Py6S
A Python interface to the 6S Radiative Transfer Model.
atmosphere python radiative-transfer remote-sensing satellite science
Atmosphere - Radiative Transfer - Last synced: 12 May 2026 - Ranking: 17.0
cfdm
Fully implements the CF data model for its internal data structures and so is able to process any CF-compliant dataset.
aggregation atmosphere cf climate dask data data-compression forecasting metadata netcdf ocean python ugrid zarr
Climate Change - Climate Data Standards - Last synced: 12 May 2026 - Ranking: 16.4
Particula
An Python-based aerosol simulator. Particula captures gas-particle interactions, transformations, and dynamics to power predictive aerosol science.
aerosol atmosphere model package particle research science simulation
Atmosphere - Atmospheric Chemistry and Aerosol - Last synced: 12 May 2026 - Ranking: 16.0
lowtran
Atmospheric absorption extinction, scatter and irradiance model in Python and Matlab.
atmosphere atmospheric-modelling f2py fortran geoscience lowtran matlab matlab-python-interface python
Atmosphere - Radiative Transfer - Last synced: 12 May 2026 - Ranking: 12.0
CLEO
A library for Super-Droplet Model (SDM) cloud microphysics.
atmosphere atmospheric-science climate clouds lagrangian-dynamics lagrangian-particles sdm superdropletmodel superdroplets superdrops
Atmosphere - Atmospheric Chemistry and Aerosol - Last synced: 12 May 2026 - Ranking: 10.5
ClimateModels.jl
Uniform interface to climate models of varying complexity and completeness.
atmosphere climate cmip data data-science earth-observation ecco git interface ipcc julia mitgcm modeling ocean parameters workflow
Climate Change - Earth and Climate Modeling - Last synced: 12 May 2026 - Ranking: 10.4
VAPOR
The Visualization and Analysis Platform for Ocean, Atmosphere and Solar Researchers.
atmosphere science visualization
Hydrosphere - Ocean and Hydrology Data Access - Last synced: 12 May 2026 - Ranking: 9.5
eva3dm
An R-package focusing on EVAluation of 3D weather and air quality Models, streamlining the entire workflow from data preparation to post-processing, statistical analysis, and visualization.
air-quality-model air-quality-model-evaluation atmos atmosphere atmospheric-chemistry atmospheric-modelling atmospheric-models atmospheric-science evaluation model-evaluation model-evaluation-metrics wrf-chem
Atmosphere - Meteorological Observation and Forecast - Last synced: 12 May 2026 - Ranking: 8.2
Fluid Earth
Open-source Visualization of Weather and Climate Data.
atmosphere byrd earth fever oceans ohio-state-university webgl webgl2
Climate Change - Climate Data Access and Visualization - Last synced: 12 May 2026 - Ranking: 7.2
OGD@MeteoSwiss
Open Data products released by the Federal Office of Meteorology and Climatology MeteoSwiss.
atmosphere climate-data meteorological-data ogd opendata phenology-data pollen-measurements weather-data weather-forecast weather-radar
Climate Change - Climate Data Access and Visualization - Last synced: 12 May 2026 - Ranking: 6.2
Tenstream
A 3D radiative transfer solver for earth system models.
atmosphere atmosphere-model atmospheric-modelling atmospheric-science large-eddy-simulation numerical-weather-prediction radiation radiative-transfer radiative-transfer-models simulation
Atmosphere - Radiative Transfer - Last synced: 12 May 2026 - Ranking: 6.2
RegESM
Regional Earth System Model is designed to be a state-of-art coupled modeling system that allows using variety of different earth system model components as well as their integration with co-processing tool.
atmosphere coupled esmf mitgcm ocean regcm regional roms
Climate Change - Earth and Climate Modeling - Last synced: 12 May 2026 - Ranking: 5.9
Juelich Rapid Spectral Simulation Code
The Juelich Rapid Spectral Simulation Code (JURASSIC) is a fast infrared radiative transfer model for the analysis of atmospheric remote sensing measurements.
atmosphere atmospheric-science high-performance-computing infrared meteorology radiative-transfer remote-sensing stratosphere troposphere
Atmosphere - Radiative Transfer - Last synced: 12 May 2026 - Ranking: 3.2
