Contributors: drnimbusrain
Name: drnimbusrain
Login: drnimbusrain
Email: dr.nimbusrain@gmail.com
OST Projects: 4
Languages: Fortran, Python
Categories: Atmosphere, Emissions, Hydrosphere
Sub Categories: Atmospheric Chemistry and Aerosol, Emission Observation and Modeling, Meteorological Observation and Forecast, Ocean Circulation Models, Ocean Models
Topics: air, arl, cmaq, noaa, quality, verification, canopy, atmospheric-composition, atmospheric-modeling, cloud-computing, configuration-files, data-broker, emissions, geos-chem, hemco, masks, regridding, run-directory, scale-factors, standalone, community-modeling, forecast-model, numerical-weather-prediction, nwp, ufs, unified-forecast-system, weather-model
Contributed Projects
ufs-weather-model
Contains the model code and external links needed to build the Unified Forecast System atmosphere model and associated components, including the WaveWatch III model.
community-modeling forecast-model numerical-weather-prediction nwp ufs unified-forecast-system weather-model
Atmosphere - Meteorological Observation and Forecast - Last synced: 25 Dec 2025 - Ranking: 10.3
MONET
An open-source project and Python package that aims to create a common platform for atmospheric composition data analysis for weather and air quality models.
air arl cmaq noaa python quality verification visualization
Atmosphere - Atmospheric Chemistry and Aerosol - Last synced: 25 Dec 2025 - Ranking: 8.2
HEMCO
Computing atmospheric emissions from different sources, regions, and species on a user-defined grid.
atmospheric-composition atmospheric-modeling aws bash-script cloud-computing configuration-files data-broker emissions geos-chem hemco masks regridding run-directory scale-factors scientific-computing standalone
Emissions - Emission Observation and Modeling - Last synced: 24 Dec 2025 - Ranking: 7.0
ccpp-physics
The Common Community Physics Package is designed to facilitate the implementation of physics innovations in state-of-the-art atmospheric models, the use of various models to develop physics, and the acceleration of transition of physics innovations to operational NOAA models.
Hydrosphere - Ocean Models - Last synced: 25 Dec 2025 - Ranking: -Infinity