Oral Presentations
- Renata McCoy
Owned by Renata McCoy
- OP-E1.1 Next Generation Development (NGD) of Atmospheric Physics for E3SM v2/v3
- OP-E1.2 EAMv1P
- OP-E1.3 A Unified Convection and Turbulence Parameterization: The EDMF Approach
- OP-E1.4 Organized Convection Parameterization
- OP-E1.5 Implementation and evaluation of the P3 cloud microphysics in the E3SM atmosphere model
- OP-E1.6 Solar Radiation Benchmark
- OP-E2.1 LULCC datasets compairson
- OP-E2.3 E-PRIME
- OP-E2.4 E3SM Soil Erosion and Organic Carbon
- OP-E2.5 Precipitation Downscaling
- OP-E3.1 SCREAM overview
- OP-E3.2 The SP-E3SM
- OP-E3.3 E3SM-FIVE, Overview
- OP-E3.4 Progress on the HOMME-NH nonhydrostatic atmosphere dycore
- OP-E4.1 Ocean and Cryosphere Developments in E3SM
- OP-E4.2 Ocean Vertical Mixing
- OP-E4.3 Coastal modeling through novel developments in E3SM
- OP-E4.4 Development of a Prognostic Iceberg Model in E3SM
- OP-E5.2 Surface-Atmosphere Radiative Coupling
- OP-E5.3 E3SM land cryosphere biases
- OP-E5.4 High-Resolution Fully-Coupled E3SMv0.1 Approximate Present Day Transient Climate Simulations
- OP-E5.5 Global phosphorus redistribution and climate impacts from wildfires in E3SM
- OP-E6.1 Semi-Lagrangian algorithm design for atmospheric modeling using heterogenous computing architectures
- OP-E6.3 PACE
- OP-E6.4 Visualizing Detailed Profiling Data and Examples of Use
- OP-E7.2 New Infrastructure and Examples of Code Verification in E3SM
- OP-E7.3 Using LIVVkit to Evaluate SMB
- OP-E7.4 E3SM SCM
- OP-E8.1 SciDAC convergence project overview
- OP-E8.4 Moving Beyond Bit-for-bit
- OP-E7.1 E3SM Diagnostics Package: E3SM_diags
- OP-E6.2 Improving Performance via Physics/Dynamics Coupling