Research Highlights: By Submitted Date
| Title |
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| A New Experimental Strategy Identifies Sources of Undesirable Model Sensitivities |
| Title |
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| Using Mathematical Rigor to Increase the Physical Realism of Models |
| Careful Mathematical Choices Help More Rapidly Reduce Errors in Simulations |
| Title |
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| Interface Flux Recovery Method for Ocean-Atmosphere Coupling |
| Title |
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| Improving Assessments of Reduced-Precision Calculations |
| Title |
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| Variability in Ocean Temperatures Causes Delays in Glacier Retreat |
| Title |
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| Conservative Multimoment Transport |
| Title |
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| Communication-Efficient Property Preservation in Tracer Transport |
| Title |
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| The Community Ice Sheet Model (CISM) v2.1 |
| Title |
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| Millennial‐scale Vulnerability of the Antarctic Ice Sheet to Regional Ice Shelf Collapse |
| Title |
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| Optimization of the Eddy-Diffusivity/Mass-Flux Shallow Cumulus and Boundary-Layer Parameterization Using Surrogate Models |
| Title |
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| Impact and Importance of Hyperdiffusion on the Spectral Element Method: A Linear Dispersion Analysis |
| Title |
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| Modeling Stochastic Phenology in Earth System Models |
| Title |
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| Near Term Ocean Warming Around Antarctica Affects Long Term Rate of Sea Level Rise |
| Title |
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| Implicit-Explicit (IMEX) Runge-Kutta Methods for Non-Hydrostatic Atmospheric Models |
| Title |
|---|
| Glacial Moulin Formation Triggered by Rapid Lake Drainage |
| The Staggered Nodal Finite Element Method (SNFEM) Discretization for Non-Hydrostatic Atmospheric Modeling |
| Title |
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| Performance Analysis of Fully Explicit and Fully Implicit Solvers Within A Spectral Element Shallow-Water Atmosphere Model |
| Title |
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| Leaky plumbing impedes Greenland Ice Sheet flow |
| Title |
|---|
| Comparison of Stokes Ice Sheet Models for Marine Ice Sheet Experiments |
| An Ice Sheet Model Validation Framework for the Greenland Ice Sheet |
| Title |
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| Resolving the Unresolved: Improving a Statistical Representation of Vertical Structure of Subgrid Clouds |
| Title |
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| Nudging and Model Sensitivities |
| Title |
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| Simulating Hydrologic Flux Sensitivity to Model Parameters in the Community Land Model |


