FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2809521117> ?p ?o ?g. }

• W2809521117 endingPage "1451" @default.
• W2809521117 startingPage "1440" @default.
• W2809521117 abstract "Abstract Facultative bacterial endosymbionts can protect their aphid hosts from natural enemies such as hymenopteran parasitoids. As such, they have the capability to modulate interactions between aphids, parasitoids and hyperparasitoids. However, the magnitude of these effects in natural aphid populations and their associated parasitoid communities is currently unknown. Moreover, environmental factors such as plant fertilization and landscape complexity are known to affect aphid–parasitoid interactions but it remains unclear how such environmental factors affect the interplay between aphids, parasitoids and endosymbionts. Here, we tested whether facultative endosymbionts confer protection to parasitoids in natural populations of the English grain aphid, Sitobion avenae , and if this is affected by plant fertilization and landscape complexity. Furthermore, we examined whether the effects of facultative endosymbionts can cascade up to the hyperparasitoid level and increase primary‐hyperparasitoid food web specialization. Living aphids and mummies were collected in fertilized and unfertilized plots within 13 wheat fields in Central Germany. We assessed the occurrence of primary parasitoid, hyperparasitoid and endosymbiont species in aphids and mummies using a newly established molecular approach. Facultative endosymbiont infection rates were high across fields (~80%), independent of whether aphids were parasitized or unparasitized. Aphid mummies exhibited a significantly lower share of facultative endosymbiont infection (~38%). These findings suggest that facultative endosymbionts do not affect parasitoid oviposition behaviour, but decrease parasitoid survival in the host. Facultative endosymbiont infection rates were lower in mummies collected from fertilized compared to unfertilized plants, indicating that plant fertilization boosts the facultative endosymbiont protective effect. Furthermore, we found strong evidence for species‐specific and negative cascading effects of facultative endosymbionts on primary and hyperparasitoids, respectively. Facultative endosymbionts impacted parasitoid assemblages and increased the specialization of primary‐hyperparasitoid food webs: these effects were independent from and much stronger than other environmental factors. The current findings strongly suggest that facultative endosymbionts act as a driving force in aphid–parasitoid–hyperparasitoid networks: they shape insect community composition at different trophic levels and modulate, directly and indirectly, the interactions between aphids, parasitoids and their environment." @default.
• W2809521117 created "2018-06-29" @default.
• W2809521117 creator A5017415886 @default.
• W2809521117 creator A5035238184 @default.
• W2809521117 creator A5068831771 @default.
• W2809521117 creator A5072711258 @default.
• W2809521117 creator A5087659615 @default.
• W2809521117 date "2018-07-16" @default.
• W2809521117 modified "2023-10-01" @default.
• W2809521117 title "Facultative bacterial endosymbionts shape parasitoid food webs in natural host populations: A correlative analysis" @default.
• W2809521117 cites W131749240 @default.
• W2809521117 cites W1486057548 @default.
• W2809521117 cites W1496185029 @default.
• W2809521117 cites W1506308906 @default.
• W2809521117 cites W1518286977 @default.
• W2809521117 cites W1518897246 @default.
• W2809521117 cites W1878933696 @default.
• W2809521117 cites W1892833881 @default.
• W2809521117 cites W1905377927 @default.
• W2809521117 cites W1923633214 @default.
• W2809521117 cites W1948137225 @default.
• W2809521117 cites W1951724000 @default.
• W2809521117 cites W1978339035 @default.
• W2809521117 cites W1979655623 @default.
• W2809521117 cites W1986017734 @default.
• W2809521117 cites W1988406367 @default.
• W2809521117 cites W1994249539 @default.
• W2809521117 cites W2015288183 @default.
• W2809521117 cites W2018157059 @default.
• W2809521117 cites W2018594047 @default.
• W2809521117 cites W2021230323 @default.
• W2809521117 cites W2033252403 @default.
• W2809521117 cites W2033254153 @default.
• W2809521117 cites W2039641900 @default.
• W2809521117 cites W2040496523 @default.
• W2809521117 cites W2041472479 @default.
• W2809521117 cites W2044836766 @default.
• W2809521117 cites W2049764808 @default.
• W2809521117 cites W2050698790 @default.
• W2809521117 cites W2052057004 @default.
• W2809521117 cites W2062884129 @default.
• W2809521117 cites W2062986477 @default.
• W2809521117 cites W2077533166 @default.
• W2809521117 cites W2089636819 @default.
• W2809521117 cites W2091585799 @default.
• W2809521117 cites W2096935866 @default.
• W2809521117 cites W2103368081 @default.
• W2809521117 cites W2105638366 @default.
• W2809521117 cites W2108375187 @default.
• W2809521117 cites W2108953564 @default.
• W2809521117 cites W2109721710 @default.
• W2809521117 cites W2111441915 @default.
• W2809521117 cites W2111684210 @default.
• W2809521117 cites W2120538319 @default.
• W2809521117 cites W2123236387 @default.
• W2809521117 cites W2137466260 @default.
• W2809521117 cites W2138704856 @default.
• W2809521117 cites W2141154004 @default.
• W2809521117 cites W2143537251 @default.
• W2809521117 cites W2146857933 @default.
• W2809521117 cites W2154793163 @default.
• W2809521117 cites W2156949864 @default.
• W2809521117 cites W2159267296 @default.
• W2809521117 cites W2163874015 @default.
• W2809521117 cites W2167094923 @default.
• W2809521117 cites W2175172802 @default.
• W2809521117 cites W2176648664 @default.
• W2809521117 cites W2222488794 @default.
• W2809521117 cites W2398257856 @default.
• W2809521117 cites W2416237796 @default.
• W2809521117 cites W2513719163 @default.
• W2809521117 cites W2553068568 @default.
• W2809521117 cites W2626310531 @default.
• W2809521117 cites W2751813023 @default.
• W2809521117 cites W37529239 @default.
• W2809521117 doi "https://doi.org/10.1111/1365-2656.12875" @default.
• W2809521117 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6099228" @default.
• W2809521117 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29928757" @default.
• W2809521117 hasPublicationYear "2018" @default.
• W2809521117 type Work @default.
• W2809521117 sameAs 2809521117 @default.
• W2809521117 citedByCount "20" @default.
• W2809521117 countsByYear W28095211172019 @default.
• W2809521117 countsByYear W28095211172020 @default.
• W2809521117 countsByYear W28095211172021 @default.
• W2809521117 countsByYear W28095211172022 @default.
• W2809521117 countsByYear W28095211172023 @default.
• W2809521117 crossrefType "journal-article" @default.
• W2809521117 hasAuthorship W2809521117A5017415886 @default.
• W2809521117 hasAuthorship W2809521117A5035238184 @default.
• W2809521117 hasAuthorship W2809521117A5068831771 @default.
• W2809521117 hasAuthorship W2809521117A5072711258 @default.
• W2809521117 hasAuthorship W2809521117A5087659615 @default.
• W2809521117 hasBestOaLocation W28095211171 @default.
• W2809521117 hasConcept C126831891 @default.
• W2809521117 hasConcept C18903297 @default.
• W2809521117 hasConcept C22508944 @default.
• W2809521117 hasConcept C2775976403 @default.

• next