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Author/Chair
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  • Sourish Basu

    NOAA, Global Monitoring Laboratory
Notes
Meeting roles in:
Are Methane δ¹³C Isotopic Constraints Consistent with Emissions Based on TROPOMI Retrievals?
Constraining shoulder season carbon fluxes (CO2 and CH4) from the Arctic-Boreal zone using remote-sensing observations
Greenhouse Gas Forecasting with NASA's GEOS Composition Forecasting (GEOS-CF) System
An Update of National Carbon Budget Estimates based on Orbiting Carbon Observatory-2
Constraining Greenhouse Gas Exchange Processes Using Remote Sensing and In Situ Observations I Oral
Integrating Satellite and Isotopic Observations in CarbonTracker-CH4 for Improved Methane Emission Estimates during 2019-2024
Constraining Greenhouse Gas Exchange Processes Using Remote Sensing and In Situ Observations II Poster
Estimating Surface Fluxes in a Geostatistical Inverse Modeling Framework: Performance and Error Assessment in the v11 OCO-2 MIP
2015-2023 mean CO2 flux patterns from the OCO-2 v11 MIP inversion ensemble
Using SF6 to Evaluate the Precision of Global Atmospheric Transportusing the OCO-2 v11 MIP Suite of Models
Investigating the capability of atmospheric δD-CH4 in reducing the uncertainty in the global methane budget and understanding spatio-temporal variability of surface fluxes from atmospheric δD-CH4 simulation
A Comparison of RCP Predicted Methane Growth Rates to Observations and Observation-Constrained Model Output Through Year 2024
Training Early Career Scientists to Use Current and Future Atmospheric Greenhouse Gas Observing Systems
Accurate, Low-Latency Monitoring of Whole-Atmosphere CO₂ Growth Rates with Satellite Observations
First near-real-time estimates of whole-atmosphere greenhouse gases based on OCO-2 and TROPOMI data
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.
New developments and future directions for the NASA GEOS Composition Forecasting (GEOS-CF) system
Evaluating and Improving NASA’s GEOS-CF Simulations with MAGEQ Airborne Observations

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