Water management plans depend on accurate and timely watershed modeling and data integration to improve understanding of a broad range of environmental and societal water issues across spatial and temporal scales. Continued and evolving advances in watershed modeling are needed to address concerns related to water availability (quantity and quality) and to provide timely information to scientists, managers, and policy makers. This session seeks interdisciplinary discussion of modeling and data developments and their applications to solve water management related problems. We invite contributions focused on 1) innovations in the development of new, or improvements to existing, hydrologic or water-quality models (e.g., representation of water demand and consumption, incorporation of lag times, dealing with impacts of climate changes), 2) novel uses of hydrologic or water-quality models to support water management and communication, and 3) creative approaches for model and data integration, including machine learning methods, across spatial and temporal scales.

• CGU: Canadian Geophysical Union -
• CGS: Chinese Geophysical Society -
• EGU: European Geosciences Union -
• GSA: Geological Society of America -