium‐ and large‐sized vertebrates were estimated at 21 locations in undisturbed Guianan rain forests. Using taxonomic, functional and phylogenetic metrics, we partitioned the effects of a range of physical and biological environmental conditions and purely spatial predictors in shaping both assemblage composition and (alpha and beta) diversities. Results We identified a significant, but weak relationship between taxonomic, functional and phylogenetic assemblage composition and environmental conditions. Assemblage diversity patterns were mainly explained by spatial predictors irrespective of the metrics. Current assemblage diversities are correlated with Pleistocene–Holocene forest history, with the highest alpha diversities outside of putative forest refugia, and the highest beta diversities inside these areas. Main conclusions Current vertebrate assemblage composition is not strongly marked by common environmental factors. Our main conclusion is that assemblage composition results from individual species responses to the environment. Our findings also suggest that dispersal‐related processes or more probably historical processes shape (alpha and beta) diversity patterns. In fact, forest fragmentation during Pleistocene–Holocene climate changes could have led to isolated vertebrate assemblages evolving into unique species assemblages creating the current high beta diversity inside refugia, whereas the lower habitat stability outside of refugia could have led to mixed assemblages in areas recolonized by forest vertebrates (current high alpha diversity outside of refugia)." @default.
• W4298310367 created "2022-10-02" @default.
• W4298310367 creator A5019130317 @default.
• W4298310367 creator A5025490291 @default.
• W4298310367 creator A5038519666 @default.
• W4298310367 creator A5072661301 @default.
• W4298310367 creator A5085273489 @default.
• W4298310367 date "2018-06-22" @default.
• W4298310367 modified "2023-10-17" @default.
• W4298310367 title "Weak environmental controls on the composition and diversity of medium and large-sized vertebrate assemblages in neotropical rain forests of the Guiana Shield" @default.
• W4298310367 cites W1569116844 @default.
• W4298310367 cites W1604317905 @default.
• W4298310367 cites W1695498461 @default.
• W4298310367 cites W1779594683 @default.
• W4298310367 cites W1873295499 @default.
• W4298310367 cites W1938812264 @default.
• W4298310367 cites W1968054089 @default.
• W4298310367 cites W1972168066 @default.
• W4298310367 cites W1978965065 @default.
• W4298310367 cites W1981295458 @default.
• W4298310367 cites W1984536023 @default.
• W4298310367 cites W1988245890 @default.
• W4298310367 cites W2004320369 @default.
• W4298310367 cites W2004715798 @default.
• W4298310367 cites W2009148751 @default.
• W4298310367 cites W2010907553 @default.
• W4298310367 cites W2023860487 @default.
• W4298310367 cites W2037840294 @default.
• W4298310367 cites W2042318982 @default.
• W4298310367 cites W2042504207 @default.
• W4298310367 cites W2042874024 @default.
• W4298310367 cites W2047787735 @default.
• W4298310367 cites W2050702389 @default.
• W4298310367 cites W2052549880 @default.
• W4298310367 cites W2061192713 @default.
• W4298310367 cites W2063215999 @default.
• W4298310367 cites W2063648571 @default.
• W4298310367 cites W2063787701 @default.
• W4298310367 cites W2067934482 @default.
• W4298310367 cites W2085063512 @default.
• W4298310367 cites W2097550077 @default.
• W4298310367 cites W2099005226 @default.
• W4298310367 cites W2102384105 @default.
• W4298310367 cites W2105283098 @default.
• W4298310367 cites W2105447517 @default.
• W4298310367 cites W2106528477 @default.
• W4298310367 cites W2106854615 @default.
• W4298310367 cites W2107625277 @default.
• W4298310367 cites W2108577365 @default.
• W4298310367 cites W2111096829 @default.
• W4298310367 cites W2113662727 @default.
• W4298310367 cites W2117700573 @default.
• W4298310367 cites W2118502404 @default.
• W4298310367 cites W2119560280 @default.
• W4298310367 cites W2119835239 @default.
• W4298310367 cites W2121258973 @default.
• W4298310367 cites W2122510865 @default.
• W4298310367 cites W2123169225 @default.
• W4298310367 cites W2123202461 @default.
• W4298310367 cites W2125319671 @default.
• W4298310367 cites W2130517250 @default.
• W4298310367 cites W2132979578 @default.
• W4298310367 cites W2134501402 @default.
• W4298310367 cites W2136829683 @default.
• W4298310367 cites W2140575676 @default.
• W4298310367 cites W2146688202 @default.
• W4298310367 cites W2148985007 @default.
• W4298310367 cites W2152772117 @default.
• W4298310367 cites W2157751789 @default.
• W4298310367 cites W2162539672 @default.
• W4298310367 cites W2167480770 @default.
• W4298310367 cites W2169761372 @default.
• W4298310367 cites W2170767200 @default.
• W4298310367 cites W2179540422 @default.
• W4298310367 cites W2211373358 @default.
• W4298310367 cites W2215154279 @default.
• W4298310367 cites W2252655501 @default.
• W4298310367 cites W2288207946 @default.
• W4298310367 cites W2323168275 @default.
• W4298310367 cites W2483640719 @default.
• W4298310367 cites W2560552761 @default.
• W4298310367 cites W2589948605 @default.
• W4298310367 cites W2605395555 @default.
• W4298310367 cites W2766148946 @default.
• W4298310367 cites W2795086367 @default.
• W4298310367 cites W4207032335 @default.
• W4298310367 cites W4211243502 @default.
• W4298310367 doi "https://doi.org/10.1111/ddi.12790" @default.
• W4298310367 hasPublicationYear "2018" @default.
• W4298310367 type Work @default.
• W4298310367 citedByCount "3" @default.
• W4298310367 countsByYear W42983103672019 @default.
• W4298310367 crossrefType "journal-article" @default.
• W4298310367 hasAuthorship W4298310367A5019130317 @default.
• W4298310367 hasAuthorship W4298310367A5025490291 @default.
• W4298310367 hasAuthorship W4298310367A5038519666 @default.
• W4298310367 hasAuthorship W4298310367A5072661301 @default.
• W4298310367 hasAuthorship W4298310367A5085273489 @default.

• next