Contributors: Lee T. Murray
Name: Lee T. Murray
Login: ltmurray
Email: [email protected]
Description: Atmospheric Chemistry and Climate Model Developer
Website: http://atmos.earth.rochester.edu
Location: Rochester, NY USA
Twitter: leetmurray
Company: University of Rochester
Repositories count: 9
Last synced at: 2024-06-11T15:36:53.801Z
Total stars: 3
Followers: 2
Following: 4
OST Projects: 2
Languages: Fortran
Categories: Atmosphere, Emissions
Sub Categories: Atmospheric Chemistry and Aerosol, Emission Observation and Modeling
Topics: aerosols, atmospheric-chemistry, atmospheric-chemistry-modeling, atmospheric-composition, atmospheric-modelling, carbon-cycle, climate, cloud-computing, earth-system-modeling, greenhouse-gases, mercury, methane, particulate-matter, run-directory, atmospheric-modeling, configuration-files, data-broker, emissions, geos-chem, hemco, masks, regridding, scale-factors, standalone
Contributed Projects
GEOS-Chem
Advance understanding of human and natural influences on the environment through a comprehensive, state-of-the-science, readily accessible global model of atmospheric composition.
aerosols atmospheric-chemistry atmospheric-chemistry-modeling atmospheric-composition atmospheric-modelling aws bash-script carbon-cycle climate cloud-computing configuration earth-system-modeling fortran greenhouse-gases integration-tests mercury methane particulate-matter run-directory scientific-computing
Atmosphere - Atmospheric Chemistry and Aerosol - Last synced: 27 Apr 2025 - Ranking: 11.1
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: 27 Apr 2025 - Ranking: 6.9