FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3039454493> ?p ?o ?g. }

• W3039454493 endingPage "107896" @default.
• W3039454493 startingPage "107896" @default.
• W3039454493 abstract "Altered drying-rewetting patterns due to climate change may affect soil nitrogen (N) and phosphorus (P) cycling in terrestrial ecosystems. The responses of soil N and P cycling to drying and rewetting cycles can vary with drying-rewetting patterns, experimental methods, ecosystems, and soil types, thus making a synthesis of these studies necessary for understanding mechanisms and predicting future responses to climate change. Here, we compiled data of 1882 observations from 79 studies for a meta-analysis of the responses of soil N and P pools and fluxes to drying and rewetting and how these responses are modified by experimental conditions. Results showed that 1) experimental drying increased NH 4 + , extractable organic nitrogen (EON), and available P in the soil significantly by 22, 27, and 72%, respectively. In contrast, soil NO 3 − , enzymatic activities, microbial biomass, net nitrification, and N 2 O emissions significantly decreased by 37, 13–21, 21–28, 39, and 93%, respectively. 2) Upon rewetting of dried soil, soil EON, extractable organic phosphorus (EOP), net N mineralization, nitrification, phosphatase activity, dissolved organic N leaching, dissolved inorganic P leaching, and N 2 O emissions significantly increased by 59, 27, 19, 15, 12, 60, 116, and 218%, respectively, while soil NO 3 − and NO 3 − leaching significantly decreased by 9 and 74%, respectively. Soil microbial N and P as well as enzymatic activities recovered from drought during the rewetting phase. The mean effect sizes of drying and rewetting generally increased with drying intensity, which was probably also the main reason for greater effect sizes observed in laboratory than in field experiments. Our meta-analysis showed stronger positive responses of available P to drying and rewetting than mineral N, which agreed with greater effect sizes on P than on N leaching. This suggests that drying and rewetting induce an imbalance between N and P, which was more pronounced in soils from forests than from agricultural systems. Overall, these results imply that the expected increase in the frequency and intensity of droughts potentially decouples the cycling of P and N, with consequences for nutrient leaching and the supply of plants and microorganisms with these nutrients. • We compiled data of 1882 observations and conducted a meta-analysis. • Drying and rewetting significantly affected soil N and P pools and fluxes. • Soil microorganisms could recover from drought on rewetting. • There were higher effect sizes of N and P in laboratory than in field. • The responses of soil N and P also depended on soil and land use types." @default.
• W3039454493 created "2020-07-10" @default.
• W3039454493 creator A5020102404 @default.
• W3039454493 creator A5027592742 @default.
• W3039454493 creator A5034782016 @default.
• W3039454493 creator A5063317810 @default.
• W3039454493 creator A5087129072 @default.
• W3039454493 creator A5089042170 @default.
• W3039454493 date "2020-09-01" @default.
• W3039454493 modified "2023-10-17" @default.
• W3039454493 title "Responses of soil nitrogen and phosphorus cycling to drying and rewetting cycles: A meta-analysis" @default.
• W3039454493 cites W1575234955 @default.
• W3039454493 cites W1753343670 @default.
• W3039454493 cites W1830462540 @default.
• W3039454493 cites W1964186072 @default.
• W3039454493 cites W1964994969 @default.
• W3039454493 cites W1976242336 @default.
• W3039454493 cites W1979327418 @default.
• W3039454493 cites W1979918805 @default.
• W3039454493 cites W1981977817 @default.
• W3039454493 cites W1984084218 @default.
• W3039454493 cites W1987047334 @default.
• W3039454493 cites W1987807993 @default.
• W3039454493 cites W1990145540 @default.
• W3039454493 cites W1995442617 @default.
• W3039454493 cites W1995548542 @default.
• W3039454493 cites W2013480950 @default.
• W3039454493 cites W2014456287 @default.
• W3039454493 cites W2016016630 @default.
• W3039454493 cites W2019486906 @default.
• W3039454493 cites W2022015835 @default.
• W3039454493 cites W2024564019 @default.
• W3039454493 cites W2025656342 @default.
• W3039454493 cites W2032236397 @default.
• W3039454493 cites W2034129543 @default.
• W3039454493 cites W2034152380 @default.
• W3039454493 cites W2036671864 @default.
• W3039454493 cites W2038619856 @default.
• W3039454493 cites W2038770226 @default.
• W3039454493 cites W2039114009 @default.
• W3039454493 cites W2040644748 @default.
• W3039454493 cites W2041383474 @default.
• W3039454493 cites W2041671416 @default.
• W3039454493 cites W2043778196 @default.
• W3039454493 cites W2046545185 @default.
• W3039454493 cites W2047680741 @default.
• W3039454493 cites W2049029636 @default.
• W3039454493 cites W2050656277 @default.
• W3039454493 cites W2051643809 @default.
• W3039454493 cites W2051795238 @default.
• W3039454493 cites W2053543716 @default.
• W3039454493 cites W2057183711 @default.
• W3039454493 cites W2057623870 @default.
• W3039454493 cites W2060564817 @default.
• W3039454493 cites W2060609254 @default.
• W3039454493 cites W2061687037 @default.
• W3039454493 cites W2064922472 @default.
• W3039454493 cites W2067188549 @default.
• W3039454493 cites W2070436936 @default.
• W3039454493 cites W2071212310 @default.
• W3039454493 cites W2072859152 @default.
• W3039454493 cites W2080531343 @default.
• W3039454493 cites W2081982322 @default.
• W3039454493 cites W2084895969 @default.
• W3039454493 cites W2086190934 @default.
• W3039454493 cites W2087414266 @default.
• W3039454493 cites W2095652875 @default.
• W3039454493 cites W2096606149 @default.
• W3039454493 cites W2097279262 @default.
• W3039454493 cites W2098432852 @default.
• W3039454493 cites W2099842475 @default.
• W3039454493 cites W2103757487 @default.
• W3039454493 cites W2106236501 @default.
• W3039454493 cites W2106320450 @default.
• W3039454493 cites W2109730769 @default.
• W3039454493 cites W2111193837 @default.
• W3039454493 cites W2111866788 @default.
• W3039454493 cites W2119797678 @default.
• W3039454493 cites W2121104869 @default.
• W3039454493 cites W2127088722 @default.
• W3039454493 cites W2144590679 @default.
• W3039454493 cites W2145958605 @default.
• W3039454493 cites W2153588914 @default.
• W3039454493 cites W2154610441 @default.
• W3039454493 cites W2161439417 @default.
• W3039454493 cites W2162888351 @default.
• W3039454493 cites W2165669094 @default.
• W3039454493 cites W2170186654 @default.
• W3039454493 cites W2337336210 @default.
• W3039454493 cites W2343233095 @default.
• W3039454493 cites W2461893339 @default.
• W3039454493 cites W2469990185 @default.
• W3039454493 cites W2474430063 @default.
• W3039454493 cites W2479201971 @default.
• W3039454493 cites W2479291455 @default.
• W3039454493 cites W2486070737 @default.
• W3039454493 cites W2492910145 @default.
• W3039454493 cites W2530206402 @default.

• next