-
Brian Medeiros
National Center for Atmospheric ResearchMeeting roles in:
Why Idealized Models Are More Important Than Ever in Earth System Science
Response of Tropical Convective Systems to Ocean Warming in Convection-Permitting Aquaplanet Simulations
Unpredictable OH Response to an Idealized ENSO
Transient climate responses in idealized coupled Aqua and Ridge planets
Delivering improved capabilities in global modeling to advance our understanding of Earth System Predictability
An update on UXarray: A Python package for the analysis of kilometer-scale model outputs
Exploring Structural Differences and Parameter Calibration for Microphysics in CESM with Latent Representations using Contrastive Learning Models
Improving Extreme Precipitation Representation with ML Based Warm Microphysics in CESM
Structural error-aware climate model calibration with global, local and zonal climatologies using Perturbed Parameter Ensembles (PPEs)
Disentangling warming and circulation influences on hydroclimate using nudging experiments
Unrealistic simulation of cloud feedback lowers the climate sensitivity of the Community Earth System Model 2
Enter Note
Go to previous page in this tab
Author/Chair
