About Us
We apply space geodetic tecniques to a variety of Earth and Environmental science topics, indluding crustal deformation, earthquakes, sinkhole detection, hydrology, land subsidence, coastal flooding hazard, sea level rise, and vegetation monitoring. Our work has been sponsered by the National Science Foundation (NSF), National Aeronautics and Space Administration (NASA), State of Florida, United States Geological Survey (USGS), and South Florida Water Management District (SFWMD).
Land subsidence and coastal flooding hazard
GNSS and InSAR monitoring of coastal subsidence in southeast Florida and other locations. Implications for improved assessments of coastal flooding hazard.
Space-Based Detection of Sinkhole Activities in Central Florida
Sinkhole activities, including ground subsidence or collapse, are major geologic hazards. In Florida alone, hundreds to thousands of subsidence cases are reported each year.
Space-based Wetland Hydrology
Wetlands are transition zones, where water flow, nutrient cycling, and the Sun's energy meet to produce unique and productive ecosystems.
Subsidence in mexico
Applications of INSAR time series imagery for subsidence hazards and water resources exploitation in four Mexican metropolitans.
Professor of Geology and Geophysics
Ph.D. Student, Geoscience
Ph.D. Student, Geoscience
Undergrad student, Geoscience
Undergraduate Student, Geoscience & Natural & Applied Sciences
Ph.D., Geoscience
Ph.D., Geoscience
PhD in Earthquake Seismology
Ph.D. Student, Student in Marine Geology and Geophysics
Ph.D. Student, Marine Geology and Geophysics.
Ph.D. Student, Marine Geology and Geophysics
Ph.D. Seismology and Geophysics
Ph.D. Remote Sensing and Geophysics
M.Sc. student in Geosciences
Ph.D. Student University of Zagreb
Ph.D. Physical Geography Stockholm University.
Ph.D. Geosciences.
MS in Geosciences.
MS in Geosciences.
Ph.D. in Engineering.