FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2121199999> ?p ?o ?g. }

• W2121199999 endingPage "834" @default.
• W2121199999 startingPage "827" @default.
• W2121199999 abstract "Species and processes in ecosystems are part of multi‐trophic interaction networks. Plants represent the lowest trophic level in terrestrial ecosystems, and experiments have shown a stabilizing effect of plant diversity on higher trophic levels. Such evidence has been mainly collected in experimental grasslands. Forests are structurally more complex than grasslands and support the majority of the global biodiversity, but studies on multi‐trophic interaction networks are missing in experimental tree diversity gradients. In a forest diversity experiment in southeast China, we examined how tree diversity affects the structure of trophobiotic networks. Trophobioses are tri‐trophic interactions between plants, sap‐sucking Hemiptera and honeydew‐collecting ants that can be subdivided into a largely mutualistic Hemiptera–ant and an antagonistic plant–Hemiptera network. We inspected almost 7000 trees in 146 plots ranging from monocultures to 16 tree species mixtures and found 194 trophobioses consisting of 15 tree, 33 Hemiptera and 18 ant species. We found that tree diversity increased the proportion of trees harboring trophobioses. Consistent with the prediction that mutualistic and antagonistic networks respond differently to changing environments, we found that the generality index of the mutualistic Hemiptera–ant but not the antagonistic plant–Hemiptera network increased with tree diversity. High generality, maintained by high tree diversity, might correspond to higher functional stability. Hence, our results indicate that tree diversity could increase via bottom–up processes the robustness of ant–Hemiptera associations against changing environmental conditions. In turn, the plant–Hemiptera network was highly complementary, suggesting that host‐specific Hemiptera species may be vulnerable to co‐extinction if their host plants disappear. Based on our results, we provide possible future research directions to further disentangle the bottom–up effect of tree diversity on the structure of trophobiotic networks. Synthesis It is now widely accepted that plant diversity promotes ecosystem functionality and stability. However, it is still largely unknown how plant diversity affects interactions between trophic levels and if different interaction types are affected differently. Using a tri‐trophic study system consisting of plants, sap‐sucking Hemiptera, and ants we provide evidence that increasing local plant diversity stabilizes the mutualistic Hemiptera–ant but not the antagonistic plant–Hemiptera networks. Our results suggest that bottom–up effects of plant diversity on trophic interactions might generally depend on the type of interaction (mutualistic versus antagonistic) considered." @default.
• W2121199999 created "2016-06-24" @default.
• W2121199999 creator A5018652518 @default.
• W2121199999 creator A5070924304 @default.
• W2121199999 creator A5084223502 @default.
• W2121199999 date "2014-12-04" @default.
• W2121199999 modified "2023-10-04" @default.
• W2121199999 title "Tree diversity alters the structure of a tri-trophic network in a biodiversity experiment" @default.
• W2121199999 cites W151170034 @default.
• W2121199999 cites W1598363147 @default.
• W2121199999 cites W1979892499 @default.
• W2121199999 cites W1982241310 @default.
• W2121199999 cites W1986374628 @default.
• W2121199999 cites W1988510207 @default.
• W2121199999 cites W2006205568 @default.
• W2121199999 cites W2010183574 @default.
• W2121199999 cites W2021080256 @default.
• W2121199999 cites W2022224360 @default.
• W2121199999 cites W2036159265 @default.
• W2121199999 cites W2042145678 @default.
• W2121199999 cites W2059351069 @default.
• W2121199999 cites W2066824420 @default.
• W2121199999 cites W2074141882 @default.
• W2121199999 cites W2075840966 @default.
• W2121199999 cites W2078080575 @default.
• W2121199999 cites W2086595291 @default.
• W2121199999 cites W2094520873 @default.
• W2121199999 cites W2104129137 @default.
• W2121199999 cites W2106432912 @default.
• W2121199999 cites W2109005961 @default.
• W2121199999 cites W2109778804 @default.
• W2121199999 cites W2110715741 @default.
• W2121199999 cites W2112551991 @default.
• W2121199999 cites W2113283744 @default.
• W2121199999 cites W2114593537 @default.
• W2121199999 cites W2116110523 @default.
• W2121199999 cites W2118594973 @default.
• W2121199999 cites W2122184339 @default.
• W2121199999 cites W2123712267 @default.
• W2121199999 cites W2134351926 @default.
• W2121199999 cites W2135911378 @default.
• W2121199999 cites W2136809720 @default.
• W2121199999 cites W2137006229 @default.
• W2121199999 cites W2137212447 @default.
• W2121199999 cites W2138136589 @default.
• W2121199999 cites W2139295009 @default.
• W2121199999 cites W2143097881 @default.
• W2121199999 cites W2148397914 @default.
• W2121199999 cites W2149145651 @default.
• W2121199999 cites W2151402778 @default.
• W2121199999 cites W2153931003 @default.
• W2121199999 cites W2156239678 @default.
• W2121199999 cites W2157202374 @default.
• W2121199999 cites W2162790191 @default.
• W2121199999 cites W2166481389 @default.
• W2121199999 cites W2168204689 @default.
• W2121199999 cites W2168592174 @default.
• W2121199999 cites W2169286869 @default.
• W2121199999 cites W2282448634 @default.
• W2121199999 cites W4291790796 @default.
• W2121199999 doi "https://doi.org/10.1111/oik.01723" @default.
• W2121199999 hasPublicationYear "2014" @default.
• W2121199999 type Work @default.
• W2121199999 sameAs 2121199999 @default.
• W2121199999 citedByCount "47" @default.
• W2121199999 countsByYear W21211999992015 @default.
• W2121199999 countsByYear W21211999992016 @default.
• W2121199999 countsByYear W21211999992017 @default.
• W2121199999 countsByYear W21211999992018 @default.
• W2121199999 countsByYear W21211999992019 @default.
• W2121199999 countsByYear W21211999992020 @default.
• W2121199999 countsByYear W21211999992021 @default.
• W2121199999 countsByYear W21211999992022 @default.
• W2121199999 countsByYear W21211999992023 @default.
• W2121199999 crossrefType "journal-article" @default.
• W2121199999 hasAuthorship W2121199999A5018652518 @default.
• W2121199999 hasAuthorship W2121199999A5070924304 @default.
• W2121199999 hasAuthorship W2121199999A5084223502 @default.
• W2121199999 hasConcept C110872660 @default.
• W2121199999 hasConcept C130217890 @default.
• W2121199999 hasConcept C18903297 @default.
• W2121199999 hasConcept C2776713116 @default.
• W2121199999 hasConcept C2778908745 @default.
• W2121199999 hasConcept C36811481 @default.
• W2121199999 hasConcept C72958200 @default.
• W2121199999 hasConcept C86803240 @default.
• W2121199999 hasConceptScore W2121199999C110872660 @default.
• W2121199999 hasConceptScore W2121199999C130217890 @default.
• W2121199999 hasConceptScore W2121199999C18903297 @default.
• W2121199999 hasConceptScore W2121199999C2776713116 @default.
• W2121199999 hasConceptScore W2121199999C2778908745 @default.
• W2121199999 hasConceptScore W2121199999C36811481 @default.
• W2121199999 hasConceptScore W2121199999C72958200 @default.
• W2121199999 hasConceptScore W2121199999C86803240 @default.
• W2121199999 hasIssue "7" @default.
• W2121199999 hasLocation W21211999991 @default.
• W2121199999 hasOpenAccess W2121199999 @default.
• W2121199999 hasPrimaryLocation W21211999991 @default.

• next