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Air Quality

Winters in Utah's Uinta Basin can bring strong thermal inversions that trap pollutants near the ground, allowing ozone production to exceed EPA standards. Deploying an array of measurement instrumentation and models, we seek to understand the sources, chemistry, and distribution of air pollution in this unique region.

Measurements of Meteorology and Air Quality 170 degrees

We deploy an array of high-precision equipment—from portable solar-powered monitors to fully-instrumented mobile laboratories, to drone-mounted sensor arraysto measure ozone, reactive nitrogen compounds, speciated volatile organic compounds, particulate matter, and other air quality and meteorological parameters.  Data from our sites have contributed to many local, national, and international studies and have informed numerous reports, presentations, and papers. 


Computer Simulations of Air Quality

model outputCurrent meteorological and chemical models used to simulate air quality are designed for urban summers. In partnership with federal and state agencies and academic institutions, we are developing a modeling framework specific to winter inversion episodes in northeastern Utah. This framework utilizes:
  • The Weather Research and Forecasting (WRF) model.
  • The Sparse Matrix Operator Kernel Emissions (SMOKE) model.
  • The Comprehensive Air Quality Model with Extensions (CAMx).
  • The Community Multiscale Air Quality Model (CMAQ).

We also work to understand and improve emissions inventories (i.e., databases of what pollutants are emitted from which sources) through emissions measurements and analysis.

Click on one of the links below to learn more:

Download a fact sheet about air quality in the Uinta Basin
View a live snapshot of Uinta Basin air quality
Read our published papers and reports
Make a request for the data we collect
Learn more about our measurement an modeling capabilities