FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2894887958> ?p ?o ?g. }

• W2894887958 endingPage "1067" @default.
• W2894887958 startingPage "1057" @default.
• W2894887958 abstract "It is becoming increasingly clear that an increase in aboveground plant diversity enhances the temporal stability of plant community productivity via biodiversity effect. However, we know little about whether and how belowground soil biota influence ecosystem stability. Current studies show that specific groups of soil biota and the diversity of soil biota communities in general have important roles in mediating plant community attributes, including plant diversity, productivity, community composition, and plant–plant interactions, as well as regulating plant tolerance to stress factors. The effects of soil biota on these aspects of plant performances are potentially linked with the stability of ecosystem productivity, which can also help to understand how soil biota influence the productivity-dependent ecosystem services. High biodiversity aboveground tends to increase the stability of ecosystem functioning when faced with a changing environment. However, whether and how soil biota affect ecosystem stability is less clear. Here, we introduce a framework for understanding the effects of soil biota on variation in ecosystem functioning under environmental changes. We conclude that soil biota may be a neglected factor determining ecosystem stability through their direct and indirect effects on plant diversity, the net productivity of an ecosystem, and compensatory dynamics among plant species, and via altering ecosystem resistance and resilience. Furthermore, future research needs to consider that effects of soil biota on ecosystem stability will vary depending on extrinsic factors, and for a given perturbation and ecosystem function. High biodiversity aboveground tends to increase the stability of ecosystem functioning when faced with a changing environment. However, whether and how soil biota affect ecosystem stability is less clear. Here, we introduce a framework for understanding the effects of soil biota on variation in ecosystem functioning under environmental changes. We conclude that soil biota may be a neglected factor determining ecosystem stability through their direct and indirect effects on plant diversity, the net productivity of an ecosystem, and compensatory dynamics among plant species, and via altering ecosystem resistance and resilience. Furthermore, future research needs to consider that effects of soil biota on ecosystem stability will vary depending on extrinsic factors, and for a given perturbation and ecosystem function. root-associated fungi belonging to the Glomeromycotina, which can form mutualistic associations with most terrestrial plant species. the difference in ecosystem functioning between species polycultures and the average of the species in monocultures. the phenomenon that a decrease in the abundance of a plant species due to a change in the environment is compensated by an increase in the performance of other species, such that the functioning of an ecosystem remains temporally stable in a changing environment. the processes that link abiotic and biotic components in ecosystems; for example, fluxes of material and energy between soil biota and plants affecting plant productivity. the rate at which ecosystem functioning recovers following a perturbation, assessed by the rate of recovery towards normal levels after a disturbance event [1Pimm S.L. The complexity and stability of ecosystems.Nature. 1984; 307: 321-326Crossref Scopus (1802) Google Scholar, 88Isbell F. et al.Biodiversity increases the resistance of ecosystem productivity to climate extremes.Nature. 2015; 526: 574-577Crossref PubMed Scopus (762) Google Scholar]. the degree to which ecosystem functioning changes during a perturbation, assessed by the proximity of functioning to normal levels during a disturbance event [1Pimm S.L. The complexity and stability of ecosystems.Nature. 1984; 307: 321-326Crossref Scopus (1802) Google Scholar, 88Isbell F. et al.Biodiversity increases the resistance of ecosystem productivity to climate extremes.Nature. 2015; 526: 574-577Crossref PubMed Scopus (762) Google Scholar]. the ability of an ecosystem to maintain a consistent functioning through time in a temporally variable environment. We focus here on temporal stability, which is measured by the mean value of ANPP for a time period divided by its temporal standard deviation over a common period [2Tilman D. et al.Biodiversity and ecosystem stability in a decade-long grassland experiment.Nature. 2006; 441: 629-632Crossref PubMed Scopus (1410) Google Scholar]. the components of soil biota, such as saprophytic fungi and bacteria, algae, and fauna, that do not typically colonize the rhizoplane of plant roots. the process where an individual plant alters the abiotic or biotic properties of soil in which it grows, which in turn decreases the performance of conspecific plants in that soil in the future. the components of soil biota that associate with plant roots and, therefore, can directly affect plant performance, such as soil mutualists, including mycorrhizal fungi and plant growth-promoting rhizobacteria, and root pathogens. the degree of temporal negative covariation among species in response to environmental fluctuations [64Loreau M. de Mazancourt C. Species synchrony and its drivers: neutral and nonneutral community dynamics in fluctuating environments.Am. Nat. 2008; 172: E48-E66Crossref PubMed Scopus (383) Google Scholar, 66Gross K. et al.Species richness and the temporal stability of biomass production: a new analysis of recent biodiversity experiments.Am. Nat. 2014; 183: 1-12Crossref PubMed Scopus (231) Google Scholar]." @default.
• W2894887958 created "2018-10-12" @default.
• W2894887958 creator A5036591416 @default.
• W2894887958 creator A5068567739 @default.
• W2894887958 creator A5071803736 @default.
• W2894887958 creator A5079067227 @default.
• W2894887958 creator A5088103689 @default.
• W2894887958 date "2018-12-01" @default.
• W2894887958 modified "2023-10-17" @default.
• W2894887958 title "How Soil Biota Drive Ecosystem Stability" @default.
• W2894887958 cites W1500690338 @default.
• W2894887958 cites W1576511234 @default.
• W2894887958 cites W1956269397 @default.
• W2894887958 cites W1965779178 @default.
• W2894887958 cites W1976156597 @default.
• W2894887958 cites W1989384719 @default.
• W2894887958 cites W1994000771 @default.
• W2894887958 cites W2002258037 @default.
• W2894887958 cites W2011919173 @default.
• W2894887958 cites W2021695566 @default.
• W2894887958 cites W2027701911 @default.
• W2894887958 cites W2030452505 @default.
• W2894887958 cites W2033601422 @default.
• W2894887958 cites W2034697465 @default.
• W2894887958 cites W2044756133 @default.
• W2894887958 cites W2045076507 @default.
• W2894887958 cites W2047152814 @default.
• W2894887958 cites W2057730136 @default.
• W2894887958 cites W2062265398 @default.
• W2894887958 cites W2063525187 @default.
• W2894887958 cites W2071556596 @default.
• W2894887958 cites W2082315220 @default.
• W2894887958 cites W2082966944 @default.
• W2894887958 cites W2085757825 @default.
• W2894887958 cites W2086290199 @default.
• W2894887958 cites W2088258351 @default.
• W2894887958 cites W2091125240 @default.
• W2894887958 cites W2093124572 @default.
• W2894887958 cites W2098096620 @default.
• W2894887958 cites W2098872707 @default.
• W2894887958 cites W2102288184 @default.
• W2894887958 cites W2105128010 @default.
• W2894887958 cites W2110242161 @default.
• W2894887958 cites W2114983539 @default.
• W2894887958 cites W2117283990 @default.
• W2894887958 cites W2118269781 @default.
• W2894887958 cites W2118554039 @default.
• W2894887958 cites W2120143566 @default.
• W2894887958 cites W2127461231 @default.
• W2894887958 cites W2133946740 @default.
• W2894887958 cites W2137882966 @default.
• W2894887958 cites W2138325285 @default.
• W2894887958 cites W2142172814 @default.
• W2894887958 cites W2142562300 @default.
• W2894887958 cites W2149730850 @default.
• W2894887958 cites W2150149157 @default.
• W2894887958 cites W2160797484 @default.
• W2894887958 cites W2162790191 @default.
• W2894887958 cites W2168909075 @default.
• W2894887958 cites W2171222148 @default.
• W2894887958 cites W2187926021 @default.
• W2894887958 cites W2263248977 @default.
• W2894887958 cites W2271664767 @default.
• W2894887958 cites W2295724738 @default.
• W2894887958 cites W2320432931 @default.
• W2894887958 cites W2321005958 @default.
• W2894887958 cites W2336654167 @default.
• W2894887958 cites W2466972575 @default.
• W2894887958 cites W2475314851 @default.
• W2894887958 cites W2485490013 @default.
• W2894887958 cites W2522053907 @default.
• W2894887958 cites W2553199639 @default.
• W2894887958 cites W2554312062 @default.
• W2894887958 cites W2558519551 @default.
• W2894887958 cites W2568745042 @default.
• W2894887958 cites W2577618845 @default.
• W2894887958 cites W2578172153 @default.
• W2894887958 cites W2593013246 @default.
• W2894887958 cites W2593448754 @default.
• W2894887958 cites W2596272578 @default.
• W2894887958 cites W2613201171 @default.
• W2894887958 cites W2620040244 @default.
• W2894887958 cites W2716349577 @default.
• W2894887958 cites W2735305615 @default.
• W2894887958 cites W2753694371 @default.
• W2894887958 cites W2756103541 @default.
• W2894887958 cites W2756448447 @default.
• W2894887958 cites W2762306894 @default.
• W2894887958 cites W2765581097 @default.
• W2894887958 cites W2765899323 @default.
• W2894887958 cites W2765955851 @default.
• W2894887958 cites W2768812550 @default.
• W2894887958 cites W2775003106 @default.
• W2894887958 cites W2791498270 @default.
• W2894887958 cites W2793705138 @default.
• W2894887958 cites W2802059742 @default.
• W2894887958 cites W2854262208 @default.
• W2894887958 cites W2883100094 @default.

• next