Matches in SemOpenAlex for { <https://semopenalex.org/work/W3137661042> ?p ?o ?g. }
- W3137661042 endingPage "858" @default.
- W3137661042 startingPage "858" @default.
- W3137661042 abstract "How fish communities change with eutrophication in temperate lakes is well documented, while only a few studies are available from subtropical lakes. We investigate the fish community structure in 36 lakes located in the Yangtze River basin, covering a wide nutrient gradient. We found that fish species richness and total fish catch per unit effort (CPUE) increased significantly with chlorophyll a (Chla). Among the different feeding types, the proportion of zooplanktivores increased significantly with Chla, while the percentage of omnibenthivores showed no obvious changes; the CPUE of piscivorous Culter spp. increased with Chla, while their proportion of total catch decreased pronouncedly. Based on the index of relative importance (IRI), the most important and dominant fish species was the zooplanktivorous Sijiao (Toxabramis swinhonis), followed by the omniplanktivorous sharpbelly (Hemiculter leucisculus) and the omnibenthivorous crucian carp (Carassius carassius), a small-sized species belonging to the Cyprinidae family. The CPUE of these three species increased significantly with Chla. The focus has, so far, been directed at large fish, but as emphasized by our results, the abundant small fish species were dominant in our subtropical study lakes even in terms of biomass, and, accordingly, we recommend that more attention be paid to the population dynamics of these species in the future." @default.
- W3137661042 created "2021-03-29" @default.
- W3137661042 creator A5027895884 @default.
- W3137661042 creator A5028690563 @default.
- W3137661042 creator A5037308853 @default.
- W3137661042 creator A5038698324 @default.
- W3137661042 creator A5044138805 @default.
- W3137661042 creator A5044500704 @default.
- W3137661042 creator A5046305086 @default.
- W3137661042 creator A5068943639 @default.
- W3137661042 creator A5076622946 @default.
- W3137661042 creator A5084282171 @default.
- W3137661042 date "2021-03-21" @default.
- W3137661042 modified "2023-10-11" @default.
- W3137661042 title "Changes in Pelagic Fish Community Composition, Abundance, and Biomass along a Productivity Gradient in Subtropical Lakes" @default.
- W3137661042 cites W1568546611 @default.
- W3137661042 cites W1956578232 @default.
- W3137661042 cites W1967372410 @default.
- W3137661042 cites W1971062323 @default.
- W3137661042 cites W1971443637 @default.
- W3137661042 cites W1973227824 @default.
- W3137661042 cites W1973284552 @default.
- W3137661042 cites W1991314598 @default.
- W3137661042 cites W1999503471 @default.
- W3137661042 cites W2001948366 @default.
- W3137661042 cites W2016903184 @default.
- W3137661042 cites W2026097771 @default.
- W3137661042 cites W2028435430 @default.
- W3137661042 cites W2028796274 @default.
- W3137661042 cites W2031094932 @default.
- W3137661042 cites W2037612458 @default.
- W3137661042 cites W2050584955 @default.
- W3137661042 cites W2051034331 @default.
- W3137661042 cites W2059761582 @default.
- W3137661042 cites W2068415856 @default.
- W3137661042 cites W2070486985 @default.
- W3137661042 cites W2071625147 @default.
- W3137661042 cites W2073377211 @default.
- W3137661042 cites W2074628421 @default.
- W3137661042 cites W2074936663 @default.
- W3137661042 cites W2078085899 @default.
- W3137661042 cites W2080035838 @default.
- W3137661042 cites W2082469231 @default.
- W3137661042 cites W2083439357 @default.
- W3137661042 cites W2086457515 @default.
- W3137661042 cites W2086841325 @default.
- W3137661042 cites W2087975662 @default.
- W3137661042 cites W2089493340 @default.
- W3137661042 cites W2091739487 @default.
- W3137661042 cites W2092545305 @default.
- W3137661042 cites W2096434106 @default.
- W3137661042 cites W2103045633 @default.
- W3137661042 cites W2119971122 @default.
- W3137661042 cites W2123118001 @default.
- W3137661042 cites W2123298206 @default.
- W3137661042 cites W2124037312 @default.
- W3137661042 cites W2125249602 @default.
- W3137661042 cites W2126825111 @default.
- W3137661042 cites W2153443336 @default.
- W3137661042 cites W2163611769 @default.
- W3137661042 cites W2168113371 @default.
- W3137661042 cites W2286795287 @default.
- W3137661042 cites W2297153395 @default.
- W3137661042 cites W2315708098 @default.
- W3137661042 cites W255628870 @default.
- W3137661042 cites W2580616284 @default.
- W3137661042 cites W2604406600 @default.
- W3137661042 cites W2604767641 @default.
- W3137661042 cites W2774073923 @default.
- W3137661042 cites W2775683979 @default.
- W3137661042 cites W2910664504 @default.
- W3137661042 cites W2939367231 @default.
- W3137661042 cites W3009719841 @default.
- W3137661042 cites W4231604460 @default.
- W3137661042 cites W4240055359 @default.
- W3137661042 cites W4253456690 @default.
- W3137661042 cites W65446017 @default.
- W3137661042 cites W877825469 @default.
- W3137661042 doi "https://doi.org/10.3390/w13060858" @default.
- W3137661042 hasPublicationYear "2021" @default.
- W3137661042 type Work @default.
- W3137661042 sameAs 3137661042 @default.
- W3137661042 citedByCount "10" @default.
- W3137661042 countsByYear W31376610422021 @default.
- W3137661042 countsByYear W31376610422022 @default.
- W3137661042 countsByYear W31376610422023 @default.
- W3137661042 crossrefType "journal-article" @default.
- W3137661042 hasAuthorship W3137661042A5027895884 @default.
- W3137661042 hasAuthorship W3137661042A5028690563 @default.
- W3137661042 hasAuthorship W3137661042A5037308853 @default.
- W3137661042 hasAuthorship W3137661042A5038698324 @default.
- W3137661042 hasAuthorship W3137661042A5044138805 @default.
- W3137661042 hasAuthorship W3137661042A5044500704 @default.
- W3137661042 hasAuthorship W3137661042A5046305086 @default.
- W3137661042 hasAuthorship W3137661042A5068943639 @default.
- W3137661042 hasAuthorship W3137661042A5076622946 @default.
- W3137661042 hasAuthorship W3137661042A5084282171 @default.
- W3137661042 hasBestOaLocation W31376610421 @default.