FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4313561515> ?p ?o ?g. }

• W4313561515 endingPage "115236" @default.
• W4313561515 startingPage "115236" @default.
• W4313561515 abstract "Extensive global glacial retreats are threatening cryosphere ecosystem functioning and the associated biota in glacier-fed water systems. Understanding multi-group biodiversity distributions and compositional variation across diverse but hydrologically linked habitats under varying glacial influences will help explain the mechanisms underlying glacial community organization and ecosystem processes. However, such data are generally lacking due to the difficulty of obtaining biodiversity information across wide taxonomic ranges. Here, we used a multi-marker environmental DNA metabarcoding approach to simultaneously investigate the spatial patterns of community compositions and assembly mechanisms of four taxonomic groups (cyanobacteria, diatoms, invertebrates, and vertebrates) along the flowpaths of a tributary of Lake Nam Co on the Tibetan Plateau—from its glacier headwaters, through its downstream river and wetlands, to its estuary. We detected 869 operational taxonomic units: 119 cyanobacterial, 395 diatom, 269 invertebrate, and 86 vertebrate. Taxonomic richnesses consistently increased from upstream to downstream, and although all groups showed community similarity distance decay patterns, the trend for vertebrates was the weakest. Cyanobacteria, diatom, and invertebrate community compositions were significantly correlated with several environmental factors, while the vertebrate community was only correlated with waterway width. Variation partitioning analysis indicated that varying extents of environmental conditions and spatial factors affected community organizations for different groups. Furthermore, stochastic processes contributed prominently to the microorganisms' community assembly (Sloan's neutral model R2 = 0.77 for cyanobacteria and 0.73 for diatoms) but were less important for macroorganisms (R2 = 0.21 for invertebrates and 0.15 for vertebrates). That trend was further substantiated by modified stochasticity ratio analyses. This study provides the first holistic picture of the diverse biotic communities residing in a series of hydrologically connected glacier-influenced habitats. Our results both uncovered the distinct mechanisms that underlie the metacommunity organizations of different glacial organisms and helped comprehensively predict the ecological impacts of the world's melting glaciers." @default.
• W4313561515 created "2023-01-06" @default.
• W4313561515 creator A5018881082 @default.
• W4313561515 creator A5023023072 @default.
• W4313561515 creator A5032356534 @default.
• W4313561515 creator A5032451131 @default.
• W4313561515 creator A5036040817 @default.
• W4313561515 creator A5057055806 @default.
• W4313561515 creator A5071502740 @default.
• W4313561515 creator A5082276415 @default.
• W4313561515 date "2023-03-01" @default.
• W4313561515 modified "2023-09-27" @default.
• W4313561515 title "Multi-group biodiversity distributions and drivers of metacommunity organization along a glacial–fluvial–limnic pathway on the Tibetan plateau" @default.
• W4313561515 cites W1580156547 @default.
• W4313561515 cites W1890569091 @default.
• W4313561515 cites W1975526373 @default.
• W4313561515 cites W1979060637 @default.
• W4313561515 cites W1979072404 @default.
• W4313561515 cites W1979479306 @default.
• W4313561515 cites W1988619277 @default.
• W4313561515 cites W2003348797 @default.
• W4313561515 cites W2014685194 @default.
• W4313561515 cites W2016610703 @default.
• W4313561515 cites W2016754730 @default.
• W4313561515 cites W2037840294 @default.
• W4313561515 cites W2039406862 @default.
• W4313561515 cites W2043166749 @default.
• W4313561515 cites W2044071418 @default.
• W4313561515 cites W2068381362 @default.
• W4313561515 cites W2085585287 @default.
• W4313561515 cites W2096196402 @default.
• W4313561515 cites W2097090252 @default.
• W4313561515 cites W2110098148 @default.
• W4313561515 cites W2119742475 @default.
• W4313561515 cites W2120187175 @default.
• W4313561515 cites W2122966100 @default.
• W4313561515 cites W2126147651 @default.
• W4313561515 cites W2126870796 @default.
• W4313561515 cites W2129163149 @default.
• W4313561515 cites W2132400353 @default.
• W4313561515 cites W2136051940 @default.
• W4313561515 cites W2136173208 @default.
• W4313561515 cites W2136488638 @default.
• W4313561515 cites W2147606817 @default.
• W4313561515 cites W2149415648 @default.
• W4313561515 cites W2152885278 @default.
• W4313561515 cites W2159387340 @default.
• W4313561515 cites W2168627873 @default.
• W4313561515 cites W2175230402 @default.
• W4313561515 cites W2261253552 @default.
• W4313561515 cites W2398851688 @default.
• W4313561515 cites W2401404581 @default.
• W4313561515 cites W2513506562 @default.
• W4313561515 cites W2605936973 @default.
• W4313561515 cites W2616798906 @default.
• W4313561515 cites W2751190536 @default.
• W4313561515 cites W2754769271 @default.
• W4313561515 cites W2766645990 @default.
• W4313561515 cites W2771138125 @default.
• W4313561515 cites W2775083727 @default.
• W4313561515 cites W2783117129 @default.
• W4313561515 cites W2789241121 @default.
• W4313561515 cites W2891769525 @default.
• W4313561515 cites W2896593052 @default.
• W4313561515 cites W2898942477 @default.
• W4313561515 cites W2924893278 @default.
• W4313561515 cites W2934984619 @default.
• W4313561515 cites W2951985551 @default.
• W4313561515 cites W2966514282 @default.
• W4313561515 cites W2981576366 @default.
• W4313561515 cites W2981720759 @default.
• W4313561515 cites W2984332923 @default.
• W4313561515 cites W2986975978 @default.
• W4313561515 cites W3000176746 @default.
• W4313561515 cites W3009399001 @default.
• W4313561515 cites W3018500018 @default.
• W4313561515 cites W3027712864 @default.
• W4313561515 cites W3029701832 @default.
• W4313561515 cites W3033365341 @default.
• W4313561515 cites W3094306567 @default.
• W4313561515 cites W3114255177 @default.
• W4313561515 cites W3197443158 @default.
• W4313561515 cites W3217752599 @default.
• W4313561515 cites W4205237613 @default.
• W4313561515 cites W4211261558 @default.
• W4313561515 cites W4220977148 @default.
• W4313561515 cites W4221101453 @default.
• W4313561515 cites W4221118555 @default.
• W4313561515 cites W4223499778 @default.
• W4313561515 cites W4296551073 @default.
• W4313561515 cites W803188392 @default.
• W4313561515 doi "https://doi.org/10.1016/j.envres.2023.115236" @default.
• W4313561515 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36621545" @default.
• W4313561515 hasPublicationYear "2023" @default.
• W4313561515 type Work @default.
• W4313561515 citedByCount "0" @default.
• W4313561515 crossrefType "journal-article" @default.
• W4313561515 hasAuthorship W4313561515A5018881082 @default.

• next