Research Highlights | Earth & Environmental Systems Modeling

Project: Integrated Coastal Modeling (ICoM)

Title		Contact	Institution
Optimized Local Time-Stepping for the Ocean and Atmosphere	ESMD	Jeremy Lilly	Los Alamos National Laboratory
Tropical Cyclones Pose Growing Risk to Offshore Wind Energy	MSD	David Judi	Pacific Northwest National Laboratory
Discrepancies in Urban Land Estimates Lead to Difficulties in Quantifying Climate Risks	ESMD RGMA MSD	TC Chakraborty	Pacific Northwest National Laboratory
Earth System Model Simulates a Raised Coastal Groundwater Table Caused by Sea-Level Rise	ESMD	Zeli Tan	Pacific Northwest National Laboratory
Understanding Resilience in Coastal Wetlands Using a Multi-Method Model	ESMD	Zeli Tan	Pacific Northwest National Laboratory
Stronger Sea Surface Cooling Produced by Hurricanes along the U.S. Southeast Coast	RGMA	Ruby Leung	Pacific Northwest National Laboratory
Estuarine Hurricane Wind Can Amplify Flood Hazard in Converging Coastal Systems	ESMD RGMA MSD	David Judi	Pacific Northwest National Laboratory
Study Highlights New Advancements to Simulate Multiscale Coastal Processes	ESMD	Zeli Tan	Pacific Northwest National Laboratory
Climate Change Will Increase Coastal Tropical Cyclone Intensification Rates Globally	RGMA	Ruby Leung	Pacific Northwest National Laboratory
High-Resolution Land Surface Dataset Provides Earth System Modeling Details	RGMA	L. Ruby Leung	Pacific Northwest National Laboratory
Climate Change Will Disrupt Inland Wetlands in North America	ESMD	Zeli Tan	Pacific Northwest National Laboratory
Future Climate Change Predicted to Shift Flood Generating Mechanisms and Intensify Extreme Flooding Events	MSD	David Judi	Pacific Northwest National Laboratory
A Comprehensive Calibration Procedure for Earth System Model Water Cycle	ESMD	Robert Hetland	Pacific Northwest National Laboratory
Researchers Develop Groundbreaking Synthetic Database of Tropical Cyclone Events	RGMA MSD	David Judi	Pacific Northwest National Laboratory
Time-Stepping Optimized for Ocean and Atmosphere Models	ESMD	Mark Petersen	Los Alamos National Laboratory
Investigating Compound Flood Risk for the Coastal United States	ESMD	Zeli Tan	Pacific Northwest National Laboratory
Two Large-Scale Meteorological Patterns Are Associated with Short-Duration Dry Spells in the Northeastern United States	RGMA	Paul Ullrich	University of California Davis
New Universal Model for Multi-Scale Hydrologic Flow Routing	MSD	Chang Liao	Pacific Northwest National Laboratory
Connecting Large-Scale Meteorological Patterns to Extratropical Cyclones in CMIP6 Climate Models Using Self-Organizing Maps	RGMA	Colin Zarzycki	Pennsylvania State University
Intensification of Hurricane Sally (2020) Over the Mississippi River Plume	RGMA	L. Ruby Leung	Pacific Northwest National Laboratory Richland WA USA
Agent-Based Models Reveal Hidden Dynamics in Flood Risk Analysis	MSD	David Judi	Pacific Northwest National Lab
Sensitivity of the Pseudo-Global Warming Method Under Flood Conditions: A Case Study from the Northeastern U.S.	ESMD RGMA	Paul Ullrich	University of California Davis (UC Davis)
Heightened U.S. Coastal Hurricane Risk Under Global Warming	RGMA MSD	L. Ruby Leung	Pacific Northwest National Laboratory
Faster Self-Attraction and Loading for Variable Resolution Ocean Models	ESMD	Darren Engwirda	Argonne National Laboratory
The June 2012 North American Derecho: A Testbed for Regional and Cloud-System Resolving Models	ESMD RGMA	Paul A. Ullrich	University of California - Davis
Extremely Rapid, Lagrangian Modeling of 2D Flooding: A Rivulet-Based Approach	MSD	David Judi	Pacific Northwest National Lab
Fluvial-Coastal Flooding in a Changing Climate	MSD	David Judi	Pacific Northwest National Laboratory
Adding Ice Shelves Improves the Accuracy of Global Tidal Models	ESMD	Darren Engwirda	Los Alamos National Laboratory (LANL)
Using Topological Relationships in Mesh-Independent River Network Representations	ESMD	Chang Liao	Pacific Northwest National Laboratory
Downscaling a Large-Scale River Model Using Deep Learning	ESMD	Ian Kraucunas	Pacific Northwest National Laboratory

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