Matches in SemOpenAlex for { <https://semopenalex.org/work/W2894322129> ?p ?o ?g. }
- W2894322129 endingPage "e00442" @default.
- W2894322129 startingPage "e00442" @default.
- W2894322129 abstract "Abstract Effective conservation of ecosystems requires deep knowledge concerning multiple aspects of biodiversity including alpha and beta components of species richness, taxonomic, and functional diversity, as well as their relationships. The taxonomic and functional α-diversity positively correlated to species richness and functional evolution exceeded taxonomic differentiation. We divided the Yangtze whole basin into 56 units, and then the information on fish composition and their distribution in each unit was revised. Results showed that the fish diversity was strongly driven by variation in the species turnover between watersheds with the geological environmental heterogeneity, while the TD and FD variation could be attributed to species nestedness, as taxonomic category or functional trait of species in one unit was a subset of that in other units. The high β-diversity in SR was mostly composed of high turnover, while the high β-diversity of TD and FD resulted from high nestedness. Species functional differentiation was faster than taxonomic differentiation during the process of adoption to environment variation. An integrated index of multifaceted diversity considering the high species richness and important functional role suggested the headwater with abundant endemic species, the middle mainstream necessary to fish migration, and the lakes containing higher diverse species were primarily recommended for conservation." @default.
- W2894322129 created "2018-10-05" @default.
- W2894322129 creator A5011227622 @default.
- W2894322129 creator A5043032351 @default.
- W2894322129 creator A5059679291 @default.
- W2894322129 creator A5070368039 @default.
- W2894322129 creator A5081671866 @default.
- W2894322129 date "2018-07-01" @default.
- W2894322129 modified "2023-10-16" @default.
- W2894322129 title "Continental-scale analysis of taxonomic and functional fish diversity in the Yangtze river" @default.
- W2894322129 cites W1256227820 @default.
- W2894322129 cites W126343926 @default.
- W2894322129 cites W1497558047 @default.
- W2894322129 cites W1498418270 @default.
- W2894322129 cites W1557648636 @default.
- W2894322129 cites W1596936787 @default.
- W2894322129 cites W1603378435 @default.
- W2894322129 cites W1724522583 @default.
- W2894322129 cites W1774269255 @default.
- W2894322129 cites W1868027230 @default.
- W2894322129 cites W1877892153 @default.
- W2894322129 cites W1952066190 @default.
- W2894322129 cites W1970190747 @default.
- W2894322129 cites W1972254271 @default.
- W2894322129 cites W1973284552 @default.
- W2894322129 cites W1985633680 @default.
- W2894322129 cites W1986714523 @default.
- W2894322129 cites W1991314598 @default.
- W2894322129 cites W1999197565 @default.
- W2894322129 cites W2008942529 @default.
- W2894322129 cites W2015706867 @default.
- W2894322129 cites W2020279526 @default.
- W2894322129 cites W2020778197 @default.
- W2894322129 cites W2029424721 @default.
- W2894322129 cites W2030717873 @default.
- W2894322129 cites W2038052013 @default.
- W2894322129 cites W2038917231 @default.
- W2894322129 cites W2039434090 @default.
- W2894322129 cites W2043102089 @default.
- W2894322129 cites W2044403266 @default.
- W2894322129 cites W2053081407 @default.
- W2894322129 cites W2053096230 @default.
- W2894322129 cites W2082381475 @default.
- W2894322129 cites W2083994182 @default.
- W2894322129 cites W2087522189 @default.
- W2894322129 cites W2088817867 @default.
- W2894322129 cites W2089880576 @default.
- W2894322129 cites W2090178922 @default.
- W2894322129 cites W2094757948 @default.
- W2894322129 cites W2096010344 @default.
- W2894322129 cites W2099629218 @default.
- W2894322129 cites W2100845728 @default.
- W2894322129 cites W2101491372 @default.
- W2894322129 cites W2105003778 @default.
- W2894322129 cites W2106453287 @default.
- W2894322129 cites W2107625277 @default.
- W2894322129 cites W2109052809 @default.
- W2894322129 cites W2112775986 @default.
- W2894322129 cites W2116168361 @default.
- W2894322129 cites W2121685929 @default.
- W2894322129 cites W2129892434 @default.
- W2894322129 cites W2129994723 @default.
- W2894322129 cites W2132928699 @default.
- W2894322129 cites W2133912659 @default.
- W2894322129 cites W2133946740 @default.
- W2894322129 cites W2134581491 @default.
- W2894322129 cites W2135281846 @default.
- W2894322129 cites W2137210117 @default.
- W2894322129 cites W2137657330 @default.
- W2894322129 cites W2140614768 @default.
- W2894322129 cites W2146531316 @default.
- W2894322129 cites W2146736384 @default.
- W2894322129 cites W2148521973 @default.
- W2894322129 cites W2151977147 @default.
- W2894322129 cites W2157993907 @default.
- W2894322129 cites W2162920433 @default.
- W2894322129 cites W2163975409 @default.
- W2894322129 cites W2164232580 @default.
- W2894322129 cites W2165489602 @default.
- W2894322129 cites W2297354651 @default.
- W2894322129 cites W2467209196 @default.
- W2894322129 cites W2507157683 @default.
- W2894322129 cites W2554964204 @default.
- W2894322129 cites W2605406465 @default.
- W2894322129 cites W2617333075 @default.
- W2894322129 cites W2795485404 @default.
- W2894322129 cites W4211243502 @default.
- W2894322129 cites W4300023889 @default.
- W2894322129 doi "https://doi.org/10.1016/j.gecco.2018.e00442" @default.
- W2894322129 hasPublicationYear "2018" @default.
- W2894322129 type Work @default.
- W2894322129 sameAs 2894322129 @default.
- W2894322129 citedByCount "16" @default.
- W2894322129 countsByYear W28943221292018 @default.
- W2894322129 countsByYear W28943221292019 @default.
- W2894322129 countsByYear W28943221292020 @default.
- W2894322129 countsByYear W28943221292021 @default.
- W2894322129 countsByYear W28943221292022 @default.