Clint Dawson discusses advances in ADCIRC modeling of storm surge over past two decades to support hindcasting and forecasting for disaster management. His most recent research focuses on compound flooding applications.
Kate Brauman discusses nature-based solutions, their applications in hydrology in different regions globally, and comparisons with traditional engineering infrastructure.
Charlie Vorosmarty discusses mapping human water security and biodiversity threats and potential green/gray solutions that integrate nature based and traditional engineering approaches.
Marty Ralph discusses atmospheric rivers and how we can optimize them to improve water resources management within the context of droughts and floods through Forecast Informed Reservoir Operations.
Lorenzo Rosa talks about green, blue, and economic water scarcity related to food production considering climate change and potential solutions to scarcity.
In this podcast, Seifu discusses challenges to groundwater resources management in the Horn of Africa and Southern Africa related to droughts and floods and potential for conjunctive use of groundwater and surface water for more sustainable development.
46 min
About Water Resources Podcast
From the publisher's feed
The Water Resources Podcast is designed to conduct interviews with experts to discuss challenges with water resources related to climate, such as droughts and floods, and overexploitation by humans. Potential solutions to these challenges are also discussed. Regions covered range from local to global scale, and approaches considered include satellite and ground-based monitoring, and global to regional modeling. The podcast is hosted by Bridget Scanlon, Bureau of Economic Geology, Jackson School of Geosciences, The University of Texas at Austin.
The Water Resources Podcast is a production of the Bureau of Economic Geology, The Jackson School of Geosciences at the University of Texas at Austin in partnership with the National Academy of Engineering. The podcast is supported by the Fisher Foundation.