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Simulating and characterising concurrent lateral–vertical saltwater intrusion in low-lying coastal aquifers under pumping and storm-surge forcing
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DOI：10.1016/j.jhydrol.2026.135632.png)
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Abstract
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• Fully-coupled surface–subsurface model resolves concurrent LSWI and VSWI. • Pumping drives super-linear, multi-decadal salt build-up and wedge growth. • Storm surges create early saline pulses whose persistence increases with pumping. • Decomposition-based analysis reveals strong non-additive pumping–surge salinisation. • Coastal SWI management should jointly consider abstraction and episodic flooding.
Keywords:
Saltwater intrusion
Storm surge
Pumping
Fully-coupled modelling
Coastal aquifer
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