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Dr. Xuan Yu

Climate change impacts on coastal groundwater resources: considering land-ocean interaction models and in situ data

Department of Geological Sciences, University of Delaware Climate change impacts on coastal groundwater resources: considering land-ocean interaction models and in situ data Climate change and sea-level rise are likely to increase the frequency and intensity of land-ocean interactions. Ocean surges are one such interaction, which can severely damage coastal groundwater resources in addition to surface infrastructure. To understand groundwater salinization induced by ocean surges, salt transport was simulated by integrated modeling of surface and subsurface flow. To understand the mobility of trace elements, combined biogeochemical and hydrological in situ data were collected in a tidal system on different time scales. The study has important implications for the following questions:

  • What are the dynamic pathways of water and salt transport during and after ocean surges?
  • How do ocean surges alter local hydrology?
  • What new observations are needed to improve our understanding of the physical and biogeochemical processes in coastal areas?
  •  How will climate change and human activities affect the coastal environment?

MAILING ADDRESS:

Civil, Environmental and Construction Engineering Department
University of Central Florida
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Chair   Dr. Mohamed Abdel-Aty, P.E.
Engr II 211-F
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Associate Chair   Kevin Mackie, Ph.D., P.E.,
Engr II 211-H
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Graduate Director   Dr. Andrew A. Randall, P.E.
Engr II 211-L
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Academic Advisor II (Undergraduate Advisor)   Mary Smith, MSEd
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