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Karst drought propagation regulated by surface-subsurface 3D structures: A global synthesis and future paradigms
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DOI：10.1016/j.earscirev.2026.105635.png)
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Abstract
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• We proposed a novel strategic framework based on the “digital coupling” of karst surface-subsurface 3D structures for drought monitoring. • We firstly quantify and distinguish the predominance of global karst drought types, explicitly revealing the dominant role of specific drought types across different karst regions • We reveal pronounced regional differentiation patterns in drought types across global karst settings, with this differentiation being driven by the synergistic effects of large-scale climate oscillations and intensive anthropogenic activities.
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