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Author/Chair

Daniel Jacob

Harvard University

Notes

Meeting roles in:
Integrating MethaneAIR Aircraft and TROPOMI Satellite Observations in the Integrated Methane Inversion (IMI) to Optimize Methane Emissions
Attributing 2019–2024 methane growth using TROPOMI satellite observations
Quantifying Monthly Methane Emissions in Colombia from 2019–2024 Using Satellite Observations and National Inventory Data
Cross-roads of tropical methane emissions: Constraining emissions from Nigeria using TROPOMI satellite observations
Quantifying methane emission trends in the United States (2019-2024) through high resolution inversion of satellite observations
Benchmarking USA Methane Inventories using GOSAT based Methane Fluxes
Global fine-resolution analytical inversion of TROPOMI methane observations enabled by the stretched-grid high-performance GEOS-Chem model
How Well Can High-Resolution Satellite Observations Constrain Emissions? Observing System Simulation Experiments Using the Integrated Methane Inversion (IMI)
Quantifying atmospheric methane emissions with satellite observations
Integrating Satellite and Isotopic Observations in CarbonTracker-CH₄ for Improved Methane Emission Estimates during 2019-2024
Predicting and Correcting the Influence of Boundary Conditions in Regional Inverse Analyses
Relating Multi-Scale Plume Detection and Area Estimates of Methane Emissions
A New Era of Air Quality Monitoring from Space over North America with TEMPO: Mission Status from First Two Years in Orbit
Carbon-I: Imaging the Carbon Cycle from Space — From point-source detection to global flux inversions.
Inverse analysis of TROPOMI satellite observations to infer methane emissions from Africa at high resolution before, during, and after the 2020–2022 global methane surge
GEO-ring for near-global monitoring of extreme methane point sources
Sources and chemistry of free tropospheric NO_x informed by cloud-sliced NO₂ observations over North America from the TEMPO geostationary instrument
Global gridded inventory of fossil fuel methane emissions from point sources using the growing satellite constellation of point source imagers
Satellite-Based Analysis of Long-Term Air Pollution Trends and Chemical Sensitivity Regimes in East Asia (2011–2022)

Sessions

Links & Materials

Daniel Jacob

[ONLINE] B32A-08: Predicting and Correcting the Influence of Boundary Conditions in Regional Inverse Analyses

Integrating MethaneAIR Aircraft and TROPOMI Satellite Observations in the Integrated Methane Inversion (IMI) to Optimize Methane Emissions

Quantifying Monthly Methane Emissions in Colombia from 2019–2024 Using Satellite Observations and National Inventory Data

Cross-roads of tropical methane emissions: Constraining emissions from Nigeria using TROPOMI satellite observations

Quantifying methane emission trends in the United States (2019-2024) through high resolution inversion of satellite observations

Quantifying atmospheric methane emissions with satellite observations

Integrating Satellite and Isotopic Observations in CarbonTracker-CH4 for Improved Methane Emission Estimates during 2019-2024

Relating Multi-Scale Plume Detection and Area Estimates of Methane Emissions

A New Era of Air Quality Monitoring from Space over North America with TEMPO: Mission Status from First Two Years in Orbit

Carbon-I: Imaging the Carbon Cycle from Space — From point-source detection to global flux inversions.

Inverse analysis of TROPOMI satellite observations to infer methane emissions from Africa at high resolution before, during, and after the 2020–2022 global methane surge

GEO-ring for near-global monitoring of extreme methane point sources

Sources and chemistry of free tropospheric NOx informed by cloud-sliced NO2 observations over North America from the TEMPO geostationary instrument

Global gridded inventory of fossil fuel methane emissions from point sources using the growing satellite constellation of point source imagers

Satellite-Based Analysis of Long-Term Air Pollution Trends and Chemical Sensitivity Regimes in East Asia (2011–2022)

Attributing 2019–2024 methane growth using TROPOMI satellite observations

Benchmarking USA Methane Inventories using GOSAT based Methane Fluxes

Predicting and Correcting the Influence of Boundary Conditions in Regional Inverse Analyses

Global fine-resolution analytical inversion of TROPOMI methane observations enabled by the stretched-grid high-performance GEOS-Chem model

How Well Can High-Resolution Satellite Observations Constrain Emissions? Observing System Simulation Experiments Using the Integrated Methane Inversion (IMI)