Regency East 2 (Hyatt Regency San Antonio)
Remote sensing offers opportunities to affordably quantify aquifer processes and conditions at a far greater resolution than field studies alone. For example, remote sensing can help inform recharge rates, evapotranspiration rates, and even groundwater volumes. This session features presentations on advances in the science of remote sensing and groundwater, as well as successful applications of the technology.
Moderator:
Bill Fernandez, PE
Water Resources, CDM Smith, Walnut Creek, CA
Water Resources, CDM Smith, Walnut Creek, CA
4:20 p.m.
Groundwater Grid: The Electric Smart Grid Offers Lessons Learned and Avoidable Pitfalls When Monitoring Groundwater
Nicholas Hayes, President, Co-Founder, WellIntel
Marian Singer, CEO, Co-founder, WellIntel
Nicholas Hayes, President, Co-Founder, WellIntel
Marian Singer, CEO, Co-founder, WellIntel
4:40 p.m.
Groundwater Recharge Analyzed Using NASA GLDAS Data Products and Environmental Isotopes in Jordan
James Lakings, Geovesi
Susan Kilani, World Health Organization
Bushra Bataineh, Stanford University
Paul Houser, George Mason University
James Lakings, Geovesi
Susan Kilani, World Health Organization
Bushra Bataineh, Stanford University
Paul Houser, George Mason University
5:00 p.m.
Satelllite Radar Remote Sensing of Surface Deformation for Groundwater Applications
David A. Cohen, Ph.D., Neva Ridge Technologies
David A. Cohen, Ph.D., Neva Ridge Technologies
5:20 p.m.
That Sinking Feeling - Using InSAR Data to Analyze Land Subsidence and Earth Fissures
Matthew J. Seitz, P.G., Leonard Rice Engineers, Inc.
Shane C. Michael, Leonard Rice Engineers, Inc.
Matthew J. Seitz, P.G., Leonard Rice Engineers, Inc.
Shane C. Michael, Leonard Rice Engineers, Inc.