Study on the driving mechanisms of land use change on water yield and carbon storage based on the InVEST-PLUS-GeoDetector model.

Sci Rep · 2026 · PMC13392267 · PMID 42162025

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By 2023, interactions such as mean annual temperature ∩ annual precipitation (q = 0.80), DEM ∩ annual precipitation (q = 0.78), and annual precipitation ∩ population (q = 0.78) were highly significant, further confirming that climate change, population pressure, and socioeconomic development jointly drive the spatiotemporal evolution of water yield.

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