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Matthew Johnson
Earth Science Division, NASA Ames Research CenterMeeting roles in:
Evaluating Weather Sensitivity to Atmospheric Physics Models in WRF Simulations in the Central Valley of California.
Methane Emissions and the Carbon Balance of Wetlands and Other Ecosystems using In Situ and Satellite-Derived Estimation.
Analyzing WRF Physics Model Configurations for Improved Weather Simulation: Meteorological Impact of Agriculture in California’s Central Valley
Evaluating WRF Physics Schemes for NASA’s Land-Earth System Digital Twin: Urban Meteorology Assessment Using NOAA, CIMIS and CALMAC Observations in California’s Central Valley
A Methane Monitoring System for the Ports of Los Angeles and Long Beach
Wetland Methane Flux Variability Inferred from In-Situ, Drone, and Satellite Measurements
An Update of National Carbon Budget Estimates based on Orbiting Carbon Observatory-2
Estimating Surface Fluxes in a Geostatistical Inverse Modeling Framework: Performance and Error Assessment in the v11 OCO-2 MIP
Examining the Drivers Leading to the Seasonality of OCO-2 Satellite Constrained Terrestrial Biospheric CO2 Fluxes over India
2015-2023 mean CO2 flux patterns from the OCO-2 v11 MIP inversion ensemble
Recent Developments and Applications of the Data Assimilation Research Testbed (DART) with Regional Chemical Data Assimilation and Emissions Estimation (Chem-DART)
A New Era of Air Quality Monitoring from Space over North America with TEMPO: Mission Status from First Two Years in Orbit
Evolving the PANGEA vision for tropical forest science
Accurate, Low-Latency Monitoring of Whole-Atmosphere CO₂ Growth Rates with Satellite Observations
Was There a Tropical Land Carbon Sink During 2015-2023? Results from an Ensemble of Global Inversion Models Constrained by OCO-2 Version 11 and the Global In Situ Network.
Quantifying Regional and Long-term Air Quality Changes with TRACER-1 (Tropospheric Chemistry and Emissions Reanalysis) – Preliminary Results
TEMPO Total-Ozone and Ozone-Profile Algorithm: V04 Status, Updates, and Evaluation
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