FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4310356449> ?p ?o ?g. }

• W4310356449 endingPage "109718" @default.
• W4310356449 startingPage "109718" @default.
• W4310356449 abstract "The rapid reorganization of global biodiversity has triggered an intense research effort to understand its consequences for ecosystem functioning. However, efforts to monitor biodiversity change and evaluate the outcomes for ecosystem states and processes are currently poorly aligned. While most monitoring programs evaluate ecosystem status by reporting measures of taxonomic diversity, it is not the number of species but rather the exhibited traits of these species that regulate function. Trait-based approaches assume that trait diversity and variability relate to changes in functions across environmental gradients, but this relationship remains to be explored for most marine benthic ecosystems. Using macrozoobenthic communities from the Dutch Wadden Sea as a model, we compiled information on traits related to animal-sediment relationships. This trait information was then combined with species’ abundance data from a 19 years-long database to calculate different taxonomic and functional metrics that reflect macrozoobenthic diversity, function, and community structure. Finally, we compared how these taxonomic and functional metrics change along with sediment texture gradients. Our analyses showed that the structure of macrozoobenthic communities and various diversity metrics all changed with sediment gradients. The observed changes in the communities’ species composition were associated with directional shifts in the relative presence of specific functional traits with increasing sediment grain size, from communities dominated by small body size, deposit-feeding, and short life span to communities characterized by large to medium body size, suspension-feeding, and long life span. We observed limited functional redundancy and high sensitivity of functional trait-based measures to changes in the community composition along sediment gradients. Our findings suggest that a trait-based approach provides valuable information about the ecological function of marine macrozoobenthic species complementary to traditional biodiversity measures (e.g., species richness, Simpson diversity, etc.). Hence, these measures may be used to characterize changes in ecosystem functioning in time and space using traditional monitoring datasets." @default.
• W4310356449 created "2022-12-09" @default.
• W4310356449 creator A5000727117 @default.
• W4310356449 creator A5006954930 @default.
• W4310356449 creator A5009418537 @default.
• W4310356449 creator A5048666270 @default.
• W4310356449 creator A5048919814 @default.
• W4310356449 creator A5087565966 @default.
• W4310356449 date "2022-12-01" @default.
• W4310356449 modified "2023-09-26" @default.
• W4310356449 title "Comparing taxonomic and functional trait diversity in marine macrozoobenthos along sediment texture gradients" @default.
• W4310356449 cites W1562643580 @default.
• W4310356449 cites W1603825056 @default.
• W4310356449 cites W1964479168 @default.
• W4310356449 cites W1979467001 @default.
• W4310356449 cites W1984188157 @default.
• W4310356449 cites W1987650700 @default.
• W4310356449 cites W1998184392 @default.
• W4310356449 cites W2003172227 @default.
• W4310356449 cites W2007116408 @default.
• W4310356449 cites W2007292647 @default.
• W4310356449 cites W2034835655 @default.
• W4310356449 cites W2038462691 @default.
• W4310356449 cites W2045608395 @default.
• W4310356449 cites W2050879313 @default.
• W4310356449 cites W2053873816 @default.
• W4310356449 cites W2056602488 @default.
• W4310356449 cites W2059717549 @default.
• W4310356449 cites W2060317512 @default.
• W4310356449 cites W2064997090 @default.
• W4310356449 cites W2067227875 @default.
• W4310356449 cites W2071786684 @default.
• W4310356449 cites W2076325342 @default.
• W4310356449 cites W2078053032 @default.
• W4310356449 cites W2078161906 @default.
• W4310356449 cites W2088545704 @default.
• W4310356449 cites W2095948199 @default.
• W4310356449 cites W2096647919 @default.
• W4310356449 cites W2099051004 @default.
• W4310356449 cites W2103317434 @default.
• W4310356449 cites W2105003778 @default.
• W4310356449 cites W2112775986 @default.
• W4310356449 cites W2113578743 @default.
• W4310356449 cites W2114776632 @default.
• W4310356449 cites W2116119350 @default.
• W4310356449 cites W2117917838 @default.
• W4310356449 cites W2125428530 @default.
• W4310356449 cites W2127242366 @default.
• W4310356449 cites W2127337558 @default.
• W4310356449 cites W2130456299 @default.
• W4310356449 cites W2131298162 @default.
• W4310356449 cites W2133946740 @default.
• W4310356449 cites W2134992367 @default.
• W4310356449 cites W2141049972 @default.
• W4310356449 cites W2144061182 @default.
• W4310356449 cites W2144481553 @default.
• W4310356449 cites W2148059330 @default.
• W4310356449 cites W2151846090 @default.
• W4310356449 cites W2152295386 @default.
• W4310356449 cites W2155471990 @default.
• W4310356449 cites W2160021859 @default.
• W4310356449 cites W2162278674 @default.
• W4310356449 cites W2169286869 @default.
• W4310356449 cites W2171035941 @default.
• W4310356449 cites W2172776214 @default.
• W4310356449 cites W2327754455 @default.
• W4310356449 cites W2687236832 @default.
• W4310356449 cites W2753632495 @default.
• W4310356449 cites W2789832252 @default.
• W4310356449 cites W2809002745 @default.
• W4310356449 cites W2954138445 @default.
• W4310356449 cites W2980491279 @default.
• W4310356449 cites W2980577289 @default.
• W4310356449 cites W3095456170 @default.
• W4310356449 cites W4211042179 @default.
• W4310356449 cites W4211248416 @default.
• W4310356449 cites W4238601639 @default.
• W4310356449 cites W4250787902 @default.
• W4310356449 cites W4371712508 @default.
• W4310356449 cites W656822910 @default.
• W4310356449 cites W99083155 @default.
• W4310356449 doi "https://doi.org/10.1016/j.ecolind.2022.109718" @default.
• W4310356449 hasPublicationYear "2022" @default.
• W4310356449 type Work @default.
• W4310356449 citedByCount "1" @default.
• W4310356449 countsByYear W43103564492023 @default.
• W4310356449 crossrefType "journal-article" @default.
• W4310356449 hasAuthorship W4310356449A5000727117 @default.
• W4310356449 hasAuthorship W4310356449A5006954930 @default.
• W4310356449 hasAuthorship W4310356449A5009418537 @default.
• W4310356449 hasAuthorship W4310356449A5048666270 @default.
• W4310356449 hasAuthorship W4310356449A5048919814 @default.
• W4310356449 hasAuthorship W4310356449A5087565966 @default.
• W4310356449 hasBestOaLocation W43103564491 @default.
• W4310356449 hasConcept C106934330 @default.
• W4310356449 hasConcept C110872660 @default.
• W4310356449 hasConcept C130217890 @default.
• W4310356449 hasConcept C133079900 @default.

• next