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Underestimation of Thermogenic Methane Emissions in New York City
Joseph R. Pitt
, Israel Lopez-Coto
, Anna Karion
, Kristian D. Hajny
, Jay Tomlin
, Robert Kaeser
, Thilina Jayarathne
, Brian H. Stirm
, Cody R. Floerchinger
, Christopher P. Loughner
, Róisín Commane
, Conor K. Gately
, Lucy R. Hutyra
,
Kevin R. Gurney
, Geoffrey S. Roest
, Jianming Liang
, Sharon Gourdji
, Kimberly L. Mueller
, James R. Whetstone
, Paul B. Shepson
Informatics, Computing, and Cyber Systems, School of
Research output
:
Contribution to journal
›
Article
›
peer-review
7
Scopus citations
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Keyphrases
New York City
100%
Methane Emission
100%
Thermogenic Methane
100%
High-resolution
80%
Urban Areas
60%
New York
40%
Newark
40%
Gas Measurement
20%
Spatial Distribution
20%
Politicians
20%
Greenhouse Gas
20%
Climate Change Mitigation
20%
Policy Decisions
20%
Process-based
20%
Urban Emissions
20%
Reduction Strategies
20%
Environmental Protection Agency
20%
Thermogenic
20%
Mole Fraction
20%
Spatial Proxy
20%
Emission Factor
20%
Top-down Emissions
20%
Bayesian Inversion
20%
Emission Estimation
20%
Activity Data
20%
City-state
20%
Sectoral Allocation
20%
Distribution-allocation
20%
Methane Emission Inventory
20%
Earth and Planetary Sciences
Methane
100%
Emissions
100%
New York
100%
Spatial Distribution
11%
Atmospherics
11%
Greenhouse Gas
11%
Environmental Protection Agency
11%
Climate Change Mitigation
11%
Emission Reduction
11%
Emission Factor
11%
Emission Inventory
11%
High-Resolution Emission Inventory
11%