FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4314948716> ?p ?o ?g. }

• W4314948716 abstract "Most plant‒soil feedback studies have been conducted on the mechanism by which soil directly influences plant growth performance and mostly in indoor pot experiments; however, it is unclear how plant‒soil feedback is influenced by plant, soil and microbial diversity in grassland ecosystems in alpine meadows with high plant diversity. In this study, plant‒soil feedback patterns were investigated by analyzing plant, soil and microbial characteristics across seven gradients in the time series from light degradation to 10-years of recovery, classified into three categories: ecosystem multifunctionality, biotic and abiotic factors, and comparing the strength and magnitude of plant‒soil feedback in alpine meadows of degradation stages and years of recovery. The results showed that the plant-soil feedback relationships in alpine meadows differed significantly in three aspects: ecosystem multifunctionality, biotic and abiotic factors in the degradation stage and recovery years, and under the degradation gradient, ecosystem multifunctionality decreased from 0.34 to −0.99 with the deepening of degradation, biotic factors increased from −0.17 to 0.09, and abiotic factors increased from −0.17 to 0.15, while in the recovery gradient, ecosystem multifunctionality showed a trend of increasing and then decreasing with increasing recovery years, while biotic and abiotic factors showed fluctuating changes. The plant-soil feedback index indicated that the strength and direction of plant-soil interactions during degradation and recovery were different, and the positive feedback effect was 0.34 and 0.38 in the early stage of degradation and recovery, respectively, which were greater than the negative feedback effect. With the deepening of degradation, the negative feedback effect became more and more obvious, and at the stage of extreme degradation, the negative feedback effect reached −0.99, which was much larger than the positive feedback effect. However, with the increase of the recovery years, the positive feedback effect gradually weakened, and finally all of them were negative feedback effects at 10-years of recovery. This study provides a scientific basis for understanding plant-soil feedback in alpine meadow ecosystems and indicates the direction for the next scientific recovery of alpine meadows." @default.
• W4314948716 created "2023-01-10" @default.
• W4314948716 creator A5013119154 @default.
• W4314948716 creator A5020129195 @default.
• W4314948716 creator A5027311139 @default.
• W4314948716 creator A5030127050 @default.
• W4314948716 creator A5031718716 @default.
• W4314948716 creator A5052286157 @default.
• W4314948716 creator A5064448713 @default.
• W4314948716 creator A5071637257 @default.
• W4314948716 creator A5078403818 @default.
• W4314948716 creator A5081557955 @default.
• W4314948716 creator A5091716964 @default.
• W4314948716 date "2023-01-10" @default.
• W4314948716 modified "2023-09-29" @default.
• W4314948716 title "Characterization of the Plant‒Soil feedback index in alpine meadow degradation and recovery: A field experiment" @default.
• W4314948716 cites W1494555613 @default.
• W4314948716 cites W1701609350 @default.
• W4314948716 cites W1771406168 @default.
• W4314948716 cites W1941192723 @default.
• W4314948716 cites W1967901188 @default.
• W4314948716 cites W1968306045 @default.
• W4314948716 cites W1969238253 @default.
• W4314948716 cites W1982124600 @default.
• W4314948716 cites W1985361258 @default.
• W4314948716 cites W1992809988 @default.
• W4314948716 cites W1994000771 @default.
• W4314948716 cites W1999387010 @default.
• W4314948716 cites W2004416056 @default.
• W4314948716 cites W2008510831 @default.
• W4314948716 cites W2010566968 @default.
• W4314948716 cites W2045595657 @default.
• W4314948716 cites W2045762639 @default.
• W4314948716 cites W2047977838 @default.
• W4314948716 cites W2056985531 @default.
• W4314948716 cites W2060514797 @default.
• W4314948716 cites W2067272229 @default.
• W4314948716 cites W2070209400 @default.
• W4314948716 cites W2072801663 @default.
• W4314948716 cites W2082966944 @default.
• W4314948716 cites W2098387463 @default.
• W4314948716 cites W2105601706 @default.
• W4314948716 cites W2106446186 @default.
• W4314948716 cites W2110124117 @default.
• W4314948716 cites W2130266023 @default.
• W4314948716 cites W2133873845 @default.
• W4314948716 cites W2136963468 @default.
• W4314948716 cites W2138418694 @default.
• W4314948716 cites W2138996418 @default.
• W4314948716 cites W2149391310 @default.
• W4314948716 cites W2160601111 @default.
• W4314948716 cites W2165775575 @default.
• W4314948716 cites W2167517110 @default.
• W4314948716 cites W2169286869 @default.
• W4314948716 cites W2279958129 @default.
• W4314948716 cites W2489469393 @default.
• W4314948716 cites W2560571406 @default.
• W4314948716 cites W2748607273 @default.
• W4314948716 cites W2792188298 @default.
• W4314948716 cites W2895058060 @default.
• W4314948716 cites W2921485902 @default.
• W4314948716 cites W2945841402 @default.
• W4314948716 cites W2964130395 @default.
• W4314948716 cites W2979665594 @default.
• W4314948716 cites W3045073037 @default.
• W4314948716 cites W3164509944 @default.
• W4314948716 cites W3180515901 @default.
• W4314948716 cites W3184601834 @default.
• W4314948716 cites W3198912460 @default.
• W4314948716 cites W4200578913 @default.
• W4314948716 cites W4210851838 @default.
• W4314948716 cites W4220799329 @default.
• W4314948716 cites W4220870990 @default.
• W4314948716 cites W4221041707 @default.
• W4314948716 cites W4221130963 @default.
• W4314948716 cites W4280536159 @default.
• W4314948716 cites W4281650350 @default.
• W4314948716 cites W4310191179 @default.
• W4314948716 doi "https://doi.org/10.3389/fenvs.2022.1097030" @default.
• W4314948716 hasPublicationYear "2023" @default.
• W4314948716 type Work @default.
• W4314948716 citedByCount "0" @default.
• W4314948716 crossrefType "journal-article" @default.
• W4314948716 hasAuthorship W4314948716A5013119154 @default.
• W4314948716 hasAuthorship W4314948716A5020129195 @default.
• W4314948716 hasAuthorship W4314948716A5027311139 @default.
• W4314948716 hasAuthorship W4314948716A5030127050 @default.
• W4314948716 hasAuthorship W4314948716A5031718716 @default.
• W4314948716 hasAuthorship W4314948716A5052286157 @default.
• W4314948716 hasAuthorship W4314948716A5064448713 @default.
• W4314948716 hasAuthorship W4314948716A5071637257 @default.
• W4314948716 hasAuthorship W4314948716A5078403818 @default.
• W4314948716 hasAuthorship W4314948716A5081557955 @default.
• W4314948716 hasAuthorship W4314948716A5091716964 @default.
• W4314948716 hasBestOaLocation W43149487161 @default.
• W4314948716 hasConcept C110872660 @default.
• W4314948716 hasConcept C132215390 @default.
• W4314948716 hasConcept C141185391 @default.
• W4314948716 hasConcept C159390177 @default.
• W4314948716 hasConcept C159750122 @default.

• next