Geophysical Monitoring of the Southwest Florida Coast

[map showing helicopter electromagnetic survey coverage. larger image]

Project Investigators: David V. Fitterman, Maria Deszcz-Pan Project Start Date: 2001 End Date: 2004 Proposals Work Plans Project Summaries Data Metadata Publications Project Location Map

This project addresses the question of determining the location of the fresh-water/salt-water interface (FWSWI) in the coastal regions of southern Dade and Monroe Counties, synoptic monitoring of changes in water quality associated with changes in water management practices, and looking for geophysical evidence of subsurface discharges of fresh water to Florida Bay.

This project covers a 1036-square-kilometer region of the Everglades located in Everglades National Park and surrounding areas. The study area is bounded on the east by U.S. Highway 1, on the south by Florida Bay and Whitewater Sound, and on the far west by the mouths of the Harney River and Shark River Slough. From these boundaries the study area extends inland from 14 to 22 km.

Proposals

• 1998
• 1999
• 2001

Work Plans

• 2003
• 2004

Project Summaries

• 2001
• 2002
• 2003

Data

Metadata

• Geophysical Monitoring of the Southwest Florida Coast (project metadata)
• Helicopter Magnetic Data (data set metadata)
• Salinity, Discharge, Stage Data (data set metadata)
• Transient Electromagnetic Sounding Data (data set metadata)

Publications

Abstracts

• Estimating Water Quality Along the Southwest Florida Coast for Hydrologic Models Using Helicopter Electromagnetic Surveys (from the GEER Conference, April 2003)
• Geophysical Constraints on Fresh Ground-water Flows to Florida Bay (from the Florida Bay Conference Proceedings, 1998)
• Geophysical Mapping of Fresh/Saltwater Interface (from the Florida Bay Conference Proceedings, 1995)
• Geophysical Mapping of Freshwater/Saltwater Interface in Everglades National Park, Florida
• Geophysical Mapping of Saltwater Intrusion in Everglades National Park (from the South Florida Restoration Science Forum, May 1999)
• Geophysical Mapping of the Freshwater/Saltwater Interface in Everglades National Park
• Summary of Ground-Water Related Geophysical Investigations in Everglades National Park (from the GEER Conference, December 2000)

Bibliographies

• Geophysical Studies of the Southwest Florida Coast - Bibliography

Fact Sheets

• Geophysical Mapping of the Freshwater/Saltwater Interface in Everglades National Park, Florida

Open File Reports

• Analysis of errors in HEM calibration data (Open-File Report 97-742, available from the U.S. Geological Survey website)
• Helicopter Electromagnetic Data from Everglades National Park and Surrounding Areas, Florida: Collected 9-14 December 1994 (OFR-02-101)
• Results of Time-Domain Electromagnetic Soundings in Everglades National Park, Florida (OFR 99-426)
• The Road to Flamingo: an Evaluation of Flow Pattern Alterations and Salinity Intrusion in the Lower Glades, Everglades National Park (OFR-02-0059)

Papers

• Characterization of Saltwater Intrusion in South Florida Using Electromagnetic Geophysical Methods (from the Proceedings of the 18th Salt Water Intrusion Meeting, 31 May - 3 June, 2004, Cartagena, Spain)
• Geophysical Mapping of Saltwater Intrusion in Everglades National Park (from the 3rd International Symposium on Ecohydraulics, 12-16 July 1999)
• Saltwater Intrusion in Everglades National Park, Florida Measured by Airborne Electromagnetic Surveys (from the proceedings of The First International Conference on Saltwater Intrusion and Coastal Aquifers -- Monitoring, Modeling, and Management, April 2001)
• Using Airborne and Ground Electromagnetic Data to Map Hydrologic Features in Everglades National Park (from the proceedings of the Symposium on the Application of Geophysics to Engineering and Environmental Problems SAGEEP 2001, 2001)

Posters

• Estimating Water Quality Along the Southwest Florida Coast for Hydrologic Models Using Helicopter Electromagnetic Surveys (presented at the 2003 GEER conference)
• Summary of Ground-Water Related Geophysical Investigations in Everglades National Park (presented at the 2000 GEER conference)