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The spatial and temporal heterogeneity and driving mechanism of soil erosion in the loess plateau based on hydrological connectivity
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DOI：10.1016/j.catena.2026.110163.png)
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Abstract
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• We analyzed the soil erosion pattern using the MUSLE-IC-SDR framework. • Main factors of soil erosion and interactions through hydrological connectivity. • Pre and NDVI as main influencing factors of soil erosion with opposite effects. • Soil erosion changes with the alteration of hydrological connectivity. • Give priority to managing the areas with greater hydrological connectivity.
Keywords:
soil erosion
hydrological connectivity
MUSLE-IC-SDR framework
NDVI
loess plateau
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