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Patrick Reed
Cornell UniversityMeeting roles in:
Do We Understand the Resilience of California's Water System to Drought Extremes?
From Watersheds to Planetary Boundaries: Rethinking Water Governance Through Nexus Frameworks and Safe Operating Spaces
Exploratory Modeling to Better Understand How Changing Drought Extremes May Shape Water Supply Vulnerabilities in the Delaware River Basin
Assessing and Managing Interrelated Water Supply and Financial Risks in the Colorado River Basin – a Dynamic Basin-scale Approach.
Clarifying How the Drivers of Future Water Shortages Change across Regional to User-level Scales in Colorado’s West Slope River Basins
Multisector Dynamics: Advances in Modeling Adaptive Human Systems I Oral
Integrating Deep Learning and Thermal Control into Water Management Modeling of the Delaware River Basin to Better Capture Stream Temperature and Salt Front Dynamics
Multisector Dynamics: Advances in Modeling Adaptive Human Systems II Oral
Multisector Dynamics: Advances in Modeling Adaptive Human Systems III Oral
Advancing adaptive decision-making to support an Environmental Water Manager’s ability to enhance the ecological resilience of Western U.S. river systems
A Path Forward for Integrated Hydro-Terrestrial Modeling
Leveraging Information Theoretic Sensitivity Analysis to Navigate Information-Action Feedbacks in Dynamic and Adaptive Infrastructure Investment Pathways
Multisector Dynamics: Advances in Modeling Adaptive Human Systems IV Poster
Toward a multi-sector urban modeling framework: Intertwined futures of urban morphology and water security in future Los Angeles
Accelerating Insights into the Safe Operating Spaces of Adaptive Water Supply Investment Pathways through Scalable High-Performance Computing Workflows
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