DW
Member Since 2011
Daniel B. Wright
Associate Professor, University of Wisconsin - Madison
AGU Research
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A Nonstationary Stochastic Rainfall Generator Conditioned on Global Climate Models for Design Flood Analyses in the Mississippi and Other Large River Basins
WATER RESOURCES RESEARCH
25 may 2024
Yuan Liu, Daniel B. Wright, David J. Lorenz
Existing stochastic rainfall generators (SRGs) are typically limited to relatively small domains due to spatial stationarity assumptions, hindering...
Urban Ecohydrology: Accounting for Sub‐Grid Lateral Water and Energy Transfers in a Land Surface Model
WATER RESOURCES RESEARCH
25 march 2024
Aaron Alexander, Carolyn B. Voter, Daniel B. Wrigh...
Although urbanization fundamentally alters water and energy cycles, contemporary land surface models (LSMs) often do not include key urban vegetati...
Process‐Based Quantification of the Role of Wildfire in Shaping Flood Frequency
WATER RESOURCES RESEARCH
21 december 2023
Guo Yu, Tao Liu, Luke McGuire, Daniel B. Wright, B...
Moderate to high severity wildfire can abruptly alter watershed properties and enhance extreme hydrologic responses such as debris flows and floods...
Rainfall spatiotemporal variability effects on adverse flow conditions in urban stormwater systems: a case study of the Richmond tunnel in San Francisco, California
URBAN HYDROLOGY AND WATER QUALITY: TOWARD SUSTAINABLE URBAN WATER MANAGEMENT AND GOVERNANCE I POSTER
hydrology | 13 december 2023
Yichen Tao, Abdulmuttalib Lokhandwala, Vitor G. Ge...
Urban expansion and the increasing frequency and intensity of extreme precipitation events bring new challenges to stormwater collection systems. One ...
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A Novel Method for Compound Flood Driver Attribution to Inform Urban Coastal Flood Risk Management
ADVANCING FLOOD CHARACTERIZATION, MODELING, AND COMMUNICATION VI POSTER
hydrology | 13 december 2023
Daniel Lassiter, Julianne Quinn, Daniel B. Wright
Quantifying compound flood risk in coastal communities is a global challenge exacerbated by the complex spatiotemporal variability and correlations of...
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Process-based Quantification of the Role of Wildfire in Shaping Flood Frequency
ADVANCES IN QUANTIFYING IMPACTS AND EXTENTS OF LAND USE/LAND COVER CHANGE ON HYDROLOGY AND CLIMATE CHANGE III ORAL
hydrology | 12 december 2023
Guo Yu, Tao Liu, Luke McGuire, Daniel B. Wright, J...
Moderate to high (M-H) severity wildfire can abruptly alter watershed properties and enhance extreme hydrologic responses such as debris flows and flo...
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Chapter 4 - Water - The Fifth National Climate Assessment
THE FIFTH NATIONAL CLIMATE ASSESSMENT: RISKS, IMPACTS, AND RESPONSES POSTER
science and society | 12 december 2023
Elizabeth A. Payton, Ariane O. Pinson, Tirusew Ase...
This poster is part of the Fifth National Climate Assessment (NCA5) poster series. NCA5 Chapter 4 - Water describes how a changing climate profoundly ...
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How Well Can State-of-the-Art Convection-Permitting Climate Simulations Reproduce Flood Hydrology in the Midwest
ADVANCING HYDROLOGIC MODELING AND PREDICTION USING LARGE-DOMAIN METEOROLOGICAL AND HYDROLOGIC DATASETS III POSTER
hydrology | 12 december 2023
Mohammad Abbasian, Daniel B. Wright, Daniel Vimont...
Convection-Permitting regional climate Models (CPMs) can represent atmospheric processes and extreme weather events more accurately and at higher reso...
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