Global E3SM simulation showing eddy activity.
Credit: M. Petersen, P. Wolfram and T. Ringler
DOE's E3SM is a state-of-the-science Earth system model development and simulation project to investigate energy-relevant science using code optimized for DOE's advanced computers

Model

E3SM is a fully coupled, state-of-the-science Earth system model. The User's Guide with step-by-step instruction on how to run E3SM model and documentation on the coupled system, its components >>

Data

Released global Coupled model simulation output data from E3SM target experiments for the E3SM v2.0 and above. >>

Tools

Software applications for coupled and component model diagnostic, evaluation and analysis, data transfer, manipulation, regridding and post processing >>

Featured Stories

From the PI

Peter Caldwell provides an update on E3SM. >>

Adding Lateral Water Transport to ELM

E3SM roadmap adds scalable lateral water transport to ELM model. >>

E3SMv3 Emulator Reproduces Statistics

AI emulator reproduces E3SMv3 statistics at much higher speed. >>

Genesis Mission Awards

Several Genesis awards are related to E3SM mission. >>

All-Hands Report

E3SM’s All-Hands meeting showcased research, collaboration, and momentum. >>

HES Group Leadership Transitions

E3SM thanks Kate Calvin and welcomes Allan Di Vittorio as HES Deputy Lead. >>

Phase 4 Project Structure

E3SM’s new structure aligns teams for AI, S2D, and energy and water security. >>

E3SM Decadal Vision

E3SM’s vision: a novel AI-enabled S2D prediction capability for energy and water security. >>

All-Hands Awards

E3SM honors six contributors for scientific excellence and AI innovation. >>

Omega for Exascale

Omega v0 is a GPU-ready ocean model built for exascale performance. >>

Waves in E3SM

E3SM brings waves into core coupled prediction for polar science. >>

S2D Pilot Study

E3SM’s S2D pilot study aims to boost prediction skill for key sectors. >>

Science Highlights

Applying Corrective ML in EAMxx

E3SM links ML and EAMxx, advancing efficient hybrid AI-physics modeling. >>

ML Improves Groundwater Modeling

Calibration of groundwater table depth revealed tradeoffs in runoff, soil moisture, and land–atmosphere feedbacks >>

Irrigation Influences Regional Water Balance

Irrigation growth altered water balance across agricultural regions. >>

Topographic Units Capture Heterogeneity

Watershed-based discretization better captured multiscale variability. >>

A Decade in Progress Articles

E3SM Timeline

E3SM project achieved its bold decadal vision in 2023 and looks back into the timeline leading to it >>

Then and Now

Exploring the evolution of E3SM while celebrating decade of progress >>

Lessons Learned

We have learned a lot in 10 years of developing the coupled earth system model >>

Then and Now

Exploring the evolution of E3SM while celebrating decade of progress >>