FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2967351682> ?p ?o ?g. }

• W2967351682 endingPage "2672" @default.
• W2967351682 startingPage "2660" @default.
• W2967351682 abstract "Global change, such as exotic invasions, dramatically affects ecosystem functioning. However, the mechanisms behind the impacts are often unclear and despite extensive experimental work, we know little about the importance of biodiversity loss as a component of global change effects in real-world ecosystems. We disentangled several mechanisms by which an exotic invader affected ecosystem functioning in East African drylands in Kenya and Ethiopia. We used structural equation modelling to separate direct effects of a woody invader Prosopis juliflora on a range of ecosystem functions from indirect effects mediated through changes in biodiversity (plant species richness) and ecosystem functioning (herbaceous biomass). We analysed effects on ecosystem functions linked to soil biogeochemical cycling and transfer of energy between trophic levels. We found that the mean size of individual indirect effects mediated by biodiversity and herbaceous biomass was about twice as large as the mean size of individual direct effects of Prosopis on ecosystem functions, showing that indirect effects are an important component of the invader’s overall environmental impacts. Changes in both herbaceous biomass and biodiversity were approximately equally important as drivers of indirect effects, indicating that we need to expand our view of indirect effects to consider a wider range of mechanisms. Simple univariate models failed to capture some Prosopis invader effects because positive direct effects on soil stability and predatory invertebrates were counteracted by negative indirect effects on biodiversity or biomass loss. The majority of effects were similar in both study systems. Suggestions that woody invaders are able to increase certain ecosystem functions may therefore have arisen because these negative indirect effects were not considered. Synthesis. Our study indicates that successful management of exotic invasions is likely to require not only control of the invader but also restoration of diverse and productive herbaceous communities as they are important for many ecosystem functions. This highlights the importance of biodiversity as a driver of ecosystem functioning also in real-world systems." @default.
• W2967351682 created "2019-08-22" @default.
• W2967351682 creator A5003304285 @default.
• W2967351682 creator A5015470246 @default.
• W2967351682 creator A5020027911 @default.
• W2967351682 creator A5029469723 @default.
• W2967351682 creator A5035155611 @default.
• W2967351682 creator A5035299376 @default.
• W2967351682 creator A5075342497 @default.
• W2967351682 creator A5085492857 @default.
• W2967351682 creator A5088900816 @default.
• W2967351682 date "2019-09-11" @default.
• W2967351682 modified "2023-10-10" @default.
• W2967351682 title "Direct and indirect effects of invasive species: Biodiversity loss is a major mechanism by which an invasive tree affects ecosystem functioning" @default.
• W2967351682 cites W132074229 @default.
• W2967351682 cites W1896270614 @default.
• W2967351682 cites W1913957972 @default.
• W2967351682 cites W1969686407 @default.
• W2967351682 cites W1990768879 @default.
• W2967351682 cites W1991601867 @default.
• W2967351682 cites W1994878068 @default.
• W2967351682 cites W1996109709 @default.
• W2967351682 cites W2002709469 @default.
• W2967351682 cites W2004320151 @default.
• W2967351682 cites W2006484807 @default.
• W2967351682 cites W2020960019 @default.
• W2967351682 cites W2022423925 @default.
• W2967351682 cites W2029243729 @default.
• W2967351682 cites W2037309013 @default.
• W2967351682 cites W2038803780 @default.
• W2967351682 cites W2046716340 @default.
• W2967351682 cites W2046983010 @default.
• W2967351682 cites W2060514797 @default.
• W2967351682 cites W2078245472 @default.
• W2967351682 cites W2091160252 @default.
• W2967351682 cites W2095654750 @default.
• W2967351682 cites W2097739671 @default.
• W2967351682 cites W2098000995 @default.
• W2967351682 cites W2099959820 @default.
• W2967351682 cites W2106065671 @default.
• W2967351682 cites W2111806697 @default.
• W2967351682 cites W2116964561 @default.
• W2967351682 cites W2118895364 @default.
• W2967351682 cites W2122924116 @default.
• W2967351682 cites W2125635581 @default.
• W2967351682 cites W2130280721 @default.
• W2967351682 cites W2130807529 @default.
• W2967351682 cites W2134556930 @default.
• W2967351682 cites W2135911378 @default.
• W2967351682 cites W2135989658 @default.
• W2967351682 cites W2141958847 @default.
• W2967351682 cites W2147394450 @default.
• W2967351682 cites W2147716564 @default.
• W2967351682 cites W2157511354 @default.
• W2967351682 cites W2158196600 @default.
• W2967351682 cites W2158932730 @default.
• W2967351682 cites W2161307177 @default.
• W2967351682 cites W2163976466 @default.
• W2967351682 cites W2169286869 @default.
• W2967351682 cites W2171751119 @default.
• W2967351682 cites W2176467189 @default.
• W2967351682 cites W2176564912 @default.
• W2967351682 cites W2183908049 @default.
• W2967351682 cites W2213527255 @default.
• W2967351682 cites W2227777786 @default.
• W2967351682 cites W2263060951 @default.
• W2967351682 cites W2510136745 @default.
• W2967351682 cites W2549969157 @default.
• W2967351682 cites W2621445113 @default.
• W2967351682 cites W2754577616 @default.
• W2967351682 cites W2794580415 @default.
• W2967351682 cites W2804474757 @default.
• W2967351682 cites W2900743557 @default.
• W2967351682 cites W2936964546 @default.
• W2967351682 cites W2946309854 @default.
• W2967351682 doi "https://doi.org/10.1111/1365-2745.13268" @default.
• W2967351682 hasPublicationYear "2019" @default.
• W2967351682 type Work @default.
• W2967351682 sameAs 2967351682 @default.
• W2967351682 citedByCount "98" @default.
• W2967351682 countsByYear W29673516822019 @default.
• W2967351682 countsByYear W29673516822020 @default.
• W2967351682 countsByYear W29673516822021 @default.
• W2967351682 countsByYear W29673516822022 @default.
• W2967351682 countsByYear W29673516822023 @default.
• W2967351682 crossrefType "journal-article" @default.
• W2967351682 hasAuthorship W2967351682A5003304285 @default.
• W2967351682 hasAuthorship W2967351682A5015470246 @default.
• W2967351682 hasAuthorship W2967351682A5020027911 @default.
• W2967351682 hasAuthorship W2967351682A5029469723 @default.
• W2967351682 hasAuthorship W2967351682A5035155611 @default.
• W2967351682 hasAuthorship W2967351682A5035299376 @default.
• W2967351682 hasAuthorship W2967351682A5075342497 @default.
• W2967351682 hasAuthorship W2967351682A5085492857 @default.
• W2967351682 hasAuthorship W2967351682A5088900816 @default.
• W2967351682 hasBestOaLocation W29673516821 @default.
• W2967351682 hasConcept C110872660 @default.
• W2967351682 hasConcept C115540264 @default.

• next