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Brian McDonald
NOAA Chemical Sciences LaboratoryMeeting roles in:
The Impact of Boreal Ecosystem Shifts in Response to Fire and Abrupt Thaw on Soil Emissions of Reactive Nitrogen, Volatile Organic Compounds, and Greenhouse Gases
Benchmarking USA Methane Inventories using GOSAT based Methane Fluxes
Meteorological Assessment of the Unified Forecast System with Chemistry (UFS-Chem) using an Open-Source Model Evaluation Toolkit
A New Approach for Leveraging the Complementarity of Diverse Satellite and In Situ Observations for Greenhouse Gas Tracking and Air Quality Applications
Developing an Open Source Meteorological Evaluation Toolkit within MELODIES-MONET
Recent Developments and Applications of the Data Assimilation Research Testbed (DART) with Regional Chemical Data Assimilation and Emissions Estimation (Chem-DART)
Validation of JPSS CrIS and OMPS tropospheric ozone products against high frequency in-situ observations
The 2024-2025 Airborne and Remote Sensing Multi-Air Pollutant Surveys (AiRMAPS) – Results from the NOAA Twin Otter Campaigns in Colorado, Utah and the Mid-Atlantic
Evaluation of Updates to the U.S. GReenhouse gas And Air Pollutants Emissions System with Airborne Field Campaign Data
Using a Tiered Observing System to Evaluate the Next Generation Global Air Quality Forecast System with NOAA's Newly Developed UFS-Chem Model
Quantifying Regional and Long-term Air Quality Changes with TRACER-1 (Tropospheric Chemistry and Emissions Reanalysis) – Preliminary Results
Assessing Agricultural VOC Emissions in WRF-Chem with Flight Campaign Data in California’s Central Valley
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