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Ethan Kyzivat
Harvard UniversityMeeting roles in:
Quantifying Total Methane Emissions on Basin-Scales Using MethaneSAT Satellite Data
Landscape, climate, and hydrologic influences on carbon processing revealed by the Harmonized Arctic-Boreal Lake (HABL) database
Showcasing Methodologies and Datasets for Tracking Greenhouse Gas Emissions: A Dialogue Between Fields I Oral
Rapidly Identifying and Quantifying Discrete Methane Sources for MethaneSAT and MethaneAIR Using Processing Pipeline
Regional Estimates of Methane Emissions from MethaneSAT Observations: Insights from the Permian Basin and the San Joaquin Valley
Showcasing Methodologies and Datasets for Tracking Greenhouse Gas Emissions: A Dialogue Between Fields II Poster
Improving the CO₂ Proxy Product from MethaneSAT Using dP and Aerosol Dependencies and Using the Improved Product to Quantify Coal Plant Emissions
MethaneSAT XCH4 and XCO2 using the O2-proxy method
Synchrony between Arctic-boreal land and aquatic vegetation expansion
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