Xiasong Hu
Biographic Data
| ID | 7714913 |
|---|---|
| NAME | Xiasong Hu |
| GIVEN NAMES | Xiasong |
| FAMILY NAME | Hu |
| SIGNATURE | HU X |
| AFFILIATIONS | Qinghai University |
| ORCID | 0000-0003-2396-5836 |
| VERIFIED | Yes |
| TOTAL WORKS | 3 |
| TOTAL CITATIONS | 0 |
| WORKS AS AUTHOR | 3 |
| WORKS AS EDITOR | 0 |
| FIRST PUBLICATION YEAR | 2026 |
| LATEST PUBLICATION YEAR | 2026 |
| H-INDEX | 0 |
How forest ecosystems regulate soil microbial diversity and function in the northeastern Tibetan Plateau?
Climate shifts exert pronounced influence on the northeastern Tibetan Plateau, where forest ecosystems play a pivotal role in sustaining ecological equilibrium at both local and global scales. However, knowledge of how soil microbial communities are structured and function across the varied forest types in this region is still notably incomplete. This study investigated five contrasting forest types across the northeastern Tibetan Plateau to char…
How do stand conversion approaches influence biodiversity and soil multifunctionality in Picea crassifolia plantations in the Northeastern Tibet Plateau
Over the past few decades, the Grain-for-Green Program on the Northeastern Tibet Plateau has established extensive monoculture plantations of Picea crassifolia , which play an irreplaceable role in regional ecological security. However, large-scale monocultures often suffer from low biodiversity and land degradation, thereby weakening ecosystem services. This study aimed to investigate the effects of monoculture and mixed plantations on biodivers…
Synergistic Degradation Relationship Between Root–Soil Properties and the Evolution of Mattic Epipedon Cracks in Alpine Meadows
During the degradation process of alpine meadows, the vegetation–root–soil system has degraded synergistically, and the composition and structure of mattic epipedons have altered, resulting in gradual thickening accompanied by the emergence of cracks and a qualitative shift in the degradation state. Clarifying root–soil–crack interactions during this process remains challenging. In this study, root–soil properties and crack evolution were investi…
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How forest ecosystems regulate soil microbial diversity and function in the northeastern Tibetan Plateau?
Climate shifts exert pronounced influence on the northeastern Tibetan Plateau, where forest ecosystems play a pivotal role in sustaining ecological equilibrium at both local and global scales. However, knowledge of how soil microbial communities are structured and function across the varied forest types in this region is still notably incomplete. This study investigated five contrasting forest types across the northeastern Tibetan Plateau to char…
How do stand conversion approaches influence biodiversity and soil multifunctionality in Picea crassifolia plantations in the Northeastern Tibet Plateau
Over the past few decades, the Grain-for-Green Program on the Northeastern Tibet Plateau has established extensive monoculture plantations of Picea crassifolia , which play an irreplaceable role in regional ecological security. However, large-scale monocultures often suffer from low biodiversity and land degradation, thereby weakening ecosystem services. This study aimed to investigate the effects of monoculture and mixed plantations on biodivers…
Synergistic Degradation Relationship Between Root–Soil Properties and the Evolution of Mattic Epipedon Cracks in Alpine Meadows
During the degradation process of alpine meadows, the vegetation–root–soil system has degraded synergistically, and the composition and structure of mattic epipedons have altered, resulting in gradual thickening accompanied by the emergence of cracks and a qualitative shift in the degradation state. Clarifying root–soil–crack interactions during this process remains challenging. In this study, root–soil properties and crack evolution were investi…
Ecosystem (3 works) · Biodiversity (2 works) · Soil Carbon and Nitrogen Dynamics (2 works) · Biomass (ecology) (1 work) · Ecology and Vegetation Dynamics Studies (1 work) · Forb (1 work) · Forest ecology (1 work) · Forest ecology and management (1 work) · Forest, Soil, and Plant Ecology in China (1 work) · Function (biology) (1 work)