Critical Soil Moisture Levels as Indicators of Ecosystem Drought Respons...




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This study explores the drivers of ecosystem soil water stress responses by identifying and analyzing critical soil moisture thresholds that regulate ecosystem resilience and drought sensitivity. It reveals how subtle changes in soil moisture levels influence vegetation productivity, soil respiration, and carbon-water exchange. By integrating field observations, satellite data, and ecohydrological models, the research uncovers threshold-based mechanisms that determine the onset of water stress and recovery patterns across diverse ecosystems. The findings offer a comprehensive understanding of soil-plant-atmosphere interactions and provide valuable insights for predicting ecological responses under climate change. This knowledge is vital for developing adaptive land and water management strategies that sustain ecosystem stability and resilience in water-limited environments.
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