FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2804408792> ?p ?o ?g. }

• W2804408792 endingPage "2263" @default.
• W2804408792 startingPage "2253" @default.
• W2804408792 abstract "Abstract The impact of plant–plant interactions on species diversity patterns has been broadly addressed in stressful environments, such as alpine ecosystems, where foundation species promote species richness by creating habitat for other species. However, foundation species with contrasting phenotypes might modify the microhabitat differently, which would alter the subordinate community composition, and coincide with distinct feedback effects of those subordinate species on the foundation species. However, the precise interaction mechanisms that facilitate species are not fully understood, especially the relative contribution of above‐ and below‐ground compartments of foundation species to subordinate species and the potential feedbacks they receive. We explored whether two contrasted canopy phenotypes (tight and loose) of the shrub Cytisus galianoi differed in their effects on the microhabitat and on subordinate plant community composition in a dry subalpine system. We also experimentally distinguished the relative contribution of above‐ (canopy) and below‐ground (soil) effects of C. galianoi on the most frequent subordinate species, Festuca indigesta , as well as the reciprocal effects of F. indigesta on C. galianoi . We performed observational and manipulative experiments to assess the influence of phenotypic differences of the shrub on understorey microhabitat and subordinate plant community composition. Reciprocal effects were assessed by removing either F. indigesta from the understorey of the two shrub phenotypes or the C. galianoi canopy from the immediate vicinity of F. indigesta . The two C. galianoi phenotypes differed in mean values of functional traits (like stem density or plant height), modified their understorey microhabitats differently and hosted distinct subordinate communities. Loose phenotypes had more positive effects on community composition and diversity than tight phenotypes. In addition, tight phenotypes simultaneously showed both more positive above‐ground and more negative below‐ground effects on F. indigesta than loose phenotypes. There were no significant feedback effects of F. indigesta on C. galianoi . The two phenotypes of the foundation species C. galianoi showed contrasting effects on the subordinate plant community: Compared to the tight phenotype, the loose phenotype had higher associated species diversity and reduced reciprocal interaction intensities above‐ and below‐ground with the subordinate species F. indigesta . This highlights the impact of phenotypic variation for plant interactions and community‐level diversity. A plain language summary is available for this article." @default.
• W2804408792 created "2018-06-01" @default.
• W2804408792 creator A5029070522 @default.
• W2804408792 creator A5051640423 @default.
• W2804408792 creator A5058794494 @default.
• W2804408792 creator A5060511284 @default.
• W2804408792 creator A5074743304 @default.
• W2804408792 creator A5080608049 @default.
• W2804408792 date "2018-06-12" @default.
• W2804408792 modified "2023-10-14" @default.
• W2804408792 title "The balance of canopy and soil effects determines intraspecific differences in foundation species’ effects on associated plants" @default.
• W2804408792 cites W1487174155 @default.
• W2804408792 cites W1604073830 @default.
• W2804408792 cites W1931145368 @default.
• W2804408792 cites W1986322390 @default.
• W2804408792 cites W1987505158 @default.
• W2804408792 cites W1988728807 @default.
• W2804408792 cites W2002949554 @default.
• W2804408792 cites W2009602136 @default.
• W2804408792 cites W2010086195 @default.
• W2804408792 cites W2013075104 @default.
• W2804408792 cites W2016381774 @default.
• W2804408792 cites W2019278781 @default.
• W2804408792 cites W2035254046 @default.
• W2804408792 cites W2036184752 @default.
• W2804408792 cites W2041671416 @default.
• W2804408792 cites W2043471017 @default.
• W2804408792 cites W2056881415 @default.
• W2804408792 cites W2059637697 @default.
• W2804408792 cites W2070698230 @default.
• W2804408792 cites W2076231419 @default.
• W2804408792 cites W2079205348 @default.
• W2804408792 cites W2098730199 @default.
• W2804408792 cites W2099021675 @default.
• W2804408792 cites W2103408435 @default.
• W2804408792 cites W2106768037 @default.
• W2804408792 cites W2112195264 @default.
• W2804408792 cites W2114685860 @default.
• W2804408792 cites W2120100169 @default.
• W2804408792 cites W2123033139 @default.
• W2804408792 cites W2128532138 @default.
• W2804408792 cites W2132527497 @default.
• W2804408792 cites W2133360663 @default.
• W2804408792 cites W2134350888 @default.
• W2804408792 cites W2138896778 @default.
• W2804408792 cites W2144042033 @default.
• W2804408792 cites W2145947430 @default.
• W2804408792 cites W2148220607 @default.
• W2804408792 cites W2151409320 @default.
• W2804408792 cites W2153443337 @default.
• W2804408792 cites W2156945221 @default.
• W2804408792 cites W2165092260 @default.
• W2804408792 cites W2166655850 @default.
• W2804408792 cites W2171507134 @default.
• W2804408792 cites W2212116992 @default.
• W2804408792 cites W2255429154 @default.
• W2804408792 cites W2285054996 @default.
• W2804408792 cites W2285065237 @default.
• W2804408792 cites W2311835225 @default.
• W2804408792 cites W2327355586 @default.
• W2804408792 cites W2405333852 @default.
• W2804408792 cites W2564056314 @default.
• W2804408792 cites W2592078410 @default.
• W2804408792 cites W2743957521 @default.
• W2804408792 cites W4229646408 @default.
• W2804408792 cites W4250028678 @default.
• W2804408792 doi "https://doi.org/10.1111/1365-2435.13139" @default.
• W2804408792 hasPublicationYear "2018" @default.
• W2804408792 type Work @default.
• W2804408792 sameAs 2804408792 @default.
• W2804408792 citedByCount "15" @default.
• W2804408792 countsByYear W28044087922019 @default.
• W2804408792 countsByYear W28044087922020 @default.
• W2804408792 countsByYear W28044087922021 @default.
• W2804408792 countsByYear W28044087922022 @default.
• W2804408792 countsByYear W28044087922023 @default.
• W2804408792 crossrefType "journal-article" @default.
• W2804408792 hasAuthorship W2804408792A5029070522 @default.
• W2804408792 hasAuthorship W2804408792A5051640423 @default.
• W2804408792 hasAuthorship W2804408792A5058794494 @default.
• W2804408792 hasAuthorship W2804408792A5060511284 @default.
• W2804408792 hasAuthorship W2804408792A5074743304 @default.
• W2804408792 hasAuthorship W2804408792A5080608049 @default.
• W2804408792 hasBestOaLocation W28044087921 @default.
• W2804408792 hasConcept C101000010 @default.
• W2804408792 hasConcept C110872660 @default.
• W2804408792 hasConcept C131892835 @default.
• W2804408792 hasConcept C139669111 @default.
• W2804408792 hasConcept C185933670 @default.
• W2804408792 hasConcept C18903297 @default.
• W2804408792 hasConcept C2778091200 @default.
• W2804408792 hasConcept C31262351 @default.
• W2804408792 hasConcept C32120771 @default.
• W2804408792 hasConcept C53002841 @default.
• W2804408792 hasConcept C53565203 @default.
• W2804408792 hasConcept C63644423 @default.
• W2804408792 hasConcept C86803240 @default.
• W2804408792 hasConceptScore W2804408792C101000010 @default.

• next