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Xin Lan
University of Colorado BoulderMeeting roles in:
Sectoral methane emission estimates by high-resolution inversion of GOSAT-2 retrievals during 2019-2022.
Role of atmospheric chemistry in monitoring changes in the CH4 Budget
Are Methane δ¹³C Isotopic Constraints Consistent with Emissions Based on TROPOMI Retrievals?
Understanding the causes of the unprecedented growth of atmospheric CO2 in 2024
Integrating Satellite and Isotopic Observations in CarbonTracker-CH4 for Improved Methane Emission Estimates during 2019-2024
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
High-resolution land CO2 Flux Estimates with a Global Inverse Model Based on Surface and Satellite Observations
First near-real-time estimates of whole-atmosphere greenhouse gases based on OCO-2 and TROPOMI data
Microbial driver of 2006 – 2023 CH4 growth indicated by trends in atmospheric δD-CH4 and δ13C-CH4
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