FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3083313650> ?p ?o ?g. }

• W3083313650 endingPage "189" @default.
• W3083313650 startingPage "175" @default.
• W3083313650 abstract "Abstract Background and Aims There is a paucity of empirical research and a lack of predictive models concerning the interplay between spatial scale and disturbance as they affect the structure and assembly of plant communities. We proposed and tested a trait dispersion-based conceptual model hypothesizing that disturbance reinforces assembly processes differentially across spatial scales. Disturbance would reinforce functional divergence at the small scale (neighbourhood), would not affect functional dispersion at the intermediate scale (patch) and would reinforce functional convergence at the large scale (site). We also evaluated functional and species richness of native and exotic plants to infer underlying processes. Native and exotic species richness were expected to increase and decrease with disturbance, respectively, at the neighbourhood scale, and to show similar associations with disturbance at the patch (concave) and site (negative) scales. Methods In an arid shrubland, we estimated species richness and functional dispersion and richness within 1 m2 quadrats (neighbourhood) nested within 100 m2 plots (patch) along a small-scale natural disturbance gradient caused by an endemic fossorial rodent. Data for the site scale (2500 m2 plots) were taken from a previous study. We also tested the conceptual model through a quantitative literature review and a meta-analysis. Key Results As spatial scale increased, disturbance sequentially promoted functional divergence, random trait dispersion and functional convergence. Functional richness was unaffected by disturbance across spatial scales. Disturbance favoured natives over exotics at the neighbourhood scale, while both decreased under high disturbance at the patch and site scales. Conclusions The results supported the hypothesis that disturbance reinforces assembly processes differentially across scales and hampers plant invasion. The quantitative literature review and the meta-analysis supported most of the model predictions." @default.
• W3083313650 created "2020-09-11" @default.
• W3083313650 creator A5012454451 @default.
• W3083313650 creator A5042414745 @default.
• W3083313650 creator A5063926212 @default.
• W3083313650 creator A5067867459 @default.
• W3083313650 date "2020-09-03" @default.
• W3083313650 modified "2023-09-30" @default.
• W3083313650 title "Disturbance reinforces community assembly processes differentially across spatial scales" @default.
• W3083313650 cites W1501535458 @default.
• W3083313650 cites W1540718021 @default.
• W3083313650 cites W1588034641 @default.
• W3083313650 cites W1588506111 @default.
• W3083313650 cites W1714626763 @default.
• W3083313650 cites W1897178287 @default.
• W3083313650 cites W1968399375 @default.
• W3083313650 cites W1970604564 @default.
• W3083313650 cites W1981968821 @default.
• W3083313650 cites W1984188157 @default.
• W3083313650 cites W1986694300 @default.
• W3083313650 cites W1987431381 @default.
• W3083313650 cites W1991182178 @default.
• W3083313650 cites W2002869208 @default.
• W3083313650 cites W2007584346 @default.
• W3083313650 cites W2008200025 @default.
• W3083313650 cites W2009479516 @default.
• W3083313650 cites W2026488269 @default.
• W3083313650 cites W2036184752 @default.
• W3083313650 cites W2043752240 @default.
• W3083313650 cites W2046667586 @default.
• W3083313650 cites W2048542974 @default.
• W3083313650 cites W2049654866 @default.
• W3083313650 cites W2049852912 @default.
• W3083313650 cites W2055424972 @default.
• W3083313650 cites W2057050295 @default.
• W3083313650 cites W2059527510 @default.
• W3083313650 cites W2060793884 @default.
• W3083313650 cites W2068156907 @default.
• W3083313650 cites W2072811688 @default.
• W3083313650 cites W2078503183 @default.
• W3083313650 cites W2083433007 @default.
• W3083313650 cites W2087568646 @default.
• W3083313650 cites W2101020813 @default.
• W3083313650 cites W2105275100 @default.
• W3083313650 cites W2109190098 @default.
• W3083313650 cites W2110328754 @default.
• W3083313650 cites W2110808141 @default.
• W3083313650 cites W2116263155 @default.
• W3083313650 cites W2117125654 @default.
• W3083313650 cites W2119567434 @default.
• W3083313650 cites W2119658459 @default.
• W3083313650 cites W2122833754 @default.
• W3083313650 cites W2123089842 @default.
• W3083313650 cites W2123600084 @default.
• W3083313650 cites W2124858533 @default.
• W3083313650 cites W2126535795 @default.
• W3083313650 cites W2128789765 @default.
• W3083313650 cites W2130838526 @default.
• W3083313650 cites W2134395976 @default.
• W3083313650 cites W2137439980 @default.
• W3083313650 cites W2139168999 @default.
• W3083313650 cites W2140575676 @default.
• W3083313650 cites W2141826761 @default.
• W3083313650 cites W2144042033 @default.
• W3083313650 cites W2150368293 @default.
• W3083313650 cites W2150597302 @default.
• W3083313650 cites W2151044998 @default.
• W3083313650 cites W2152669498 @default.
• W3083313650 cites W2157751789 @default.
• W3083313650 cites W2160264708 @default.
• W3083313650 cites W2164133130 @default.
• W3083313650 cites W2165834860 @default.
• W3083313650 cites W2166722801 @default.
• W3083313650 cites W2300287413 @default.
• W3083313650 cites W2316424987 @default.
• W3083313650 cites W2345012546 @default.
• W3083313650 cites W2511608496 @default.
• W3083313650 cites W2517870183 @default.
• W3083313650 cites W2576764379 @default.
• W3083313650 cites W2587355057 @default.
• W3083313650 cites W2609256992 @default.
• W3083313650 cites W2739503758 @default.
• W3083313650 cites W2896559234 @default.
• W3083313650 cites W3145925453 @default.
• W3083313650 cites W4291174900 @default.
• W3083313650 cites W4297918764 @default.
• W3083313650 doi "https://doi.org/10.1093/aob/mcaa162" @default.
• W3083313650 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7789110" @default.
• W3083313650 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32880645" @default.
• W3083313650 hasPublicationYear "2020" @default.
• W3083313650 type Work @default.
• W3083313650 sameAs 3083313650 @default.
• W3083313650 citedByCount "10" @default.
• W3083313650 countsByYear W30833136502021 @default.
• W3083313650 countsByYear W30833136502022 @default.
• W3083313650 countsByYear W30833136502023 @default.
• W3083313650 crossrefType "journal-article" @default.
• W3083313650 hasAuthorship W3083313650A5012454451 @default.

• next