Matches in SemOpenAlex for { <https://semopenalex.org/work/W4319600057> ?p ?o ?g. }
- W4319600057 endingPage "1210" @default.
- W4319600057 startingPage "1197" @default.
- W4319600057 abstract "Abstract Nitrogen (N) fertilization and warming are two crucial global change factors affecting the soil nematode communities. The effects of N fertilization and warming, however, on nematode communities in soils are inconsistent across ecosystems and maybe be even opposite. One key reason is that the commonly used taxonomic diversity is less sensitive to environmental changes than the seldom‐used trait‐based indicators. To verify this, we performed an 8‐year field experiment with four N fertilization levels with and without soil warming and collected an extensive dataset consisting of (i) six traits related to the nematode performance, that is, body size, maximum body length, maximum body width, stylet length, oesophagus length and intestinal length; (ii) the taxonomic alpha (richness and abundance) and beta diversity (Bray–Curtis dissimilarities) of the whole nematode community and each nematode functional group, (iii) soil food web resources (the total taxonomic richness and abundance of plant, bacterial and fungal communities) and (iv) soil properties (pH, total, ammonium and nitrate N, microbial N and C, total and available P and soil water content). We found that N fertilization altered plant diversity and soil nitrate levels, which in turn decreased taxonomic alpha diversity of two nematode functional groups (phytophagous nematodes and predators), but taxonomic diversity for the whole nematode community remained stable. The decreased taxonomic alpha diversity of phytophagous nematodes resulted in increased maximum body width, but decreased stylet length and oesophageal length. Mild warming (~ 0.7°C) had no effects on soil properties and soil food web resources, and the taxonomic diversity or nematode traits remained unchanged. Our results reveal that nematode functional traits show strong responses to N fertilization as individual nematode groups adapted quickly to changed soil properties and food web resources. Taxonomic diversity indices, however, were more stable under these changes showing that the functional composition of nematode communities may respond in the short term despite little effects on species diversity. Thus, the trait‐based indicators not only reveal how nematodes respond to N fertilization, but also how nematodes mediate the effects of N fertilization on ecosystem functioning (i.e. soil nutrient cycling). Read the free Plain Language Summary for this article on the Journal blog." @default.
- W4319600057 created "2023-02-09" @default.
- W4319600057 creator A5000302626 @default.
- W4319600057 creator A5007347569 @default.
- W4319600057 creator A5042874850 @default.
- W4319600057 creator A5049523462 @default.
- W4319600057 creator A5062508940 @default.
- W4319600057 creator A5071725494 @default.
- W4319600057 date "2023-02-12" @default.
- W4319600057 modified "2023-10-02" @default.
- W4319600057 title "Functional traits of soil nematodes define their response to nitrogen fertilization" @default.
- W4319600057 cites W1886393675 @default.
- W4319600057 cites W1951724000 @default.
- W4319600057 cites W1974167697 @default.
- W4319600057 cites W1996799562 @default.
- W4319600057 cites W1999387010 @default.
- W4319600057 cites W2007827001 @default.
- W4319600057 cites W2025860322 @default.
- W4319600057 cites W2039915272 @default.
- W4319600057 cites W2070942793 @default.
- W4319600057 cites W2116013279 @default.
- W4319600057 cites W2151215603 @default.
- W4319600057 cites W2151587243 @default.
- W4319600057 cites W2162713151 @default.
- W4319600057 cites W2163366786 @default.
- W4319600057 cites W2165037481 @default.
- W4319600057 cites W2165808776 @default.
- W4319600057 cites W2166171121 @default.
- W4319600057 cites W2169461255 @default.
- W4319600057 cites W2411091382 @default.
- W4319600057 cites W2512353711 @default.
- W4319600057 cites W2604278026 @default.
- W4319600057 cites W2768583668 @default.
- W4319600057 cites W2790956338 @default.
- W4319600057 cites W2810448098 @default.
- W4319600057 cites W2890059949 @default.
- W4319600057 cites W2943655024 @default.
- W4319600057 cites W2968052978 @default.
- W4319600057 cites W3006682582 @default.
- W4319600057 cites W3032850365 @default.
- W4319600057 cites W3090291456 @default.
- W4319600057 cites W3106058906 @default.
- W4319600057 cites W3115847073 @default.
- W4319600057 cites W3120218202 @default.
- W4319600057 cites W3174963324 @default.
- W4319600057 cites W3202666191 @default.
- W4319600057 cites W4200424701 @default.
- W4319600057 cites W4226230361 @default.
- W4319600057 cites W4249797441 @default.
- W4319600057 cites W575600030 @default.
- W4319600057 doi "https://doi.org/10.1111/1365-2435.14293" @default.
- W4319600057 hasPublicationYear "2023" @default.
- W4319600057 type Work @default.
- W4319600057 citedByCount "0" @default.
- W4319600057 crossrefType "journal-article" @default.
- W4319600057 hasAuthorship W4319600057A5000302626 @default.
- W4319600057 hasAuthorship W4319600057A5007347569 @default.
- W4319600057 hasAuthorship W4319600057A5042874850 @default.
- W4319600057 hasAuthorship W4319600057A5049523462 @default.
- W4319600057 hasAuthorship W4319600057A5062508940 @default.
- W4319600057 hasAuthorship W4319600057A5071725494 @default.
- W4319600057 hasConcept C159750122 @default.
- W4319600057 hasConcept C18903297 @default.
- W4319600057 hasConcept C23913935 @default.
- W4319600057 hasConcept C53145804 @default.
- W4319600057 hasConcept C53421856 @default.
- W4319600057 hasConcept C53565203 @default.
- W4319600057 hasConcept C6557445 @default.
- W4319600057 hasConcept C77077793 @default.
- W4319600057 hasConcept C86803240 @default.
- W4319600057 hasConcept C88972607 @default.
- W4319600057 hasConceptScore W4319600057C159750122 @default.
- W4319600057 hasConceptScore W4319600057C18903297 @default.
- W4319600057 hasConceptScore W4319600057C23913935 @default.
- W4319600057 hasConceptScore W4319600057C53145804 @default.
- W4319600057 hasConceptScore W4319600057C53421856 @default.
- W4319600057 hasConceptScore W4319600057C53565203 @default.
- W4319600057 hasConceptScore W4319600057C6557445 @default.
- W4319600057 hasConceptScore W4319600057C77077793 @default.
- W4319600057 hasConceptScore W4319600057C86803240 @default.
- W4319600057 hasConceptScore W4319600057C88972607 @default.
- W4319600057 hasFunder F4320321001 @default.
- W4319600057 hasIssue "5" @default.
- W4319600057 hasLocation W43196000571 @default.
- W4319600057 hasOpenAccess W4319600057 @default.
- W4319600057 hasPrimaryLocation W43196000571 @default.
- W4319600057 hasRelatedWork W1980481787 @default.
- W4319600057 hasRelatedWork W2055366788 @default.
- W4319600057 hasRelatedWork W2112575482 @default.
- W4319600057 hasRelatedWork W2172862444 @default.
- W4319600057 hasRelatedWork W2566798546 @default.
- W4319600057 hasRelatedWork W2969127584 @default.
- W4319600057 hasRelatedWork W3182708908 @default.
- W4319600057 hasRelatedWork W4310069669 @default.
- W4319600057 hasRelatedWork W4320037432 @default.
- W4319600057 hasRelatedWork W4362555784 @default.
- W4319600057 hasVolume "37" @default.
- W4319600057 isParatext "false" @default.