Matches in SemOpenAlex for { <https://semopenalex.org/work/W3174487757> ?p ?o ?g. }
- W3174487757 abstract "Abstract Background Despite the crucial role of nitrogen (N) availability in carbon (C) cycling in terrestrial ecosystems, soil organic C (SOC) mineralization in different sizes of soil aggregates under various land use types and their responses to N addition is not well understood. To investigate the responses of soil C mineralization in different sized aggregates and land use types to N addition, an incubation experiment was conducted with three aggregate-size classes (2000, 250, and 53 μm) and two land use types (a Chinese fir plantation and a paddy land). Results Cumulative C mineralization of the < 53-μm fractions was the highest and that of microaggregates was the lowest in both forest and paddy soils, indicating that soil aggregates enhanced soil C stability and reduced the loss of soil C. Cumulative C mineralization in all sizes of aggregates treated with N addition decreased in forest soils, but that in microaggregates and the < 53-μm fraction increased in paddy soils treated with 100 μg N g −1 . Moreover, the effect sizes of N addition on C mineralization of forest soils were below zero, but those of paddy soils were above zero. These data indicated that N addition decreased SOC mineralization of forest soils but increased that of paddy soils. Conclusions Soil aggregates play an important role in soil C sequestration, and decrease soil C loss through the increase of soil C stability, regardless of land use types. N addition has different effects on soil C mineralization in different land use types. These results highlight the importance of soil aggregates and land use types in the effects of N deposition on the global terrestrial ecosystem C cycle." @default.
- W3174487757 created "2021-07-05" @default.
- W3174487757 creator A5034708179 @default.
- W3174487757 creator A5053045432 @default.
- W3174487757 creator A5071060310 @default.
- W3174487757 creator A5072202627 @default.
- W3174487757 creator A5087314311 @default.
- W3174487757 date "2021-06-23" @default.
- W3174487757 modified "2023-10-18" @default.
- W3174487757 title "Nitrogen addition reduced carbon mineralization of aggregates in forest soils but enhanced in paddy soils in South China" @default.
- W3174487757 cites W1505543708 @default.
- W3174487757 cites W1635165580 @default.
- W3174487757 cites W1857591892 @default.
- W3174487757 cites W1935089707 @default.
- W3174487757 cites W1964165614 @default.
- W3174487757 cites W1964718533 @default.
- W3174487757 cites W1972417057 @default.
- W3174487757 cites W1976325625 @default.
- W3174487757 cites W1992707964 @default.
- W3174487757 cites W1994714335 @default.
- W3174487757 cites W2002536669 @default.
- W3174487757 cites W2013840199 @default.
- W3174487757 cites W2016056724 @default.
- W3174487757 cites W2018501469 @default.
- W3174487757 cites W2021650347 @default.
- W3174487757 cites W2025799576 @default.
- W3174487757 cites W2035004799 @default.
- W3174487757 cites W2038288589 @default.
- W3174487757 cites W2043577774 @default.
- W3174487757 cites W2048559527 @default.
- W3174487757 cites W2050109729 @default.
- W3174487757 cites W2055426680 @default.
- W3174487757 cites W2056481240 @default.
- W3174487757 cites W2073639116 @default.
- W3174487757 cites W2076424962 @default.
- W3174487757 cites W2083355713 @default.
- W3174487757 cites W2085066895 @default.
- W3174487757 cites W2094859319 @default.
- W3174487757 cites W2096371469 @default.
- W3174487757 cites W2098838415 @default.
- W3174487757 cites W2101712632 @default.
- W3174487757 cites W2110046114 @default.
- W3174487757 cites W2110155297 @default.
- W3174487757 cites W2117321971 @default.
- W3174487757 cites W2122215641 @default.
- W3174487757 cites W2132949254 @default.
- W3174487757 cites W2134255886 @default.
- W3174487757 cites W2139405554 @default.
- W3174487757 cites W2144189317 @default.
- W3174487757 cites W2146323422 @default.
- W3174487757 cites W2153225854 @default.
- W3174487757 cites W2155236826 @default.
- W3174487757 cites W2156046832 @default.
- W3174487757 cites W2157575297 @default.
- W3174487757 cites W2167111671 @default.
- W3174487757 cites W2170180767 @default.
- W3174487757 cites W2170784168 @default.
- W3174487757 cites W2170817041 @default.
- W3174487757 cites W2175900236 @default.
- W3174487757 cites W2226599786 @default.
- W3174487757 cites W2287338065 @default.
- W3174487757 cites W2291024373 @default.
- W3174487757 cites W2400900413 @default.
- W3174487757 cites W2405114845 @default.
- W3174487757 cites W2414822825 @default.
- W3174487757 cites W2518450246 @default.
- W3174487757 cites W2519117893 @default.
- W3174487757 cites W2561378172 @default.
- W3174487757 cites W2568503585 @default.
- W3174487757 cites W2589425829 @default.
- W3174487757 cites W2590780973 @default.
- W3174487757 cites W2613581877 @default.
- W3174487757 cites W2620986332 @default.
- W3174487757 cites W2767612690 @default.
- W3174487757 cites W2772596460 @default.
- W3174487757 cites W2778627387 @default.
- W3174487757 cites W2794336212 @default.
- W3174487757 cites W2804573532 @default.
- W3174487757 cites W2883893555 @default.
- W3174487757 cites W2893981822 @default.
- W3174487757 cites W2901880422 @default.
- W3174487757 cites W2920232831 @default.
- W3174487757 cites W2922155452 @default.
- W3174487757 cites W3023032364 @default.
- W3174487757 cites W3049418880 @default.
- W3174487757 doi "https://doi.org/10.1186/s13717-021-00319-z" @default.
- W3174487757 hasPublicationYear "2021" @default.
- W3174487757 type Work @default.
- W3174487757 sameAs 3174487757 @default.
- W3174487757 citedByCount "5" @default.
- W3174487757 countsByYear W31744877572022 @default.
- W3174487757 countsByYear W31744877572023 @default.
- W3174487757 crossrefType "journal-article" @default.
- W3174487757 hasAuthorship W3174487757A5034708179 @default.
- W3174487757 hasAuthorship W3174487757A5053045432 @default.
- W3174487757 hasAuthorship W3174487757A5071060310 @default.
- W3174487757 hasAuthorship W3174487757A5072202627 @default.
- W3174487757 hasAuthorship W3174487757A5087314311 @default.
- W3174487757 hasBestOaLocation W31744877571 @default.
- W3174487757 hasConcept C107872376 @default.