Contributors: Pete Bachant
Name: Pete Bachant
Login: petebachant
Email: pbachant@caltech.edu
OST Projects: 3
Languages: Julia
Categories: Atmosphere, Climate Change, Natural Resources
Sub Categories: Atmospheric Composition and Dynamics, Earth and Climate Modeling, Soil and Land
Topics: climate, data-assimilation, land, land-surface-model, climate-modeling, dynamical-core, earth-system-model, finite-difference, numerical-methods, pde, spectral-elements, hydrology, snow, soil, vegetation
Contributed Projects
ClimaCore
Constitutes the dynamical core of the CliMA atmosphere and land models, providing discretization tools to solve the governing equations of the earth system model components.
climate-modeling dynamical-core earth-system-model finite-difference gpu high-performance-computing julia numerical-methods pde scientific-computing spectral-elements
Climate Change - Earth and Climate Modeling - Last synced: 04 Aug 2026 - Ranking: 20.1
ClimaLand.jl
Create and run land models in integrated or standalone modes.
climate climate-modeling earth-system-model gpu hydrology julia land land-surface-model machine-learning scientific-computing snow soil vegetation
Natural Resources - Soil and Land - Last synced: 05 Aug 2026 - Ranking: 17.0
ClimaAtmos.jl
A library for building atmospheric circulation models that is designed from the outset to leverage data assimilation and machine learning tools.
atmosphere atmospheric-modeling climate climate-modeling data-assimilation earth-system-model fluid-dynamics gpu julia machine-learning optimization scientific-computing
Atmosphere - Atmospheric Composition and Dynamics - Last synced: 04 Aug 2026 - Ranking: 13.5