FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4309048236> ?p ?o ?g. }

• W4309048236 endingPage "978" @default.
• W4309048236 startingPage "965" @default.
• W4309048236 abstract "The patterns of successional change of decomposer communities is unique in that resource availability predictably decreases as decomposition proceeds. Saproxylic (i.e. deadwood-dependent) beetles are a highly diverse and functionally important decomposer group, and their community composition is affected by both deadwood characteristics and other environmental factors. Understanding how communities change with faunal succession through the decomposition process is important as this process influences terrestrial carbon dynamics. Here, we evaluate how beta-diversity of saproxylic beetle communities change with succession, as well as the effects of different major drivers of beta-diversity, such as deadwood tree species, spatial distance between locations, climate and forest structure. We studied spatial beta-diversity (i.e. dissimilarity of species composition between deadwood logs in the same year) of saproxylic beetle communities over 8 years of wood decomposition. Our study included 379 experimental deadwood logs comprising 13 different tree species in 30 forest stands in Germany. We hypothesized that the effects of tree species dissimilarity, measured by phylogenetic distance, and climate on beta-diversity decrease over time, while the effects of spatial distance between logs and forest structure increase. Observed beta-diversity of saproxylic beetle communities increased over time, whereas standardized effects sizes (SES; based on null models) of beta-diversity decreased indicating higher beta-diversity than expected during early years. Beta-diversity increased with increasing phylogenetic distance between tree species and spatial distance among regions, and to a lesser extent with spatial distance within regions and differences in climate and forest structure. Whereas effects of space, climate and forest structure were constant over time, the effect of phylogenetic distance decreased. Our results show that the strength of the different drivers of saproxylic beetle community beta-diversity changes along deadwood succession. Beta-diversity of early decay communities was strongly associated with differences among tree species. Although this effect decreased over time, beta-diversity remained high throughout succession. Possible explanations for this pattern include differences in decomposition rates and fungal communities between logs or the priority effect of early successional communities. Our results suggest that saproxylic beetle diversity can be enhanced by promoting forests with diverse tree communities and structures." @default.
• W4309048236 created "2022-11-21" @default.
• W4309048236 creator A5000721933 @default.
• W4309048236 creator A5004092166 @default.
• W4309048236 creator A5023802868 @default.
• W4309048236 creator A5045362154 @default.
• W4309048236 creator A5058070331 @default.
• W4309048236 creator A5061716797 @default.
• W4309048236 creator A5063481036 @default.
• W4309048236 creator A5078199250 @default.
• W4309048236 creator A5083459636 @default.
• W4309048236 date "2022-11-24" @default.
• W4309048236 modified "2023-10-01" @default.
• W4309048236 title "Drivers of community assembly change during succession in wood‐decomposing beetle communities" @default.
• W4309048236 cites W1273791837 @default.
• W4309048236 cites W1497193439 @default.
• W4309048236 cites W1951724000 @default.
• W4309048236 cites W1968182782 @default.
• W4309048236 cites W1979651238 @default.
• W4309048236 cites W1993924151 @default.
• W4309048236 cites W2013596232 @default.
• W4309048236 cites W202121996 @default.
• W4309048236 cites W2022825068 @default.
• W4309048236 cites W2032714585 @default.
• W4309048236 cites W2036592060 @default.
• W4309048236 cites W2038837890 @default.
• W4309048236 cites W2039611234 @default.
• W4309048236 cites W2054581223 @default.
• W4309048236 cites W2069750551 @default.
• W4309048236 cites W2079130145 @default.
• W4309048236 cites W2092661086 @default.
• W4309048236 cites W2096916545 @default.
• W4309048236 cites W2099879847 @default.
• W4309048236 cites W2104211686 @default.
• W4309048236 cites W2105558835 @default.
• W4309048236 cites W2109631166 @default.
• W4309048236 cites W2112570676 @default.
• W4309048236 cites W2117322226 @default.
• W4309048236 cites W2119479641 @default.
• W4309048236 cites W2121258973 @default.
• W4309048236 cites W2138111878 @default.
• W4309048236 cites W2147742121 @default.
• W4309048236 cites W2148563941 @default.
• W4309048236 cites W2151481737 @default.
• W4309048236 cites W2154225693 @default.
• W4309048236 cites W2155184832 @default.
• W4309048236 cites W2171783890 @default.
• W4309048236 cites W2173821329 @default.
• W4309048236 cites W2190487303 @default.
• W4309048236 cites W2293836812 @default.
• W4309048236 cites W234454337 @default.
• W4309048236 cites W2463811999 @default.
• W4309048236 cites W2475053462 @default.
• W4309048236 cites W2558372179 @default.
• W4309048236 cites W2590063642 @default.
• W4309048236 cites W2601499069 @default.
• W4309048236 cites W2610529723 @default.
• W4309048236 cites W2767038868 @default.
• W4309048236 cites W2789355934 @default.
• W4309048236 cites W2794250431 @default.
• W4309048236 cites W2803990814 @default.
• W4309048236 cites W2883251903 @default.
• W4309048236 cites W2891328915 @default.
• W4309048236 cites W2901191043 @default.
• W4309048236 cites W2909453041 @default.
• W4309048236 cites W2913103108 @default.
• W4309048236 cites W2924257062 @default.
• W4309048236 cites W2940372971 @default.
• W4309048236 cites W2995319684 @default.
• W4309048236 cites W3004789224 @default.
• W4309048236 cites W3039318051 @default.
• W4309048236 cites W3082313490 @default.
• W4309048236 cites W3096946058 @default.
• W4309048236 cites W3107411299 @default.
• W4309048236 cites W3190393885 @default.
• W4309048236 cites W3210741462 @default.
• W4309048236 cites W3217035707 @default.
• W4309048236 cites W4220966623 @default.
• W4309048236 cites W4238100915 @default.
• W4309048236 cites W804704732 @default.
• W4309048236 doi "https://doi.org/10.1111/1365-2656.13843" @default.
• W4309048236 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36377902" @default.
• W4309048236 hasPublicationYear "2022" @default.
• W4309048236 type Work @default.
• W4309048236 citedByCount "4" @default.
• W4309048236 countsByYear W43090482362023 @default.
• W4309048236 crossrefType "journal-article" @default.
• W4309048236 hasAuthorship W4309048236A5000721933 @default.
• W4309048236 hasAuthorship W4309048236A5004092166 @default.
• W4309048236 hasAuthorship W4309048236A5023802868 @default.
• W4309048236 hasAuthorship W4309048236A5045362154 @default.
• W4309048236 hasAuthorship W4309048236A5058070331 @default.
• W4309048236 hasAuthorship W4309048236A5061716797 @default.
• W4309048236 hasAuthorship W4309048236A5063481036 @default.
• W4309048236 hasAuthorship W4309048236A5078199250 @default.
• W4309048236 hasAuthorship W4309048236A5083459636 @default.
• W4309048236 hasBestOaLocation W43090482361 @default.
• W4309048236 hasConcept C104170005 @default.

• next