Drought Symposium

A Drought Symposium for next year, 2013, is in the planning stages.

For additional information on contact: Jessica Smith, CIESS Program Coordinator

 

Current Information on the Texas Drought can be found at Texas Drought and Resources Updates: http://www.texasdroughtinfo.org/

 

Previous Forums:

Water Forum: Texas Drought 2012

October 22-23, 2012

CIESS hosts a series of Water Forums to share the latest water research and provide a forum for discussion of trends, problems and future directions. Presentation highlights from the most recent forum participants are shown below with contact information included in the file. For additional information contact: Jessica Smith, CIESS Program Coordinator

Final Agenda: TexasWaterForum_Drought_final

October Presentation Highlights:

Yang: Developing a High-Resolution Texas Water and Climate Prediction Model

Maidment: Drought Technology for Texas

Nielsen-Gammon: Anatomy of an Extreme Event

Dickinson: Recent NRC/BASC Reports – Their Relevance for Management of Water Resources

Fu, Dickinson: Evaluating Climate Projection for Drought and Extreme Surface Temperatures over South-Central US

Wells: Satellite Monitoring of Changing Vegetation Conditions in 2011 and 2012

Tapley: Texas Water Storage Observed by GRACE

Caldwell: Ground-based measurements of soil water storage in Texas

Hinz: Drought and Public Water Systems

Ek: Application of NCEP Land Data Assimilation Systems (LDAS) for Global and Regional Drought Analysis, Monitoring and Seasonal Prediction: Focus on Texas

Mo: The 2011-2012 Texas Drought

Casteel: Reconstructing Past Droughts in Texas

Jones: Cloud-Based Water Level Mapping Utility

Jones: MODFLOW Simulations on the Cloud

Dai: An Imminent Transition to Drier Conditions in the United States?

Brown: 2011 The New Drought of Record

Alexander: TCEQ Drought Update

Mohanty: Improving Multi-Scale Root Zone Soil Water Process Representation in Land Surface Models

Anderson: The Economic Impact of Drought and Mitigation in Agriculture

Raabe: Instream Flows in the San Antonio River Basin: From Science to Environmental Flow Standards

Su: Soil-moisture precipitation feedback in the April 2011 drought in the Southern Great Plains

Zhao: Real-Time Water Decision Support System

Murphy: Seawater Desalination as a Tool for Drought Management and Economic Growth

Scanlon: “Increasing Resilience of Power Generation to Water Shortages during Drought”
PDF is unavailable at this time.

 

 

Water Forum: Texas Drought 2012, are we prepared?
When: Monday, February 13, 2012. 8am – 5pm.

Description: This forum will gather scientists and stakeholders to explore the various dimensions of 1) How much water do we have? 2) How much are we using? and 3) How much do we need? We ask that each Texas institution be represented by one speaker who will summarize the challenges it faces against a potential 2012 drought in a 15-minute talk during the morning session.  Faculty members and scientists of the University of Texas will present their work in the afternoon session, focusing on their ability to observe and model Texas water resources on a day by day basis and on how they can support management in the state if the drought continues in 2012.

Agenda

  • 7:30 – 8:00     Registration (all).  Upload presentations on computer before 8:00 (speakers). Coffee available for purchase from Starbucks on the first floor

Morning Session Challenges Related to Texas Droughts 8:00AM–12:00PM

Part 1 - Chaired by David Maidment

Part 2 – Chaired by Cédric David

Lunch (complimentary) 12:00PM–1:00PM

Afternoon Session Hydrology and Discussion 1:00PM–5:00PM

Hydrology Chaired by Zong-Liang Yang

Discussion Chaired by David Maidment

  • 4:00 – 5:00      Discussion

 

Texas Stream Flow Animation

Texas Stream Flow AnimationClick here for an animation showing stream flow in the Texas Gulf Coast Hydrologic Region, USA, over four months (between 2004-03-01 and 2004-06-30). The animation was produced using RAPID (Routing Application for Parallel computation of Discharge), a river routing model developed by Cedric David as part of his Ph.D. research. Given surface and groundwater inflow to rivers, this model can compute flow and volume of water everywhere in river networks made out of many thousands of reaches. The design of RAPID allows it to be adapted to any river network, if given basic connectivity information.

 


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