Thomas Hardy
Texas State University, TEXAS, United States
- This delegate is presenting an abstract at this event.
Dr. Thomas Hardy holds a Ph.D. in Civil and Environmental Engineering, M.S. and B.S. degrees in Biology and a B.S. in Secondary Education. He is a tenured Full Professor in the Department of Biology at Texas State University and holds the Meadows Center for Water and the Environment (MCWE) Endowed Professorship for Environmental Flows and is the Chief Science Officer at MCWE. Dr. Hardy was a tenured Full Professor in the Department of Civil and Environmental Engineering at Utah State University where he was the Director of the Institute for Natural Systems Engineering for 21 years and the Associate Director of the Utah Water Research Laboratory for 10 years. He is a founding member and Past-President of the Ecohydraulics Section of the International Association for Hydro-Environment Engineering and Research and served on the National Academy of Science Committee on review of the Texas Instream Flow Program. Dr. Hardy’s career has spanned a wide array of fundamental and applied multidisciplinary research including the development, testing, validation, and application of assessment methodologies in aquatic systems. His research includes use of unmanned autonomous vehicles for remote sensing and image processing, aquatic ecosystems modeling, aquatic vegetation and macroinvertebrate dynamics, river and reservoir water quantity modeling and distributed watershed modeling. He is also active in the evaluation of fresh water inflows on bay and estuary health and recreation based impacts to fish, aquatic macrophytes and macroinvertebrate communities. He is an internationally recognized expert in instream flow assessments and has collaborated with national instream flow and river restoration programs in the United States, Canada, Mexico, United Kingdom, western European countries, South Korea, and Japan.
Presentations this author is a contributor to:
Application of adaptive hydraulics for estimation of river bed evolution after dam removal on the habitat quantity and quality of aquatic resources and river recreation (#90)
2:00 PM
Thomas Hardy
River and Floodplain Restoration (G2, G3, G4)
Application of an unmanned aerial system to obtain remotely sensed data to derive a high resolution digital terrain model of river topography for use in flow dependent inundation modeling of riparian vegetation and gar (Lepisosteiformes) habitat (#48)
4:00 PM
Thomas Hardy
Remote Sensing Applications for Hydro and Morphodynamic Monitoring and Modelling (S12)
Development of a flow dependent inundation model for evaluating gar (Lepisosteiformes) habitat suitability in the lower Guadalupe River, USA (#226)
10:15 AM
Thomas Hardy
Advances in Habitat Modelling (G21)
Modeling infection and mortality of juvenile Chinook salmon due to disease caused by Ceratonova shasta in the Klamath River (#10)
11:15 AM
Russell W Perry
Life Cycle Modelling in Aquatic Systems (S1) and Remote Sensing Applications (S12 - commencing in at 12:15pm)
Modeling fish movement in a spatially explicit population model of juvenile Chinook salmon in the Klamath River, USA (#11)
11:30 AM
Russell Perry
Life Cycle Modelling in Aquatic Systems (S1) and Remote Sensing Applications (S12 - commencing in at 12:15pm)