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Wenxin Zhou

Dados Biográficos

ID6928301
NOMEWenxin Zhou
PRENOMESWenxin
SOBRENOMEZhou
ASSINATURAZHOU W
AFILIAÇÕESBeijing Normal University
ORCID0000-0001-5133-7314
VERIFICADOSim
TOTAL DE OBRAS6
TOTAL DE CITAÇÕES2
OBRAS COMO AUTOR6
OBRAS COMO EDITOR0
PRIMEIRO ANO DE PUBLICAÇÃO2021
ANO MAIS RECENTE DE PUBLICAÇÃO2025
ÍNDICE H1
  • Relationship Between Plant Communities and Soil Microbial Diversity and Community Structure in the Desert Steppe of Inner Mongolia

    Open Access•H L Chen, Houpu Chen et al.•ARTICLE•Land Degradation and Development•2025

    Soil microbial biodiversity plays a fundamental role in regulating dryland ecosystem multifunctionality, being influenced by various environmental factors, particularly plant cover and soil properties. However, the complex interactions among soil microbial communities, plant communities, and soil physicochemical properties in desert steppe ecosystems remain inadequately understood. To address this knowledge gap, we examined the relationships betw…

  • Does the implied and actual country-of-origin affect consumer choice? A psychological contract theory perspective

    Open Access•Xueliang Pei, Wenxin Zhou et al.•ARTICLE•Current Psychology•2025

  • Changes and drivers of vegetation productivity in China’s drylands under climate change

    Open Access•Wenxin Zhou, Changjia Li et al.•ARTICLE•Environmental Research Letters•2024

    Increasing aridity can sharply reduce vegetation productivity in drylands, but elevated CO 2 and warming can enhance vegetation growth. However, the extent to which these positive effects counteract the negative effects of heightened aridity on vegetation productivity remains uncertain. Here, we used space-for-time substitution to assess the responses of 15 ecosystem variables to aridity in China’s drylands and predicted vegetation productivity u…

  • Belowground soil and vegetation components change across the aridity threshold in grasslands

    Open Access•Zhuobing Ren, Changjia Li et al.•ARTICLE•Environmental Research Letters•2023

    Grassland ecosystem functions are affected by global climate change and increasing aridity. Belowground components of soil and vegetation, such as specific root length, belowground biomass and soil organic carbon are important for maintaining these functions. However, aridity affects these components in different ways. This research evaluates changes in soil properties and plant attributes with aridity along a 2600 km aridity gradient in the arid…

  • Climate-driven ecological thresholds in China’s drylands modulated by grazing

    Open Access•Changjia Li, Bojie Fu et al.•ARTICLE•Nature Sustainability•2023•Citada por: 2•Referências: 5

  • Drivers and impacts of changes in China’s drylands

    Open Access•Changjia Li, Bojie Fu et al.•ARTICLE•Nature Reviews Earth & Environment•2021

  • Climate-driven ecological thresholds in China’s drylands modulated by grazing

    Open Access•Changjia Li, Bojie Fu et al.•ARTICLE•Nature Sustainability•2023•Citada por: 2•Referências: 5

  • Drivers and impacts of changes in China’s drylands

    Open Access•Changjia Li, Bojie Fu et al.•ARTICLE•Nature Reviews Earth & Environment•2021

  • Belowground soil and vegetation components change across the aridity threshold in grasslands

    Open Access•Zhuobing Ren, Changjia Li et al.•ARTICLE•Environmental Research Letters•2023

    Grassland ecosystem functions are affected by global climate change and increasing aridity. Belowground components of soil and vegetation, such as specific root length, belowground biomass and soil organic carbon are important for maintaining these functions. However, aridity affects these components in different ways. This research evaluates changes in soil properties and plant attributes with aridity along a 2600 km aridity gradient in the arid…

  • Climate-driven ecological thresholds in China’s drylands modulated by grazing

    Open Access•Changjia Li, Bojie Fu et al.•ARTICLE•Nature Sustainability•2023•Citada por: 2•Referências: 5

  • Changes and drivers of vegetation productivity in China’s drylands under climate change

    Open Access•Wenxin Zhou, Changjia Li et al.•ARTICLE•Environmental Research Letters•2024

    Increasing aridity can sharply reduce vegetation productivity in drylands, but elevated CO 2 and warming can enhance vegetation growth. However, the extent to which these positive effects counteract the negative effects of heightened aridity on vegetation productivity remains uncertain. Here, we used space-for-time substitution to assess the responses of 15 ecosystem variables to aridity in China’s drylands and predicted vegetation productivity u…

  • Relationship Between Plant Communities and Soil Microbial Diversity and Community Structure in the Desert Steppe of Inner Mongolia

    Open Access•H L Chen, Houpu Chen et al.•ARTICLE•Land Degradation and Development•2025

    Soil microbial biodiversity plays a fundamental role in regulating dryland ecosystem multifunctionality, being influenced by various environmental factors, particularly plant cover and soil properties. However, the complex interactions among soil microbial communities, plant communities, and soil physicochemical properties in desert steppe ecosystems remain inadequately understood. To address this knowledge gap, we examined the relationships betw…

  • Does the implied and actual country-of-origin affect consumer choice? A psychological contract theory perspective

    Open Access•Xueliang Pei, Wenxin Zhou et al.•ARTICLE•Current Psychology•2025

Geography (5 obras) · Environmental Science (4 obras) · Agroforestry (3 obras) · Biology (3 obras) · China (3 obras) · Climate change (3 obras) · Ecology (3 obras) · Archaeology (2 obras) · Arid (2 obras) · Ecology and Vegetation Dynamics Studies (2 obras)

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