Zhongyuan Xu, Mahfuzur R. Khan, Kazi Matin Ahmed, Anwar Zahid et al.
Abstract Groundwater is the primary source of water in the Bengal Delta but contamination threatens this vital resource. In deltaic environments, heterogeneous sedimentary architecture controls groundwater flow; therefore, characterizing subsurface structure is a critical step in predicting groundwa...
Austin J. Chadwick, Michael S. Steckler, Carol Wilson, Steven L. Goodbred et al.
Densely populated coastal deltas worldwide face cascading flood hazards associated with sea-level rise, storm surges, dwindling sediment supplies, and land subsidence. One of the greatest hurdles to hazard prediction stems from this last component—land subsidence—which can vary drastically in space ...
Lin Shen, Austin J. Chadwick, M. S. Steckler, K. F. Tiampo et al.
Coastal regions face a cascading sustainability crisis due to rising sea levels, stronger storms, land loss, salinization, and ecosystem collapse. These risks are particularly severe in densely populated lowland river deltas, which are highly sensitive to effective sea-level rise that combines eusta...
M. S. Steckler, Lin Shen, Sultana, Sumya, Austin J. Chadwick et al.
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