Intelligent Systems
GWDSS
Ground Water Decision Support System

Groundwater Decision Support System (GWDSS) is an application designed to aid group decision making about groundwater problems. GWDSS links science-based and participation-based research, incorporating both through use of finite difference modeling of groundwater, systems dynamics models of bio-physical and sociotechnical aspects and non-classical optimization to identify high performance solutions. While the GWDSS approach and application targets groundwater systems, the tools, methodologies, engagement practices and lessons learned can be readily applied to other watersheds and environmental management problems.

GWDSS Philosophy

The GWDSS program and case applications have been developed using the basic tenets and philosophy described below.

  • Enabling informed decision making under heightened uncertainty (e.g., development of decision support systems, visualization tools, infrastructure investment strategies, need for adaptive, iterative process, and how each issue fits with all the other issues decision makers must address).
  • Assessment of climate change impacts in light of technical issues and other water management drivers (e.g., understanding limitations of models, use of systems and system dynamic models, case studies of using downscaled models and risk-based probability models, indirect factors affecting future water demand, impacts of changing demographics, land use patterns, potential for species and human migration, identifying and utilizing water quantity/quality, biological and community "tipping points" to drive adaption).
  • Developing robust and flexible adaptive management approaches (e.g., going beyond traditional engineering solutions, multi-disciplinary and watershed approaches, opportunities and barriers for unconventional approaches, influence of socioeconomic in addition to physical factors, designing flexible systems with knowledge that design standards may change before or soon after project completion, increasing our understanding and use of ecosystem functions and other green technologies).
Additional Resources
Data Sets & Code Base
Publications

Pierce, S.A., Integrated water resources management, Selected for Springer Earth Systems Science Series (book in prep).

Pierce, S.A., Sharp, J.M., Eaton, D.J., An Overview of Groundwater Decision Support Systems, Integrated Groundwater Management, (Accepted in revision).

Passarello, MC, Pierce SA, Sharp, JM, 2014, Uncertainty and urban water recharge for managing groundwater availability using decision support, Water Science & Technology Journal, in press, In Press 28 October 2014, doi:10.2166/wst.2014.437.

Pierce, S.A., Sharp, J. M., *Guillaume, J.H.A., Mace, R.E., Eaton, D.J., 2013, Aquifer-yield Continuum as a guide for science-based groundwater management, Journal of Hydrogeology, 21(2), pp 331-340. DOI 10.1007/s10040-012-0910-y. Editor’s Choice Article Selection for 2013. http://link.springer.com/article/10.1007/s10040-012-0910-y

Passarello, M., Pierce, S.A., Sharp, JM, 2012, Estimating Urban-Induced Artificial Recharge A Case Study for Austin, Texas, Environmental and Engineering Geoscience, 18 (1), p. 25-36.

Pierce, S.A., 2008, Pieces of a Puzzle: Why Transdisciplinary Socio-technical Tools are Necessary to Address Water Resource Policy, 2008, Meeting of the American Institute of Professional Geologists, Arizona Hydrological Society, and 3rd International Professional Geology Conference, Flagstaff, Arizona, USA, September 20-24, 2008.

Sharp, J.M., Pierce, S.A., Smith, B.A., Dulay, M.P., Eaton, D.J., 2008, Conflict Resolution and Integration of Science in Groundwater Policy Development, Water Down Under 31st Hydrology and Water Resources Symposium and 4th International Conference on Water Resources and Environment Research, Adelaide, Australia, May 2008.

Cain, W.O., Pierce, S.A., Ciarleglio, M., Barnes, J.W., Jenevein, R.M., Lowry, T.S., Sharp, J.M., Tidwell,V.C., 2008, CADRe: A Negotiation Support System for Water Management, Water Down Under 31st Hydrology and Water Resources Symposium and 4th International Conference on Water Resources and Environment Research, Adelaide, Australia, May 2008.

Pierce, S.A., Sharp, J.M., Jr., Lowry, T.S., Tidwell, V.C., Dulay, M., 2006, Defining tenable groundwater management: Integrating stakeholder preferences, distributed parameter models, and systems dynamics to aid groundwater resource allocation, Annual Modflow and More Conference, Golden, Colorado, May 2006. Earned "Best Student Abstract" recognition.

Dulay, M., Pierce, S.A., 2006, Rapid Prevention of Disputes in Public Policy and Planning Process, Operations Management Conference, American Society of Civil Engineers, Sacramento, California.

Pierce, S. A., Sharp, J. M., and *Garcia-Fresca, B., 2004, Increased groundwater recharge rates as a result of urbanization: Hydrological Science and Technology, v. 20, p. 119-127.