首页|期刊导航|Forest Ecosystems|Microbial necromass underpins long-term soil carbon stability and ecosystem carbon persistence in pine reforestations
Microbial necromass underpins long-term soil carbon stability and ecosystem carbon persistence in pine reforestations
Shiyang Wu Liehua Tie Jordi Sardans Xingliang Xu Ji Chen Peilei Hu Lei Deng Yixian Kong Shengnan Ouyang Congde Huang Josep Peñuelas Guijie Ding
Forest Ecosystems2026,Vol.16Issue(3):P.654-664,11.
Forest Ecosystems2026,Vol.16Issue(3):P.654-664,11.DOI:10.1016/j.fecs.2026.100457
Microbial necromass underpins long-term soil carbon stability and ecosystem carbon persistence in pine reforestations
摘要
关键词
Ecosystem carbon storage/Soil Organic Carbon(SOC)fractions/Microbial necromass/Stand age/Pinus massoniana分类
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Shiyang Wu,Liehua Tie,Jordi Sardans,Xingliang Xu,Ji Chen,Peilei Hu,Lei Deng,Yixian Kong,Shengnan Ouyang,Congde Huang,Josep Peñuelas,Guijie Ding..Microbial necromass underpins long-term soil carbon stability and ecosystem carbon persistence in pine reforestations[J].Forest Ecosystems,2026,16(3):P.654-664,11.基金项目
supported by the National Natural Science Foundation of China(Nos.32460379 and 32360259) (Nos.32460379 and 32360259)
Guizhou Provincial Basic Research Program(ZK[2025]ZHONGDIAN070,ZK[2022]YIBAN101,and ZK[2023]YIBAN110) (ZK[2025]ZHONGDIAN070,ZK[2022]YIBAN101,and ZK[2023]YIBAN110)
d Natural Science Project of Guizhou University[202131] ()
Josep Pe~nuelas and Jordi Sardans are financially supported by the Spanish Government grants PID2022-140808NB-I00 and PID2023-153125NB-I00 funded by the MICIU/AEI/10.13039/501100011033 and FEDER,EU. ()