Maokui Lyu - Fujian Normal University

基本信息

Career Trajectory

Bio

Maokui Lyu currently works at the School of Geographical Sciences, Fujian Normal University. Maokui does research in Ecology. Their current project is 'Key mechanisms and contributions of effects of Dicranopteris dichotoma on soil organic carbon accumulation in degraded red soil' and "Climate change and its impact on vegetation since the last glacial maximum".

Research Interests

Papers共 37 篇Author StatisticsCo-AuthorSimilar Experts

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Response of Root- and Soil-Associated AM Fungi to Nitrogen Addition and Simulated Drought in a Chinese Fir Plantation

Jiamian Shi,Xiaojie Li,Ge Song,Shengsheng Jin, Luhong Zhou,Maokui Lyu,Jinsheng Xie, Yalin Hu,Hang-Wei Hu,Ji-Zheng He,Yong Zheng

GEODERMA（2025）

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Rapid Positive Response of Young Trees Growth to Warming Reverses Nitrogen Loss from Subtropical Soil

Maokui Lyu,Shidong Chen,Qiufang Zhang,Zhijie Yang,Jinsheng Xie,Chao Wang,Xiaohong Wang,Xiaofei Liu,Decheng Xiong,Chao Xu,Weisheng Lin,Guangshui Chen,Yuehmin Chen,Yusheng Yang

FUNCTIONAL ECOLOGYno. 5 (2024): 1222-1235

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Chemical Composition of Soil Carbon is Governed by Microbial Diversity During Understory Fern Removal in Subtropical Pine Forests

Wei Deng,Yuming Lu,Maokui Lyu,Cui Deng,Xiaojie Li,Yongmeng Jiang, Hongru Zhu,Yusheng Yang,Jinsheng Xie

The Science of The Total Environment (2024): 169904-169904

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Consistent Positive Response but Inconsistent Microbial Mechanisms of Absorptive Root Litter-Induced Priming Effect to Warming at Different Decomposition Stages

Dongmei Wu, Xiaohong Wang,Ailian Fan, Yuqi Chen, Zhijie Yang,Maokui Lyu,Xiaodong Yao,Jianfen Guo,Yusheng Yang, Guangshui Chen

GEODERMA (2024)

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Input of High-Quality Litter Reduces Soil Carbon Losses Due to Priming in a Subtropical Pine Forest

Shiting Li,Maokui Lyu,Cui Deng, Wei Deng,Xiaohong Wang, Anne Cao,Yongmeng Jiang, Jueling Liu,Yuming Lu,Jinsheng Xie

Soil Biology and Biochemistry（2024）

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Organic Carbon Negatively Affects the Diversity of Soil Nitrous Oxide Reducers in Chinese Fir Plantations at a Regional Scale

Milin Deng,Yong Zheng,Zi-Yang He,Maokui Lyu,Shengsheng Jin,Hao Yang, Hanshuo Zhang,Ji-Zheng He,Yongxin Lin

Applied Soil Ecology (2024): 105457-105457

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Warming Reduces Priming Effect of Soil Organic Carbon Decomposition along a Subtropical Elevation Gradient

Xiaojie Li,Maokui Lyu,Qiufang Zhang,Jiguang Feng,Xiaofei Liu,Biao Zhu,Xiaohong Wang,Yusheng Yang,Jinsheng Xie

Global Biogeochemical Cyclesno. 6 (2024)

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Soil Microbes Deal with the Nitrogen Deposition Enhanced Phosphorus Limitation by Shifting Community Structure in an Old-Growth Subtropical Forest

Xiaohong Wang,Shiyining Li,Dongmei Wu,Ailian Fan,Xiaodong Yao,Maokui Lyu,Guangshui Chen,Yusheng Yang

The Science of The Total Environment（2024）

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High-quality Litter Exerts a Greater Effect on Soil Carbon Gain in Unrestored Than Restored Pine Plantations

Shiting Li,Yongmeng Jiang,Maokui Lyu,Cui Deng, Wei Deng, Man Wang, Jueling Liu,Yuming Lu,Jinsheng Xie

The Science of The Total Environmentpp.175975-175975, (2024)

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Corrigendum to “input of High-Quality Litter Reduces Soil Carbon Losses Due to Priming in a Subtropical Pine Forest” [soil Biology and Biochemistry 194 (2024) 109444]

Shiting Li,Maokui Lyu,Cui Deng, Wei Deng, Xiaohong Wang, Anne Cao,Yongmeng Jiang, Jueling Liu,Yuming Lu,Jinsheng Xie

Soil Biology and Biochemistrypp.109652, (2024)

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