Member Since 2011
Daniel B. Wright
Associate Professor, University of Wisconsin Madison
AGU Research
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STREAM‐Sat: A Novel Near‐Realtime Quasi‐Global Satellite‐Only Ensemble Precipitation Dataset
WATER RESOURCES RESEARCH
20 march 2025
Kaidi Peng, Daniel B. Wright, Yagmur Derin, Samant...
Satellite‐based precipitation observations can provide near‐global coverage with high spatiotemporal resolution in near‐realtime....
Moving Beyond the Design Storm: Probabilistic Flood Hazard Mapping Using Modified Stochastic Storm Transposition
RECENT ADVANCES IN LARGE-SCALE, HIGH-RESOLUTION HYDROLOGIC AND FLOOD MODELING: ASSESSING HYDROCLIMATIC EXTREMES I ORAL
hydrology | 12 december 2024
Jack Baer, Lauren E. Grimley, Antonia Sebastian, D...
Flood hazard maps are essential to floodplain management and resiliency efforts, including insurance mandates, construction requirements, and developm...
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Stochastic Downscaling and Ensemble Generation of Seasonal Predictions of Extreme Rainfall Using a Space-Time Nonstationary Stochastic Rainfall Model
IMPROVEMENTS TO SUBSEASONAL TO SEASONAL AND SEASONAL TO DECADAL (S2S/S2D) PREDICTIONS USING NOVEL STATISTICAL, MACHINE, AND DEEP LEARNING METHODS II ORAL
atmospheric sciences | 12 december 2024
Yagmur Derin, Daniel B. Wright, Yuan Liu, Robert E...
There is increasing interest in characterizing extreme weather and climate events, both for the development of early weather warning systems and to be...
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Proceed with Caution: The Critical Role of Precipitation Accuracy, Resolution, and Uncertainty in Large-Scale Hydrologic and Flood Hazard Modeling
RECENT ADVANCES IN LARGE-SCALE, HIGH-RESOLUTION HYDROLOGIC AND FLOOD MODELING: ASSESSING HYDROCLIMATIC EXTREMES I ORAL
hydrology | 12 december 2024
Daniel B. Wright, Yuan Liu, Kaidi Peng, Ankita Pra...
Increasing availability of high-performance computing and distributed geospatial datasets has led to a dramatic increase in the popularity of large-sc...
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Beyond Reduction of Runoff: Examining the Added Benefits of Widespread Urban Greening
ADVANCING REPRESENTATION OF URBAN PROCESSES AND DYNAMICS IN MODELS ACROSS SCALES I POSTER
global environmental change | 12 december 2024
Aaron Alexander, Daniel B. Wright, Carolyn B. Vote...
Urbanization substantially modifies surface water and energy cycles. Compared to natural vegetation, paved urban surfaces produce more runoff, trap mo...
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Progress Toward an Scalable and Objective Method for Defining Storm Transposition Domains Nationwide
ADVANCES IN HYDROMETEOROLOGICAL ANALYSIS AND MODELING: INTEGRATING INFORMATICS, SPATIOTEMPORAL MODELING, AND UNCERTAINTY INTO HYDROLOGIC HAZARD ASSESSMENT II POSTER
hydrology | 11 december 2024
Benjamin FitzGerald, Daniel B. Wright
The Future of Flood Risk Data (FFRD) is a FEMA-led federal initiative to modernize floodplain mapping. A central goal is to apply stochastic storm tra...
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Process-Based Flood Frequency Analysis in a Changing Climate
ADVANCES IN HYDROMETEOROLOGICAL ANALYSIS AND MODELING: INTEGRATING INFORMATICS, SPATIOTEMPORAL MODELING, AND UNCERTAINTY INTO HYDROLOGIC HAZARD ASSESSMENT I ORAL
hydrology | 10 december 2024
Daniel B. Wright, Mohammad Abbasian, Yuan Liu, Moh...
The effects of climate change on flooding are complex and poorly understood. This has made the practical job of flood frequency analysisi.e., the esti...
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Projected Impacts of Climate Change on Flood Frequency in the Upper Midwest United States: Coupling CONUS404 Convection-Permitting Climate Simulations, Stochastic Storm Transposition, and Physics-Based Hydrologic Modeling
ADVANCES IN HYDROMETEOROLOGICAL ANALYSIS AND MODELING: INTEGRATING INFORMATICS, SPATIOTEMPORAL MODELING, AND UNCERTAINTY INTO HYDROLOGIC HAZARD ASSESSMENT I ORAL
hydrology | 10 december 2024
Mohammad Abbasian, Daniel B. Wright, Daniel Vimont...
Flooding is a complex phenomenon driven by atmospheric forcings, primarily precipitation, as well as antecedent watershed conditions such as soil mois...
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