Understanding the sources and variability of methane emissions in Madrid with Sentinel-5P TROPOMI, GHGSat, and aircraft observations

Satellite-Based Atmospheric Gas Monitoring in Maritime Chokepoints: Integration of Sentinel-5P TROPOMI and AIS Data for Emission Control in the Istanbul Strait

Anthropogenic greenhouse gases (GHGs) and emissions from maritime transport represent a significant challenge for atmospheric monitoring and control. The Istanbul Strait, characterized by its narrow, winding geography and high traffic density, presents a unique chokepoint where these emissions directly impact local air...

Annual mean methane emissions from individual oil-gas point 1 sources worldwide inferred from multi-satellite plume-imaging 2 observations

Satellite Constraints on European Landfill Methane Emissions Reveal Underestimation in Reported Inventories

Detecting methane hotspots and anomalies from space over Pakistan: analysis using sentinel-5P TROPOMI and EMIT observations

Beyond Snapshots: Building Methane Measurement-Informed Inventories for Midstream Oil and Gas Sites in the Appalachian Basin

This paper presents the application of a novel methodology to build a comprehensive Measurement-Informed Inventory (MII) by integrating unreported emissions into government inventories. These emissions are often excluded from current regulatory requirements or associated with upset conditions, and are identified throug...

Spatiotemporal analysis of atmospheric methane over Kazakhstan using Sentinel-5P satellite observations between 2019–2024

Methane (CH 4 ) is a potent greenhouse gas whose short-term radiative forcing significantly exceeds that of CO 2 , poses significant risks for regions with intensive hydrocarbon production, such as Kazakhstan.This study provides a country-wide spatiotemporal assessment of methane concentrations over Kazakhstan fo...