Figure 1
D Feng; Z Tan; D Xu; R Leung
Hydrol. Earth Syst. Sci. 27(21)
Figure 1
C Liao; T Zhou; D Xu; Z Tan; G Bisht; M Cooper; D Engwirda; H Li; R Leung
Journal of Advances in Modeling Earth Systems 15(11)
Figure 1
J Yoon; H Wan; B Daniel; V Srikrishnan; D Judi
Computers, Environment and Urban Systems 103
Projected change in U.S. hurricane risk based on Risk Analysis Framework for Tropical Cyclones (RAFT).
K Balaguru; W Xu; C Chang; R Leung; D Judi; S Hagos; M Wehner; J Kossin; M Ting
Science Advances 9(14)
Figure 1
N Pal; K Barton; M Petersen; S Brus; D Engwirda; B Arbic; A Roberts; J Westerink; D Wirasaet
Geosci. Model Dev. 16
Modeled flowline-guided Model for Prediction Across Scales mesh from Case 10 (clipped to the study domain).
C Liao; T Zhou; D Xu; M Cooper; D Engwirda; H Li; R Leung
Journal of Advances in Modeling Earth Systems 15(2)
A closeup of two interacting rivulets illustrates how both the depth and breadth of streams is built up.
W B Daniel; C Roth; C Rakowski; T McPherson; D Judi
Environmental Modelling & Software 161
Model for Prediction Across Scales variable-resolution mesh on the East Coast of the U.S., with 2 km resolution in Delaware Bay.
J Lilly; G Capodaglio; M Petersen; S Brus; D Engwirda; R Higdon
Journal of Advances in Modeling Earth Systems 15(1)
Illustrations
J Li; Y Qian; R Leung; X Chen; Z Yang; Z Feng
JGR Atmospheres 128(2)
Test function for uniform resolution case.
S Brus; K Barton; N Pal; A Roberts; D Engwirda; M Petersen; B Arbic; D Wirasaet; J Westerink; M Schindelegger
Ocean Modelling 182
Observed changes in near-coastal hurricanes (1979–2018).
K Balaguru; G Foltz; R Leung; W Xu
Geophys. Res. Lett. 49
Example of spatially-smoothed output (right) of the self-attraction and loading (SAL) operator applied to an input field (left).
K Barton; N Pal; S Brus; M Petersen; B Arbic; D Engwirda; A Roberts; J Westerink; D Wirasaet; M Schindelegger
Journal of Advances in Modeling Earth Systems 14(11)
Schematic of a multi-sector system model; two conceptual examples of how a food-energy-water system can be represented by coupled models of each sector.
V Srikrishnan; D Lafferty; T Wong; J Lamontagne; J Quinn; S Sharma; N Molla; J Herman; R Sriver; J Morris; B Lee
Earth's Future 10(8)
Graphs showing distribution of future elevation and vegetation biomass of the domain with a milder upland slope and a steeper upland slope
Y Zhang; D Svyatsky; J Rowland; D Moulton; Z Cao; P Wolfram; C Xu; D Pasqualini
Water Resources Research 58
Three world map views with color shading to show climatological tropical cyclone season mean rainfall from TCs, sea surface salinity response to TCs, and sea surface temperature response to TCs
K Balaguru; G Foltz; R Leung; S Hagos
Geophys. Res. Lett. 49
Cell areas in proximity of the variable mesh resolution zone, shown with mesh displayed
G Capodaglio; M Petersen
Journal of Computational Physics 449
Collection of three images showing the location, surface elevation, and slope distribution of the Columbia River Basin.
C Liao; T Zhou; D Xu; R Barnes; G Bisht; H Li; Z Tan; T Tesfa; Z Duan; D Engwirda; R Leung
Advances in Water Resources 160
Simulation of depth of actual Hurricane Harvey flood in a South Houston neighborhood (top) and of the counterfactual flood without the current amount of climate change (bottom).
M Wehner
UNESCO Mathematics for Action Report pp37-38
Series of world maps with colored indicators titled "GWLs triggering a 100-fold increase in the 100-year ESL frequency"
C Tebaldi; R Ranasinghe; M Vousdoukas; D Rasmussen; B Vega-Westhoff; E Kirezci; R Kopp; R Sriver; L Metaschi
Nature Climate Change 11
Schematic of interconnected components of coastal adaption science framework, depicting natural system stressors, their impacts, and infrastructure optimization responses
D Pasqualini; J Rowland
US CLIVAR Variations Fall 2020 18(3)