Monitoring vegetation dynamics in drylands and disentangling their driving mechanisms are essential for deciphering vegetation–climate feedbacks and supporting targeted ecological restoration. Taking the Circum-Tarim Basin as the study region, this study adopted the modified soil-adjusted vegetation index (MSAVI) as a...
Mengchun Cui, Yiming Feng, Qi Lu et al.· Land· 0 citations
Grassland degradation severely undermines the functions of grassland ecosystems. Inconsistencies in defining grassland degradation have spawned various estimation methods, leading to ongoing controversies. We argue that grassland degradation is a process-oriented phenomenon and should thus be detected by identifying sp...
Dryland ecosystems are highly sensitive to variations in water availability, and reservoirs, as major anthropogenic interventions in surface-water systems, may exert complex effects on vegetation dynamics. This study investigates the impacts of reservoirs on vegetation greenness (NDVI) and fractional vegetation cover (...
Yuan-Xin Dai, Jing-Jie Yu· Journal of Environmental Man...· 0 citations
The Gansu section of the Yellow River Basin (YRB), as an ecologically fragile zone in the upstream YRB, requires a clear understanding of vegetation changes to support effective regional ecological management. However, knowledge of the combined and individual effects of climate and human activities on vegetation covera...
The dynamics of arid inland river basins are closely associated with climate variability and human land-use activities, making long-term monitoring essential for understanding ecological responses and supporting sustainable water resource management. Based on annual fractional vegetation cover (FVC) FVC data from 2000...
Beilikezi Abudureheman, M. Aihemaiti, Zheng Yang et al.· Land· 0 citations
Ecological transition zones, identified as climate-sensitive areas and biodiversity hotspots, are essential for maintaining regional ecological balance through their vegetation dynamics. However, the impact of topographic heterogeneity on the nonlinear responses of vegetation to climate change and human activities is...
Xin-Wen Su, Di Wen, Jun Li et al.· Frontiers in Forests and Glo...· 0 citations
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