FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4200422666> ?p ?o ?g. }

• W4200422666 endingPage "118003" @default.
• W4200422666 startingPage "118003" @default.
• W4200422666 abstract "Eutrophication substantially influences the community structure of aquatic organisms and has become a major threat to biodiversity. However, whether eutrophication is linked to homogenization of microbial communities and the possible underlying mechanisms are poorly understood. Here, we studied bacterial and fungal communities from water and sediments of 40 shallow lakes in the Yangtze-Huaihe River basin, a representative area characterized by intensifying eutrophication in China, and further examined the beta diversity patterns and underlying mechanisms under eutrophication conditions. Our results indicate that eutrophication generally caused biotic homogenization of bacterial and fungal communities in both habitats showing decreased community variations for the sites with a higher trophic state index (TSI). In the two habitats, community dissimilarities were positively correlated with TSI changes for both taxonomic groups, while the local contribution to beta diversity (LCBD) remarkably declined with increasing TSI for the fungal community. These phenomena were consistent with the pivotal importance of the TSI in statistically accounting for beta diversity of bacterial and fungal communities in both habitats. In addition, we found that physicochemical factors such as water temperature and pH were also important for bacterial and fungal communities in water, while heavy metal elements were important for the communities in sediments. Interestingly, generalist species, rather than specialist species, were revealed to more dominantly affect the variations in beta diversity along the trophic gradient, which were quantified by Bray-Curtis dissimilarity and LCBD. Collectively, our findings reveal the importance of generalist species in contributing to the change of beta diversity of microbial communities along trophic gradients, which have profound implications for a comprehensive understanding of the effects of eutrophication on microbial community." @default.
• W4200422666 created "2021-12-31" @default.
• W4200422666 creator A5019375178 @default.
• W4200422666 creator A5054668538 @default.
• W4200422666 creator A5057301071 @default.
• W4200422666 creator A5070173737 @default.
• W4200422666 creator A5075046931 @default.
• W4200422666 creator A5088371198 @default.
• W4200422666 date "2022-02-01" @default.
• W4200422666 modified "2023-10-18" @default.
• W4200422666 title "Eutrophication causes microbial community homogenization via modulating generalist species" @default.
• W4200422666 cites W1703846260 @default.
• W4200422666 cites W1919712243 @default.
• W4200422666 cites W1982908981 @default.
• W4200422666 cites W1984284869 @default.
• W4200422666 cites W1988925586 @default.
• W4200422666 cites W1991310235 @default.
• W4200422666 cites W1991486768 @default.
• W4200422666 cites W1995875735 @default.
• W4200422666 cites W1997364324 @default.
• W4200422666 cites W1998394299 @default.
• W4200422666 cites W2011108631 @default.
• W4200422666 cites W2014686659 @default.
• W4200422666 cites W2016557105 @default.
• W4200422666 cites W2034261910 @default.
• W4200422666 cites W2047698362 @default.
• W4200422666 cites W2049357924 @default.
• W4200422666 cites W2058385884 @default.
• W4200422666 cites W2068381362 @default.
• W4200422666 cites W2072970694 @default.
• W4200422666 cites W2076051458 @default.
• W4200422666 cites W2076198112 @default.
• W4200422666 cites W2089880576 @default.
• W4200422666 cites W2089884990 @default.
• W4200422666 cites W2091354934 @default.
• W4200422666 cites W2102746137 @default.
• W4200422666 cites W2104318549 @default.
• W4200422666 cites W2107940314 @default.
• W4200422666 cites W2110375946 @default.
• W4200422666 cites W2115087904 @default.
• W4200422666 cites W2115937990 @default.
• W4200422666 cites W2117027597 @default.
• W4200422666 cites W2120296045 @default.
• W4200422666 cites W2120514850 @default.
• W4200422666 cites W2122690378 @default.
• W4200422666 cites W2124351063 @default.
• W4200422666 cites W2127366570 @default.
• W4200422666 cites W2131042289 @default.
• W4200422666 cites W2139171787 @default.
• W4200422666 cites W2145048942 @default.
• W4200422666 cites W2147618390 @default.
• W4200422666 cites W2151466994 @default.
• W4200422666 cites W2152277880 @default.
• W4200422666 cites W2155432052 @default.
• W4200422666 cites W2159330259 @default.
• W4200422666 cites W2163933467 @default.
• W4200422666 cites W2266470496 @default.
• W4200422666 cites W2531234248 @default.
• W4200422666 cites W2556143197 @default.
• W4200422666 cites W2560329400 @default.
• W4200422666 cites W2560339775 @default.
• W4200422666 cites W2562574826 @default.
• W4200422666 cites W2563606359 @default.
• W4200422666 cites W2594331163 @default.
• W4200422666 cites W2621370255 @default.
• W4200422666 cites W2622537122 @default.
• W4200422666 cites W2765508964 @default.
• W4200422666 cites W2781429478 @default.
• W4200422666 cites W2892048704 @default.
• W4200422666 cites W2900030356 @default.
• W4200422666 cites W2903270204 @default.
• W4200422666 cites W2953381008 @default.
• W4200422666 cites W2966584332 @default.
• W4200422666 cites W2975028292 @default.
• W4200422666 cites W2979563522 @default.
• W4200422666 cites W2990064511 @default.
• W4200422666 cites W2991420142 @default.
• W4200422666 cites W3004650529 @default.
• W4200422666 cites W3005326048 @default.
• W4200422666 cites W3033427637 @default.
• W4200422666 cites W3037814020 @default.
• W4200422666 cites W3043996931 @default.
• W4200422666 cites W3087185550 @default.
• W4200422666 cites W3154690724 @default.
• W4200422666 cites W3165972150 @default.
• W4200422666 cites W4236562253 @default.
• W4200422666 doi "https://doi.org/10.1016/j.watres.2021.118003" @default.
• W4200422666 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34982976" @default.
• W4200422666 hasPublicationYear "2022" @default.
• W4200422666 type Work @default.
• W4200422666 citedByCount "36" @default.
• W4200422666 countsByYear W42004226662022 @default.
• W4200422666 countsByYear W42004226662023 @default.
• W4200422666 crossrefType "journal-article" @default.
• W4200422666 hasAuthorship W4200422666A5019375178 @default.
• W4200422666 hasAuthorship W4200422666A5054668538 @default.
• W4200422666 hasAuthorship W4200422666A5057301071 @default.
• W4200422666 hasAuthorship W4200422666A5070173737 @default.

• next