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Mission
The mission of this EPA-funded project is the assess recent advances in satellite remote sensing for the detection of human health-relevant ozone and ozone precursor concentrations and transport phenomenon. The project incorporates collaborators from NASA Ames and NASA JPL with expertise in OMI, TES, as well as regional air quality modeling expertise from Arizona State University. The focus of the project is on regional ozone estimation along the US-Mexico Border Region.
Research
OMI
The ozone monitoring instrument (OMI) onboard the AURA satellite provides daily data on global total column ozone. Ongoing research aims to combine data from other satellite instruments to derive tropospheric ozone concentrations from OMI data.
TES
The Troposperic Emission Spectrometer (TES) onboard the AURA satellite provides vertical ozone (and other species) profiles along swaths that cover the earth in its global survey mode, as well as detailed 3D obsevations for specified targets in its step stare mode.
Air quality ModelingOMI and TES data are being combined using regional air quality modeling (CMAQ) to assess air quality along the border. Work conducted by the modeling team at ASU has shown good correlation between ground data and RS data-assimilated model results.
Collaborators
- EPA region 9 and 6
- NASA Ames
- NASA JPL
- UC Berkeley School of Public Health
- UC Riverside
- Arizona State University
- Southwest Consortium for Environmental Research and Policy (SCERP)
- and others
Funding
- EPA Advanced Monitoring Initiative
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