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  • Number of poster presentations: 100

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A Multi-wavelength, Integrated Path Differential Absorption Lidar to Measure XCO2 from Aircraft and Space

James Abshire (1), Xiaoli Sun (2), Jianping Mao (3), Haris Riris (2), Stephan Kawa (2), Mark Stephen (4)
NASA GSFC and Univ. of Maryland (1), NASA GSFC (2), NASA GSFC/University of Maryland (3), NASA-GSFC (4)
Session:  2.2c Results expected from future missions

[abstract]  

 
A new Remote Sensing Network for London Carbon Emissions

Hartmut Boesch (1), Neil Humpage (1), Robbie Ramsey (2), Andrew Gray (2), Jack Gillespie (2), Paul Palmer (2), Jerome Woodwark (2), Mat Williams (2)
University of Leicester (1), University of Edinburgh (2)
Session:  4.2a Observations to quantify hot spots and local/urban emissions

[abstract]  

 
A protocol for developing a carbon stock product based on the OCO-2 MIP activities

Brendan Byrne (1), David Baker (2), David Crisp (3)
Jet Propulsion Laboratory (1), Colorado State University (2), JPL/Caltech (3)
Session:  2.5b Results expected from future missions

[abstract]  

 
A Rapid and Automatic Orthorectification of MethaneAIR/MethaneSAT Imagery thorough the A-KAZE Algorithm

Amir Souri (1), Joshua Benmergui (2), Eamon Conway (1), Jenna Samra (1), Jonathan Franklin (2), Xiong Liu (1), Kelly Chance (1), Steven Wofsy (2)
Harvard-Smithsonian Center for Astrophysics (1), Harvard University (2)
Session:  1.2a Results from current missions

[abstract]  

 
Albedo error propagation into XCO2 in the near infrared

Susan Kulawik (1), James McDuffie (2), Christopher O'Dell (3), Annmarie Eldering (2)
BAER Institute (1), Jet Propulsion Laboratory, California Institute of Technology (2), Cooperative Institute for Research in the Atmosphere, Colorado State University (3)
Session:  2.5c Uncertainty quantification and bias correction techniques

[abstract]  

 
Analyzing nitrogen oxides to carbon dioxide emission ratios from space: A case study of Matimba Power Station in South Africa

Janne Hakkarainen (1), Monika Szelag (1), Iolanda Ialongo (1), Christian Retscher (2), Tomohiro Oda (3), David Crisp (4)
Finnish Meteorological Institute (1), European Space Agency (2), Universities Space Research Association (USRA) (3), JPL/Caltech (4)
Session:  3.2a Observations to quantify hot spots and local/urban emissions

[abstract]  

 
Anthropogenic CO2 monitoring with the European Copernicus mission – continuous operations, product processing and Cal/Val

Ruediger Lang (1), Erik Andersson (2), Hartmut Boesch (3), Bojan Bojkov (1), Michael Buchwitz (4), David Crisp (5), Mark Drinkwater (6), Oleg Dubovik (7), Richard Engelen (8), Thorsten Fehr (9), Valerie Fernandez (9), Denis Jouglet (10), Gerrit Kuhlmann (11), Greet Janssens-Maenhout (12), Julia Marshall (13), Rosemary Munro (1), Antoine Lacan (1), Jochen Landgraf (14), Hannakaisa Lindqvist (15), Armin Loescher (9), Giuseppe Longhitano (1), Yasjka Meijer (9), Nakajima Masakatsu (16), Remy Perin (1), Bernard Pinty (2), Dany Provost (1), Cosimo Putigniano (1), Vincenzo Santacesario (1), Bernd Sierk (9), Pepijn Veefkind (17), Hugo Zuncker (2)
EUMETSAT (1), European Commission, DEFIS (2), University of Leicester (3), University of Bremen, Institute of Environmental Physics (IUP) (4), JPL/Caltech (5), European Space Agency (6), CNRS / University of Lille (7), ECMWF (8), ESA (9), CNES (France) (10), Empa (11), European Commission, JRC (12), DLR (Deutsches Zentrum für Luft- und Raumfahrt) (13), SRON (14), FMI (15), JAXA (16), KNMI (17)
Session:  1.2b Results expected from future missions

[abstract]  

 
Arctic Methane and Permafrost Challenge (AMPAC)

Charles Miller (1), Diego Fernandez (2), Annett Bartsch (3), Andreas Fix (4), Johanna Tamminen (5)
NASA JPL (1), ESA ESRIN (2), bgeos (3), DLR (4), FMI (5)
Session:  3.5a Flux estimates and atmospheric inversions from space-based GHG measurements

[abstract]  

 
Assessing Arctic atmospheric methane monitoring needs through synthetic data experiments

Martijn Pallandt (1), Abhishek Chatterjee (2), Julia Marshall (3), Lesley Ott (4), Mathias Göckede (1)
MPI-BGC (1), NASA GSFC GMAO / GESTAR USRA (2), DLR (Deutsches Zentrum für Luft- und Raumfahrt) (3), NASA GSFC GMAO (4)
Session:  2.5b Results expected from future missions

[abstract]  

 
Assessing the Feasibility of Using a Neural Network to Filter OCO-2 Retrievals at Northern High Latitudes

Joseph Mendonca (1), Ray Nassar (1), Christopher O’Dell (2), Debra Wunch (3)
Environment and Climate Change Canada (1), Cooperative Institute for Research in the Atmosphere (2), University of Toronto (3)
Session:  2.2b Uncertainty quantification and bias correction techniques

[abstract]  

 
Assessing the viability of measuring the light response of solar-induced chlorophyll fluorescence (SIF) from space

Peter Somkuti (1), Jennifer Johnson (2)
Colorado State University (1), Carnegie Institution (2)
Session:  1.2c Results expected from future missions

[abstract]  

 
Changing sensitivity of carbon exchange to atmospheric and soil moisture controls the response and recovery of carbon stocks in tropical South America from the 2015-2016 El Niño

Junjie Liu (1), Kevin Bowman (1), Paul Palmer (2), Joanna Joiner (3), Paul Levine (1), Alexis Bloom (1), Liang Feng (2), Sassan Saatchi (4), Michael Keller (5), Marcos Longo (6), Alex Konings (7), David Schimel (1), Paul Wennberg (8)
JPL (1), University of Edinburgh (2), NASA GSFC (3), Jet Propulsion Laboratory / Caltech (4), USDA Forest Service (5), Jet Propulsion Laboratory (6), Stanford University (7), Caltech (8)
Session:  3.5c Flux estimates and atmospheric inversions from space-based GHG measurements

[abstract]  

 
Characterisation of Sentinel-5p TROPOMI tropospheric ozone in preparation for inclusion in the GOME-type Climate Data Record

Daan Hubert (1), K-P Heue (2), J-C Lambert (1), T Verhoelst (1), M Allaart (3), S Compernolle (1), P Cullis (4), A Dehn (5), C Félix (6), B Johnson (4), D Kollonige (7), C Lerot (1), D Loyola (8), M Maata (9), S Mitro (10), M Mohamad (11), A Piters (3), H Selkirk (12), F da Silva (13), R Stauffer (14), A Thompson (15), J Veefkind (3), H Vömel (16), J Wite (16), C Zehner (5)
BIRA-IASB (1), DLR, TUM (2), KNMI (3), NOAA/ESRL/GML (4), ESA/ESRIN (5), MeteoSwiss (6), SSAI, NASA GSFC (7), DLR (8), University of the South Pacific (9), Meteorological Service of Suriname (10), Malaysian Meteorological Department (11), NASA GSFC, USRA (12), Brazilian Institute of Space Research (13), NASA GSFC, UMD (14), NASA GSFC (15), NCAR (16)
Session:  1.5c Uncertainty quantification and bias correction techniques

[abstract]  

 
CO2 and O2 spectroscopy improvements: impacts on XCO2 retrieved from OCO-2 observations

Matthieu Dogniaux (1), Thibault Delahaye (1), Raymond Armante (1), Virginie Capelle (1), Vincent Cassé (1), Cyril Crevoisier (1), Lilian Joly (2)
LMD / IPSL (1), GSMA, UMR CNRS 7331, Université de Reims (2)
Session:  1.5a Results from current missions

[abstract]  

 
Comparison of operational and scientific Sentinel-5-Precursor XCH4 retrievals over methane emission hotpot areas

Michael Buchwitz (1), Oliver Schneising (1), Steffen Vanselow (1), Maximilian Reuter (1), Heinrich Bovensmann (1), John Burrows (1), Ilse Aben (2), Jochen Landgraf (2), Alba Lorente (2), Tobias Borsdorff (2), Christian Retscher (3)
University of Bremen (1), SRON (2), ESA/ESRIN (3)
Session:  3.2c Observations to quantify hot spots and local/urban emissions

[abstract]  

 
Comparisons of OCO-3 XCO2 Measurements with TCCON

Matthäus Kiel (1), Annmarie Eldering (1), Christopher O'Dell (2), Brendan Fisher (1)
Jet Propulsion Laboratory/California Institute of Technology (1), Colorado State University (2)
Session:  1.5b Results from current missions

[abstract]  

 
Constraining global methane emissions using TROPOMI data

Sander Houweling (1), Jacob Peet (1), Tonatiuh Ramirez (2), Julia Marshall (3), Ilse Aben (4), Michael Buchwitz (5), Cyril Crevoisier (6), Tobias Borsdorff (4), Alba Delgado (4), Richard Hees (4), Brian Kerridge (7), Diane Knappett (7), Nicolas Meilhac (8), Christian Retscher (9), Oliver Schneising (5), Richard Siddans (7), Steffen Vanselow (5), Lucy Ventress (7)
Vrije Universiteit Amsterdam (1), Max-Planck-Institute for Biogeochemistry (2), DLR (Deutsches Zentrum für Luft- und Raumfahrt) (3), SRON Netherlands Institute for Space Research (4), University of Bremen, Institute of Environmental Physics (IUP) (5), Analyse du Rayonnement Atmosphérique (6), Rutherford Appleton Laboratory (7), LMD Polytechnique (8), European Space Agency (9)
Session:  3.2b Flux estimates and atmospheric inversions from space-based GHG measurements

[abstract]  

 
Constructing a Seasonal and Sub-seasonal Variance Budget for OCO-2 XCO2 for North America and Adjacent Ocean Basins

Kayla Mitchell (1), Scott Doney (1), Gretchen Keppel-Aleks (2)
University of Virginia (1), University of Michigan (2)
Session:  3.5c Flux estimates and atmospheric inversions from space-based GHG measurements

[abstract]  

 
Contribution to the validation of GHG space missions by the French COCCON consortium using ground-based FTIR measurements

Yao Té (1), Pascal Jeseck (2), Corinne Boursier (1), Thomas Lesigne (2), Christof Janssen (2), Caroline Bès (3), Denis Jouglet (3), Cyril Crevoisier (4), Morgan Lopez (5), Michel Ramonet (5), Lilian Joly (6), Abdelhamid Hamdouni (6), Bruno Grouiez (6)
Sorbonne Université - LERMA (France) (1), LERMA (France) (2), CNES (France) (3), LMD (France) (4), LSCE (France) (5), GSMA (France) (6)
Session:  2.2b Uncertainty quantification and bias correction techniques

[abstract]  

 
Correction of instrument ageing in TROPOMI L01b processing

Antje Ludewig (1), Quintus Kleipool (1), Jonatan Leloux (2), Erwin Loots (1), Emiel van der Plas (1), Nico Rozemeijer (2), Pepijn Veefkind (1)
KNMI (Royal Netherlands Meteorological Institute) (1), TriOpSys B.V., Utrecht, The Netherlands (2)
Session:  1.5c Uncertainty quantification and bias correction techniques

[abstract]  

 
COVID-19 impact on Oil and Gas industry emissions: A case study of the Permian Basin (U.S.)

Raquel Serrano Calvo (1), Barbara Dix (2), Joost De Gouw (2), Pieternel Levelt (3), Pepijn Veefkind (3)
Delft University of Technology (1), University of Colorado (2), Royal Netherlands Meteorological Institute (3)
Session:  3.2a Observations to quantify hot spots and local/urban emissions

[abstract]  

 
Deriving CO2 emissions of point sources from OCO-3 XCO2 and S5P NO2 satellite data

Blanca Fuentes Andrade (1), Michael Buchwitz (1), Maximilian Reuter (1), Heinrich Bovensmann (1), John P. Burrows (1)
University of Bremen, Institute of Environmental Physics (IUP) (1)
Session:  4.2c Observations to quantify hot spots and local/urban emissions

[abstract]  

 
Detecting and quantifying methane point sources from space-based system

Cristina Ruiz Villena (1), Alex Webb (1), Rocio Barrio Guillo (1), Robert Parker (1), Hartmut Boesch (1)
University of Leicester (1)
Session:  3.2c Observations to quantify hot spots and local/urban emissions

[abstract]  

 
Detecting methane emissions in TROPOMI data using machine learning

Joannes Maasakkers (1), Berend Schuit (1), Gourav Mahapatra (1), Sudhanshu Pandey (1), Allard de Boeij (1), Alba Lorente (1), Sander Houweling (2), Daniel Varon (3), Dylan Jervis (4), Jason McKeever (4), Itziar Irakulis-Loitxate (5), Luis Guanter (5), Daniel Cusworth (6), Ilse Aben (1)
SRON Netherlands Institute for Space Research (1), Vrije Universiteit Amsterdam (2), Harvard University (3), GHGSat Inc (4), Universitat Politècnica de València (5), JPL (6)
Session:  3.5b Observations to quantify hot spots and local/urban emissions

[abstract]  

 
Detection of locally elevated methane concentrations by analyzing Sentinel-5 Precursor satellite data

Steffen Vanselow (1), Oliver Schneising (1), Michael Buchwitz (1), Heinrich Bovensmann (1), John Burrows (1)
Institute of Environmental Physics (IUP), University of Bremen FB1, Bremen, Germany (1)
Session:  3.2c Observations to quantify hot spots and local/urban emissions

[abstract]  

 
Development of the CO2M NO2 Retrieval Algorithm

Benjamin Leune (1), Pepijn Veefkind (1), Ruediger Lang (2)
Royal Netherlands Meteorological Institute (KNMI) (1), EUMETSAT (2)
Session:  1.2c Results expected from future missions

[abstract]  

 
Development of the L0--L1B processor for MethaneAIR and MethaneSAT

Eamon Conway (1), Xiong Liu (1), Kang Sun (2), Amir Souri (1), Josh Benmergui (3), Jenna Samra (4), Jonathan Franklin (3), Chris Chan-Miller (1), Carly Staebell (2), Kelly Chance (4), Steven Wofsy (3)
Center for Astrophysics Harvard and Smithsonian (1), University at Buffalo (2), Harvard University (3), Smithsonian Astrophysical Observatory (4)
Session:  1.5d Retrieval algorithms and methods for inter-instrument and product Cal/Val

[abstract]  

 
Does the early bird catch the plume?

Julia Marshall (1), Luca Bugliaro Goggia (1), André Butz (2), Klaus-Dirk Gottschaldt (1), Patrick Jöckel (1), Bastian Kern (1), Anke Roiger (1)
DLR (Deutsches Zentrum für Luft- und Raumfahrt) (1), Heidelberg University (2)
Session:  1.2b Results expected from future missions

[abstract]  

 
Estimate of XCO2 and Psurf from OCO-2 measurements using a Neural Network approach

Francois-Marie Breon (1), Leslie David (1), Frederic Chevallier (1), Pierre Chatelanaz (2)
CEA (1), ENS Paris-Saclay (2)
Session:  2.5a Retrieval algorithms and methods for inter-instrument and product Cal/Val

[abstract]  

 
Estimating the natural fluxes of CO2 and CH4 in Amazonia based on the application of a mass balance approach to GeoCarb images

Sarvesh Singh (1), Grégoire Broquet (1), Luis Molina (2), Bo Zheng (1), Yilong Wang (1), Francois-Marie Bréon (1), Frédéric Chevallier (1), Philippe Ciais (1), Isabelle Pison (1), Diego Santaren (1), Pascal Prunet (3), Claude Camy-Peyret (4), Sean Crowell (5), Berrien Moore (5)
Laboratoire des sciences du climat et de l'environnement, CEA-CNRS-UVSQ, Université Paris Saclay, Orme des Merisier, 91191 Gif Sur Yvette, France (1), International Center for Tropical Agriculture - Regional Office Asia, Hanoï, Vietnam (2), SPASCIA, 10 Avenue de l’Europe, 31520 Ramonville Saint Agne, France (3), IPSL, Sorbonne université 4 place Jussieu, Paris, France (4), GeoCarb, University of Oklahoma, 301, David L. Boren Blvd., 4 Partners Place, Suite 1120, Norman, OK 73072 USA (5)
Session:  1.2c Results expected from future missions

[abstract]  

 
Estimation of anthropogenic CO2 emission from Kanto region, include Tokyo

Yutaka Arai (1), Ryoichi Imasu (1), Qiao Wang (1), Hiroaki Kondo (2)
Atmosphere and Ocean Research Institute, The University of Tokyo (1), National Institute of Advanced Industrial Science and Technology (2)
Session:  4.2a Observations to quantify hot spots and local/urban emissions

[abstract]  

 
Estimation of CH4 emissions based on LETKF data assimilation technique

Jagat Bisht (1), Prabir Patra (1), Masayuki Takigawa (1), Takashi Sekiya (1), Yugo Kanaya (1), Naoko Saitoh (2)
Research Institute for Global Change, JAMSTEC, Yokohama, 235-0019, Japan (1), Center for Environmental Remote Sensing, Chiba University, Chiba, 263-8522, Japan (2)
Session:  4.2b Flux estimates and atmospheric inversions from space-based GHG measurements

[abstract]  

 
European CH4 flux distributions estimated from CTE-CH4 atmospheric inversion assimilating TROPOMI XCH4 data

Aki Tsuruta (1), Leif Backman (1), Hannakaisa Lindqvist (1), Ella Kivimäki (1), Janne Hakkarainen (1), Oliver Schneising (2), Michael Buchwitz (3), Sander Houweling (4), Tuula Aalto (1)
Finnish Meteorological Institute (1), University of Bremen (2), University of Bremen, Institute of Environmental Physics (IUP) (3), Vrije Universiteit Amsterdam (4)
Session:  3.2b Flux estimates and atmospheric inversions from space-based GHG measurements

[abstract]  

 
Evaluating consistency between total column CO2 retrievals from OCO-2 and the in-situ network over North America: Implications for carbon flux estimation

Bharat Rastogi (1), John Miller (2), Michael Trudeau (1), Arlyn Andrews (2), Lei Hu (1), Marikate Mountain (3), Thomas Nehrkorn (3), John Mund (1), Kaiyu Guan (4), Caroline Alden (1)
CIRES / NOAA GML (1), NOAA GML (2), AER (3), UIUC (4)
Session:  2.5c Uncertainty quantification and bias correction techniques

[abstract]  

 
GFIT3: A full physics retrieval algorithm for remote sensing of greenhouse gases in the presence of aerosols

Zhao-Cheng Zeng (1), Vijay Natraj (2), Feng Xu (3), Sihe Chen (4), Fang-Ying Gong (4), Thomas Pongetti (4), Keeyoon Sung (2), Geoffrey Toon (2), Stanley Sander (2), Yuk Yung (4)
UCLA (1), JPL (2), The University of Oklahoma (3), Caltech (4)
Session:  2.5a Retrieval algorithms and methods for inter-instrument and product Cal/Val

[abstract]  

 
Global carbon cycle observed from OCO-2 v9,v7 and in-situ data

Helene Peiro (1), Sean Crowell (1), Andrew Schuh (2), David Baker (2), Chris O'Dell (2), Andrew Jacobson (3), Frederic Chevallier (4), Junjie Liu (5), Annmarie Eldering (6), David Crisp (7), Feng Deng (8), Brad Weir (9), Sourish Basu (10), Matthew Johnson (11), Sajeev Philip (12), Ian Baker (2)
University of Oklahoma (1), Colorado State University (2), Cooperative Institute for Research in Environmental Sciences (CIRES) (3), LSCE/IPSL (4), JPL (5), Jet Propulsion Laboratory / Caltech (6), JPL/Caltech (7), University of Toronto (8), NASA GSFC GMAO / GESTAR USRA (9), NASA GSFC GMAO / University of Maryland (10), NASA Ames Research Center (11), Universities Space Research Associatio (12)
Session:  3.5c Flux estimates and atmospheric inversions from space-based GHG measurements

[abstract]  

 
Global distribution of methane emissions: a comparative inverse analysis of 2019 observations from the TROPOMI and GOSAT satellite instruments

Zhen Qu (1), Daniel Jacob (1), Lu Shen (1), Xiao Lu (1), Yuzhong Zhang (2), Tia Scarpelli (1), Hannah Nesser (1), Melissa Sulprizio (1), Joannes Maasakkers (3), A. Bloom (4), John Worden (4), Robert Parker (5), Alba Delgado (3)
Harvard University (1), Westlake University (2), SRON (3), JPL (4), University of Leicester (5)
Session:  3.2b Flux estimates and atmospheric inversions from space-based GHG measurements

[abstract]  

 
Global XCO2 Retrievals from TanSat: A detailed intercomparison between IAPCAS and UoL-FP

Simon Preval (1), Hartmut Boesch (1), Dongxu Yang (2), Yi Liu (2)
University of Leicester (1), Institute of Atmospheric Physics, Chinese Academy of Sciences (2)
Session:  2.5a Retrieval algorithms and methods for inter-instrument and product Cal/Val

[abstract]  

 
GOSAT and GOSAT-2 FOCAL Retrievals beyond XCO2

Stefan Noël (1), Max Reuter (1), Michael Buchwitz (1), Oliver Schneising (1), Jakob Borchardt (1), Michael Hilker (1), Heinrich Bovensmann (1), John Burrows (1)
University of Bremen, Institute of Environmental Physics (IUP) (1)
Session:  2.2a Retrieval algorithms and methods for inter-instrument and product Cal/Val

[abstract]  

 
Greenhouse gas column observations from an EM27/SUN portable spectrometer in Uganda

Neil Humpage (1), Hartmut Boesch (2), William Okello (3), Florian Dietrich (4), Jia Chen (4), Mark Lunt (5), Liang Feng (6), Paul Palmer (6), Frank Hase (7)
University of Leicester (1), National Centre for Earth Observation, University of Leicester (2), National Fisheries Resources Research Institute, Uganda (3), Environmental Sensing and Modelling, Technical University of Munich (4), University of Edinburgh (5), National Centre for Earth Observation, University of Edinburgh (6), Karlsruhe Institute of Technology (7)
Session:  2.2b Uncertainty quantification and bias correction techniques

[abstract]  

 
Greenhouse gas measurements over northern Finland and comparisons with the satellite borne observations

Rigel Kivi (1), Pauli Heikkinen (1), Tuomas Laurila (1), Hannakaisa Lindqvist (1), Johanna Tamminen (1), Ella Kivimäki (1), Tomi Karppinen (1), Huilin Chen (2)
Finnish Meteorological Institute (1), University of Groningen (2)
Session:  2.2b Uncertainty quantification and bias correction techniques

[abstract]  

 
Ground-based measurements of XCO2 using grating spectrometers for validating GOSAT target observations over the Greater Tokyo Area

Ryoichi Imasu (1), Yutaka Matsumi (2), Isamu Morino (3), Masafumi Ohashi (4), Masahiro Kawasaki (5), Asaka Hasegawa (6)
Atmosphere and Ocean Research Institute, The University of Tokyo (1), Institute for Space-Earth Environmental Research, Nagoya University (2), National Institute for Environmental Studies (3), Graduate School of Science and Engineering, Kagoshima University (4), Research Institute for Humanity and Nature (5), tmosphere and Ocean Research Institute, The University of Tokyo (6)
Session:  1.5b Results from current missions

[abstract]  

 
HALO XCH4 Retrievals During the 2019 ACT-America Campaign

Rory Barton-Grimley (1), Amin Nehrir (1), Susan Kooi (2), Jim Collins (2)
NASA Langley Research Center (1), SSAI (2)
Session:  1.5d Retrieval algorithms and methods for inter-instrument and product Cal/Val

[abstract]  

 
Harmonizing the ACOS GOSAT v9 and OCO-2 v10 XCO2 products

Tommy Taylor (1), Chris O'Dell (1), Sean Crowell (2)
CSU/CIRA (1), OU (2)
Session:  1.5b Results from current missions

[abstract]  

 
High resolution methane flux estimate from multi-species and mass balance methods

David Noone (1)
University of Auckland (1)
Session:  3.5a Flux estimates and atmospheric inversions from space-based GHG measurements

[abstract]  

 
Highlights of the HITRAN2020 edition

Iouli Gordon (1), Laurence Rothman (2), Robert Hargreaves (2), Robab Hashemi (2), Ekaterina Karlovets (2), Frances Skinner (2), Eamon Conway (2), Roman Kochanov (3), Yan Tan (4), Artem Finenko (2)
Center for Astrophysics | Harvard&Smithsonian (1), Center for Astrophysics | Harvard & Smithsonian (2), Tomsk State University (3), University of Science and Technology of China, Hefei (4)
Session:  1.5c Uncertainty quantification and bias correction techniques

[abstract]  

 
How do mineral dust aerosols impact N2O retrievals from IASI?

Sophie Vandenbussche (1), Corinne Vigouroux (1), Bavo Langerock (1), Martine De Mazière (1)
Royal Belgian Institute for Space Aeronomy (1)
Session:  2.2a Retrieval algorithms and methods for inter-instrument and product Cal/Val

[abstract]  

 
Impact of Amazonian Fires on Atmospheric CO2

Xun Jiang (1), King-Fai Li (2), Mao-Chang Liang (3), Yuk Yung (4)
University of Houston (1), University of California, Riverside (2), Academia Sinica (3), California Institute of Technology (4)
Session:  4.2b Flux estimates and atmospheric inversions from space-based GHG measurements

[abstract]  

 
Impacts of updates to spectroscopy (ABSCO tables) in the OCO-2 full-physics retrieval algorithm

Le Kuai (1), Vivienne Payne (2), Fabiano Oyafuso (3), Brendan Fisher (3), David Crisp (1), Christopher O'Dell (4), Robert Nelson (5)
JPL/Caltech (1), Jet Propulsion Laboratory / Caltech (2), Jet Propulsion Laboratory / C (3), Colorado State University (4), Jet Propulsion Laboratory (5)
Session:  2.5a Retrieval algorithms and methods for inter-instrument and product Cal/Val

[abstract]  

 
Improving OCO-2 XCO2 Retrieval at Critical Albedo with Neural Network A-priori Constraints of Aerosol

Sihe Chen (1), Zhao-Cheng Zeng (2), Vijay Natraj (3), Yuk-Ling yung (1)
California Institute of Technology (1), University of California, Los Angeles (2), Jet Propulsion Laboratory (3)
Session:  2.5a Retrieval algorithms and methods for inter-instrument and product Cal/Val

[abstract]  

 
Including satellite data in a regional methane inversion system: case study over Europe

Amir Hossein Abdi (1), Christian Rödenbeck (1), Tonatiuh Guillermo Nuñez Ramirez (1), Frank-Thomas Koch (2), Christoph Gerbig (1), Julia Marshall (3)
Max Planck Institute for Biogeochemistry, Jena, Germany (1), Deutscher Wetterdienst, Hohenpeissenberg, Germany (2), Deutsches Zentrum für Luft- und Raumfahrt, Institut für Physik der Atmosphäre (DLR) Oberpfaffenhofen (3)
Session:  3.2b Flux estimates and atmospheric inversions from space-based GHG measurements

[abstract]  

 
Interannual variability of the global carbon cycle estimated with GOSAT and ground-based CO2 observations for 2009-2019

Shamil Maksyutov (1), Tomohiro Oda (2), Jiye Zeng (1), Johanness Kaiser (3), Yukio Yoshida (1), Tsuneo Matsunaga (1)
National Institute for Environmental Studies (1), USRA (2), DWD (3)
Session:  3.5c Flux estimates and atmospheric inversions from space-based GHG measurements

[abstract]  

 
Jointly Estimating the Surface Carbon Fluxes and CO2 Based on the LETKF-Carbon Data Assimilation System Using Surface and Satellite Observations

Zhiqiang Liu (1), Ning Zeng (2)
Institute of Atmospheric Physics (1), University of Maryland (2)
Session:  4.2b Flux estimates and atmospheric inversions from space-based GHG measurements

[abstract]  

 
Laser Atmospheric Transmitter and Receiver Network (LAnTeRN): A novel hosted-payload active measurement to enhance future space-based GHG emissions monitoring frameworks

Jeremy Dobler (1), James Nagel (2), Nathan Blume (1), Doug McGregor (1)
Spectral Sensor Solutions LLC (1), L3Harris Technologies (2)
Session:  2.2c Results expected from future missions

[abstract]  

 
Machine Learning Techniques for the Retrieval of Methane from the Sentinel-5 Precursor Satellite

Rose Fenwick (1), Hartmut Boesch (2), Ivan Tyukin (2), Robert Parker (2)
University of Leicster (1), University of Leicester (2)
Session:  1.5d Retrieval algorithms and methods for inter-instrument and product Cal/Val

[abstract]  

 
MAMAP-2D Light – A new imaging spectrometer for greenhouse gas measurements

Jakob Borchardt (1), Konstantin Gerilowski (1), Sven Krautwurst (1), Wilke Thomssen (1), Jan Franke (2), Heinrich Bovensmann (1), John Burrows (1), Martin Kumm (3), Pascal Janßen (3), Jens Wellhausen (3)
University of Bremen, Institute of Environmental Physics (IUP) (1), University Bremen, Institute for integrated Product Development (BIK) (2), Jade University of Applied Sciences (3)
Session:  3.2c Observations to quantify hot spots and local/urban emissions

[abstract]  

 
METHANE+ : combining SWIR and TIR measurements from space to disentangle sources and sinks of CH4

Ilse Aben (1), Alba Lorente Delgado (2), Tobias Borsdorff (2), Michael Buchwitz (3), Philipp Schneider (4), Steffen Vanselow (5), richard siddans (6), brian kerridge (6), Lucy ventress (6), Diane Knappett (6), richard van Hees (2), Cyril Crevoisier (7), nicolas Meilhac (7), julia marshall (8), tonatiuh nunez ramirez (9), jacob van Peet (10), Sander Houweling (10), Christian Retscher (11)
SRON Netherlands Institute for Space Research (1), SRON (2), University of Bremen, Institute of Environmental Physics (IUP) (3), University Bremen, IUP (4), Institute of Environmental Physics, University of Bremen (5), RAL (6), Analyse du Rayonnement Atmosphérique (7), DLR (8), MPI Jena (9), Vrije Universiteit Amsterdam (10), ESA (11)
Session:  1.2a Results from current missions

[abstract]  

 
MethaneAIR: A High-Resolution Infrared Imaging Spectrometer for Airborne Measurements of CH4 and CO2

Jenna Samra (1), Jonathan Franklin (2), Bruce Daube (2), Peter Cheimets (1), Scott Milligan (3), Martin Ettenberg (4), Josh Benmergui (2), Kelly Chance (1), Apisada Chulakadabba (2), Eamon Conway (5), Xiong Liu (1), Christopher Miller (1), Amir Souri (6), Kang Sun (7), Steven Wofsy (2)
Smithsonian Astrophysical Observatory (1), Harvard University (2), Headwall Photonics (3), Princeton Infrared Technologies (4), Center for Astrophysics Harvard and Smithsonian (5), Harvard-Smithsonian Center for Astrophysics (6), University at Buffalo (7)
Session:  1.2a Results from current missions

[abstract]  

 
MethaneSAT: Towards detecting agricultural emissions from space

Sara Mikaloff-Fletcher (1), Anne-Gaelle Ausseil (2), Gordon Brailsford (1), Beata Bukosa (1), Josh Benmergui (3), Dave Campbell (4), Jonathan Franklin (3), Alex Geddes (1), Jordan Goodrich (4), Steven Hamburg (5), Manawa Huirama (1), Darren King (1), Richard Law (2), Johannes Laubach (2), David Noone (6), David Pollard (7), Jocelyn Turnbull (8), Hinrich Schaefer (1), Louis Schipper (4), Dan Smale (1), Steven Wofsy (3)
NIWA (1), Manaaki Whenua Landcare Research (2), Harvard University (3), University of Waikato (4), Environmental Defense Fund (5), University of Auckland (6), National Institute for Water and Atmospheric Research (7), GNS Science (8)
Session:  1.2b Results expected from future missions

[abstract]  

 
Multi-species observations from Japanese passenger aircrafts towards the monitoring of the nations’ climate mitigation progress

Hiroshi Suto (1), Akihiko Kuze (1), Ayako Matsumoto (2), Tomohiro Oda (3), Fumie Kataoka (4), Shigetaka Mori (5), Seiya Kosaki (1), Chiharu Hoshino (1), Kei Shiomi (1), Tetsuya Kaku (4), Jun Yoshida (6), Yoichi Nakamura (6), Yasuhiro Tsubakihara (2)
JAXA (1), ANA HOLDINGS INC (2), USRA (3), RESTEC (4), JASTECS (5), NEC (6)
Session:  3.2a Observations to quantify hot spots and local/urban emissions

[abstract]  

 
Nature or Humans? Scenarios for constraining why atmospheric methane continues to rise

Zhen Zhang (1), Abhishek Chatterjee (2), Benjamin Poulter (3)
University of Maryland (1), NASA GSFC GMAO / GESTAR USRA (2), NASA GSFC (3)
Session:  2.5b Results expected from future missions

[abstract]  

 
Payload components of the Copernicus CO2M mission

Bernd Sierk (1), Yasjka Meijer (2), Yannig Durand (1), Grégory Bazalgette-Courège-Lacôste (1), Charlotte Pachot (1), Fernandez Valerie (1), Serre Denis (3), te Hennepe Frank (4)
European Space Agency (1), RHEA for European Space Agency (2), Thales-Alenia France (3), OHB System AG (4)
Session:  1.2b Results expected from future missions

[abstract]  

 
Pinpointing the location of methane leaks using the frequent revisit and fine resolution of multispectral satellites.

Sudhanshu Pandey (1), Joannes Maasakkers (1), Ritesh Guatam (2), Pratik Sutar (1), Daniel Varon (3), Ilse Aben (1), Ben Hmiel (4), David Lyon (4)
SRON Netherlands Institute for Space Research (1), Netherlands Institute for Space Research (2), Harvard University (3), Environmental Defense Fund (4)
Session:  3.5b Observations to quantify hot spots and local/urban emissions

[abstract]  

 
Potential of high-resolution multispectral optical missions for the monitoring of methane point emissions.

Javier Gorrono (1), Elena Sánchez-García (1), Luis Guanter (1), Itziar Irakulis-Loitxate (1)
Universitat Politècnica de València (1)
Session:  1.2a Results from current missions

[abstract]  

 
Quantification of local methane emissions from the energy sector

Oliver Schneising (1), Michael Buchwitz (1), Maximilian Reuter (1), Steffen Vanselow (1), Heinrich Bovensmann (1), John Burrows (1)
Institute of Environmental Physics, University of Bremen (1)
Session:  3.5b Observations to quantify hot spots and local/urban emissions

[abstract]  

 
Quantifying CO2 Emissions from Smaller Point Sources by Using Multiple OCO-3 Images

Jon-Paul Mastrogiacomo (1), Ray Nassar (2), Tim Hill (1), Ryan Pavlick (3), Robert Nelson (3), Christopher O'Dell (4), Annmarie Eldering (5), David Crisp (6)
University of Waterloo (1), Environment and Climate Change Canada (2), Jet Propulsion Laboratory (3), Colorado State University (4), Jet Propulsion Laboratory / Caltech (5), JPL/Caltech (6)
Session:  4.2c Observations to quantify hot spots and local/urban emissions

[abstract]  

 
Quantifying urban CO2 emissions using satellite-based atmospheric CO2 observations: an assessment of uncertainties

Kai Wu (1), Paul Palmer (1), Dien Wu (2), Tomohiro Oda (3), Liang Feng (1)
The University of Edinburgh (1), The California Institute of Technology (2), Universities Space Research Association (3)
Session:  4.2a Observations to quantify hot spots and local/urban emissions

[abstract]  

 
Radiometric Calibration Analysis from OCO-3 and OCO-2 Simultaneous Nadir Overpasses

Thomas Kurosu (1), Shanshan Yu (1), Robert Rosenberg (1), Annmarie Eldering (2), Gary Spiers (1), David Crisp (3)
JPL (1), Jet Propulsion Laboratory / Caltech (2), JPL/Caltech (3)
Session:  1.5a Results from current missions

[abstract]  

 
Refinery Contribution to Emissions at the Ports of Los Angeles/Long Beach: In Situ Surface Mobile Validation of Airborne Remote Sensing Emissions and Sample Fusion to Estimate non-Remotely Sensed Trace Gas Emissions

Ira Leifer (1), Christopher Melton (1), David Tratt (2), Clement Chang (2), Donald Blake (3), Simone Meinardi (3)
Bubbleology Research International (1), The Aerospace Corporation (2), University of California, Irvine (3)
Session:  3.5b Observations to quantify hot spots and local/urban emissions

[abstract]  

 
Retrieval Algorithm for Column CO2 Mixing Ratio Measurements from a Multi-wavelength IPDA Lidar

Xiaoli Sun (1), James Abshire (1), Anand Ramanathan (2), Stephan Kawa (1), Jianping Mao (3)
NASA GSFC (1), Audible, Inc. (2), NASA GSFC/University of Maryland (3)
Session:  2.2a Retrieval algorithms and methods for inter-instrument and product Cal/Val

[abstract]  

 
Retrieved L2 products from TANSO-FTS2 spectra in the thermal infrared over the Arctic Ocean and comparison with TANSO-FTS

Sébastien Payan (1), Claude Camy-Peyret (2), Jérôme Bureau (1)
1. Laboratoire Atmosphère Milieux Observations Spatiale (LATMOS), Sorbonne Université et CNRS, Paris, France (1), Institut Pierre Simon Laplace (IPSL) et CNRS, Paris, France (2)
Session:  1.5a Results from current missions

[abstract]  

 
Satellite methane observations constrain latitudinal distribution of wetland emissions and their climate sensitivity

Shuang Ma (1), John Worden (1), Alexis Bloom (1), Yuzhong Zhang (2), Benjamin Poulter (3), Daniel Cusworth (1), Yi Yin (4), Sudhanshu Pandey (5), Joannes Maasakkers (5), Xiao Lu (6), Lu Shen (6), Jianxiong Sheng (7), Christian Frankenberg (4), Charles Miller (8), Daniel Jacob (9)
Jet Propulsion Laboratory at Caltech (1), School of Engineering, Westlake University, Hangzhou, Zhejiang Province, China (2), NASA GSFC (3), Division of Geological and Planetary Sciences, California Institute of Technology (4), SRON Netherlands Institute for Space Research (5), School of Engineering and Applied Sciences, Harvard University (6), Center for Global Change Science, Massachusetts Institute of Technology (7), NASA JPL (8), Harvard University (9)
Session:  3.5a Flux estimates and atmospheric inversions from space-based GHG measurements

[abstract]  

 
Satellite-based estimates of nitrogen oxide and methane emissions from gas flaring and oil production activities in Sakha Republic, Russia

Iolanda Ialongo (1), Nadezhda Stepanova (2), Janne Hakkarainen (1), Henrik Virta (1), Daria Gritsenko (2)
Finnish Meteorological Institute (1), University of Helsinki (2)
Session:  3.5b Observations to quantify hot spots and local/urban emissions

[abstract]  

 
Solving Methane fluxes at northern latitudes using atmospheric and soil EO data - MethEO

Kimmo Rautiainen (1), Tuula Aalto (1), Hannakaisa Lindqvist (1), Aki Tsuruta (1), Maria Tenkanen (1), Ella Kivimäki (1), Tomi Karppinen (1), Anu-Maija Sundström (1), Rigel Kivi (1), Johanna Tamminen (1), Christian Retscher (2)
Finnish Meteorological Institute (1), European Space Agency, ESRIN (2)
Session:  3.5a Flux estimates and atmospheric inversions from space-based GHG measurements

[abstract]  

 
Spatio-temporal pattern and changes of XCH4 in China from GOSAT observations during 2009-2020

Liping Lei (1), Luman Li (1), Hao Song (2), Mengya Sheng (1), Shaoqing Zhang (1)
Key Lab of Digital Earth, Chinese Academy of Sciences (1), China University of Geosciences (Beijing) (2)
Session:  3.2c Observations to quantify hot spots and local/urban emissions

[abstract]  

 
Static and Dynamic Inputs to OCO-2/3 Calibration

Robert Rosenberg (1), Lars Chapsky (1), Dejian Fu (1), Vance Haemmerle (1), Graziela Keller (1), Richard Lee (1), Yuliya Marchetti (1), Stephen Maxwell (2), Gary Spiers (1), Shanshan Yu (1), David Crisp (1), Annmarie Eldering (1)
JPL (1), NIST (2)
Session:  1.5a Results from current missions

[abstract]  

 
Statistical Emulator For Fast Uncertainty Quantification

Otto Lamminpaa (1), Jonathan Hobbs (1), Amy Braverman (1), Pulong Ma (2), Anirban Mondal (3)
Jet Propulsion Laboratory (1), Duke University (2), Case Western Reserve University (3)
Session:  2.5c Uncertainty quantification and bias correction techniques

[abstract]  

 
Survey of methane super-emitters in the Permian Basin with spaceborne hyperspectral data

Luis Guanter (1), Itziar Irakulis-Loitxate (1), Yinnian Liu (2), Daniel Varon (3), Joannes Maasakkers (4), Yuzhong Zhang (5), Apisada Chulakadabba (3), Steven Wofsy (3), Andrew Thorpe (6), Riley Duren (7), Daniel Cusworth (6), David Lyon (8), Benjamin Hmiel (8), Yongguang Zhang (9), Javier Gorroño (1), Elena Sánchez-García (1), Melissa Sulprizio (3), Lise Aben (10), Daniel Jacob (3)
Universitat Politècnica de València (1), Shangai Inst. Technical Physics (2), Harvard University (3), SRON Netherlands Institute for Space Research (4), Westlake Institute for Advanced Study (5), JPL (6), University of Arizona (7), Environmental Defense Fund (8), Nanjing University (9), Netherlands Institute for Space Research (10)
Session:  3.2c Observations to quantify hot spots and local/urban emissions

[abstract]  

 
Systematic detection of local CH4 anomalies by combining satellite measurements with high-resolution forecasts

Jerome Barre (1), Ilse Aben (2), Anna Agusti-Panareda (3), Richard Engelen (3)
Ecmwf (1), SRON Netherlands Institute for Space Research (2), ECMWF (3)
Session:  4.2c Observations to quantify hot spots and local/urban emissions

[abstract]  

 
The mission overview using the TANSO-3 on GOSAT-GW

Hiroshi Tsujihara (1), Kazuo Isono (1), Akihiro Matsushima (1), Masashi Tanaka (1)
Ministry of Environment, Japan (1)
Session:  1.2b Results expected from future missions

[abstract]  

 
The O2 airglow retrievals: implications to mesospheric temperature and greenhouse gas remote sensing from space

Kang Sun (1), Mahdi Yousefi (1), Christopher Chan Miller (2), Kelly Chance (3), Iouli Gordon (3), Xiong Liu (3), Christopher Sioris (4), Steven Wofsy (2)
University at Buffalo (1), Harvard University (2), Harvard-Smithsonian Center for Astrophysics (3), Environment and Climate Canada (4)
Session:  2.2a Retrieval algorithms and methods for inter-instrument and product Cal/Val

[abstract]  

 
The recent improvements in the air- and self- broadened CO2 and N2O spectroscopic line-shape parameters for HITRAN2020 database applications

Robab Hashemi (1), Iouli E. Gordon (1), Ha Tran (2), Ekaterina V. Karlovets (1), Roman V. Kochanov (3), Julien Lamouroux (4), Yan Tan (5), Ngoc Hoa Ngo (6), Erin M. Adkins (7), Joseph T. Hodges (7), David A. Long (7), Manfred Birk (8), Chris D. Boone (9), Adriana Predoi-Cross (4), Laurence S. Rothman (1), Joep Loos (8), Adam J. Fleisher (7)
Harvard-Smithsonian Center for Astrophysics (1), Laboratoire de Météorologie Dynamique, IPSL, CNRS, Sorbonne Université (2), Laboratory of Quantum Mechanics of Molecules and Radiative Processes, Tomsk State University (3), Independent researcher (4), University of Science and Technology of China, Hefei (5), Faculty of Physics, Hanoi National University of Education (6), National Institute of Standards and Technology, Gaithersburg (7), Remote Sensing Technology Institute, German Aerospace Center (DLR) (8), Department of Chemistry, University of Waterloo, Ontario (9)
Session:  2.5a Retrieval algorithms and methods for inter-instrument and product Cal/Val

[abstract]  

 
The University of Leicester full physics XCO2 retrieval: Expected performance with the CO2M mission

Antonio Di Noia (1), Hartmut Boesch (1), Oleg Dubovik (2), David Fuertes (3), Pavel Litvinov (3), Anton Lopatin (3)
University of Leicester (1), University of Lille (2), GRASP-SAS (3)
Session:  1.2c Results expected from future missions

[abstract]  

 
Top-of-atmosphere radiance simulations over snow-covered surfaces for satellite-based carbon dioxide remote sensing

Antti Mikkonen (1), Hannakaisa Lindqvist (1), Jouni Peltoniemi (2), Johanna Tamminen (1)
Finnish Meteorological Institute (1), Finnish Geospatial Research Institute (2)
Session:  2.2a Retrieval algorithms and methods for inter-instrument and product Cal/Val

[abstract]  

 
Towards Measuring Atmospheric CO2 Enhancements and Quantifying CO2 Emissions from Wildfires – an Airborne Demonstration

Jianping Mao (1), James Abshire (2), Stephan Kawa (3), Haris Riris (3), Xiaoli Sun (3), Paul Kolbeck (4), Brad Weir (5), Niels Andela (3)
NASA GSFC/University of Maryland (1), NASA GSFC and Univ. of Maryland (2), NASA GSFC (3), University of Maryland (4), NASA GSFC GMAO / GESTAR USRA (5)
Session:  3.2a Observations to quantify hot spots and local/urban emissions

[abstract]  

 
Towards the CO2Image demonstrator: performance studies using AVIRIS-NG

Jonas Wilzewski (1), Johan Strandgren (2), Andreas Baumgartner (1), Peter Haschberger (1), Claas Köhler (1), David Krutz (1), Carsten Paproth (1), John Chapman (3), David Thompson (4), Andrew Thorpe (3), Bernhard Mayer (5), Anke Roiger (1), André Butz (6)
German Aerospace Center (DLR) (1), EUMETSAT (2), JPL (3), Jet Propulsion Laboratory / Caltech (4), LMU Munich (5), University of Heidelberg (6)
Session:  2.2c Results expected from future missions

[abstract]  

 
Towards the quantification of emission ratios between CO2 and co-emitted species: what can we learn about sectoral activities?

Dien Wu (1), Paul Wennberg (1), Junjie Liu (2), Paul Palmer (3), Joshua Laughner (1), Robert Nelson (4), Tomohiro Oda (5), Annmarie Eldering (6)
Caltech (1), JPL (2), University of Edinburgh (3), Jet Propulsion Laboratory (4), USRA (5), Jet Propulsion Laboratory / Caltech (6)
Session:  3.2a Observations to quantify hot spots and local/urban emissions

[abstract]  

 
Uncertainties in the simulation of XCO2 plumes from power plant emissions: A comparison between 6 high-resolution atmospheric transport models

Dominik Brunner (1), Stephan Henne (1), Gerrit Kuhlmann (1), Jean-Matthieu Haussaire (1), Andrzej Klonecki (2), Pascal Prunet (2), Bastian Kern (3), Sebastian Wolff (3), Christiane Voigt (3), Patrick Joeckel (3), Christoph Kiemle (3), Anke Roiger (3), Alina Fiehn (3), Sven Krautwurst (4), Konstantin Gerilowski (4), Heinrich Bovensmann (4), Christoph Gerbig (5), Julia Marshall (5), Margit Pattantyús-Ábrahám (6), Robert Hanfland (6), Andreas Fix (3), Michal Galkowski (5)
Empa (1), SPASCIA (2), DLR (3), University of Bremen (4), MPI-BGC (5), BfS (6)
Session:  4.2c Observations to quantify hot spots and local/urban emissions

[abstract]  

 
Unprecedented interannual variability of CH4 mole fractions and its driver over South Korea captured by integrated data in 2019

Samuel Kenea (1), Haeyoung Lee (1), Sangwon Joo (1), Shanlan Li (1), Lev Labzovskii (2), Chu-Yong Chung (1), Yeon-Hee Kim (1)
Innovative Meteorological Research Department, National Institute of Meteorological Sciences (NIMS), 33, Seohobuk-ro, Seogwipo-si, Jeju-do, 63568, Republic of Korea (1), R&D Satellite and Observations Group,Royal Netherlands Meteorological Institute, (KNMI), 3731GA De Bilt, The Netherlands (2)
Session:  4.2b Flux estimates and atmospheric inversions from space-based GHG measurements

[abstract]  

 
Urban CO2 emissions from space: Sensitivity analysis and inter-comparison of light atmospheric inversion methods

Alexandre Danjou (1), Gregoire Broquet (1), Jinghui Lian (2), François-Marie Bréon (1), Annmarie Eldering (3), Hervé Utard (4), Thomas Lauvaux (1)
Laboratoire des Sciences du Climat et de l'Environnement - IPSL (1), Origins, Suez (2), Jet Propulsory Laboratory - NASA (3), Origins - Suez (4)
Session:  4.2a Observations to quantify hot spots and local/urban emissions

[abstract]  

 
Urban emission estimates and validation of satellite-measured urban GHG concentration gradients using MUCCnet data (Munich Urban Carbon Column network)

Florian Dietrich (1), Jia Chen (1), Adrian Wenzel (1), Maximilian Rißmann (1), Andreas Forstmaier (1), Friedrich Klappenbach (1), Xinxu Zhao (1), Taylor Jones (2), Jonathan Franklin (3), Matthäus Kiel (4), Greg Osterman (5)
Technical University of Munich (1), Harvard University / Boston University (2), Boston University (3), JPL/Caltech (4), Jet Propulsion Laboratory (5)
Session:  4.2c Observations to quantify hot spots and local/urban emissions

[abstract]  

 
Urban greenhouse gas observations of Seoul using measurements from ground to space

Hayoung Park (1), Sujong Jeong (1)
Seoul National University (1)
Session:  3.2a Observations to quantify hot spots and local/urban emissions

[abstract]  

 
Validation of OCO-2 XCO2 Data Products – An Update After Nearly Seven Years in Orbit

Gregory Osterman (1), Matthäus Kiel (1), Thomas Taylor (2), Brendan Fisher (1), Christopher O'Dell (2), Robert Nelson (1), Coleen Roehl (3), Joshua Laughner (3), Paul Wennberg (3), Annmarie Eldering (1), David Crisp (1), Michael Gunson (1), Debra Wunch (4)
JPL/Caltech (1), Colorado St University (2), Caltech (3), University of Toronto (4)
Session:  1.5b Results from current missions

[abstract]  

 
Validation of recent versions for the GOSAT and GOSAT-2 FTS SWIR L2 products

Isamu Morino (1), Yukitomo Tsutsumi (1), Osamu Uchino (1), Tran Trieu (1), Matthias Frey (1), Yukio Yoshida (1), Tsuneo Matsunaga (1), Akihide Kamei (1), Makoto Saito (1), Hibiki Noda (1)
National Institute for Environmental Studies (NIES) (1)
Session:  2.5c Uncertainty quantification and bias correction techniques

[abstract]  

 
Validation of the greenhouse gases observation satellite GOSAT using an ensemble of COCCON spectrometers

Matthias Frey (1), Darko Dubravica (2), Isamu Morino (1), Hirofumi Ohyama (1), Akihiro Hori (1), Carlos Alberti (2), Thomas Blumenstock (2), Frank Hase (2), Jochen Gross (2), Qiansi Tu (2), Nicole Jacobs (3), William Simpson (3), Dimitrios Balis (4), Marios Mermigkas (4), Jonathan Franklin (5), Elaine Gottlieb (5), Rigel Kivi (6), Mahesh Kumar Sha (7)
National Institute for Environmental Studies (NIES) (1), Karlsruhe Institute of Technology (KIT) (2), University of Alaska Fairbanks (3), Aristotle University of Thessaloniki (4), Harvard University (5), Finnish Meteorological Institute (6), Royal Belgian Institute for Space Aeronomy (7)
Session:  2.2b Uncertainty quantification and bias correction techniques

[abstract]  

 
Verifying urban CO2 emissions over the Seoul Capital Area by using OCO-3 XCO2

Eunsil Oh (1), Sujong Jeong (1), Hayong Park (1), Chaerin Park (1), Yeonsu Kim (1), Juhee Lee (1), Jeongmin Yun (1)
Seoul National University (1)
Session:  4.2a Observations to quantify hot spots and local/urban emissions

[abstract]  

 
Water Vapor and Temperature Profiles from the Orbiting Carbon Observatory-2

Robert Nelson (1), Annmarie Eldering (1), Susan Kulawik (2)
Jet Propulsion Laboratory / Caltech (1), Bay Area Environmental Research Institute (2)
Session:  1.5a Results from current missions

[abstract]  

 
WOMBAT: A fully Bayesian global flux-inversion framework

Michael Bertolacci (1), Andrew Zammit-Mangion (1), Jenny Fisher (1), Ann Stavert (2), Yi Cao (1), Matt Rigby (3), Noel Cressie (1)
University of Wollongong (1), Commonwealth Scientific and Industrial Research Organisation (CSIRO) (2), University of Bristol (3)
Session:  3.5c Flux estimates and atmospheric inversions from space-based GHG measurements

[abstract]  

 
XCH4 retrieval from MethaneAIR: An airborne precursor to the MethaneSAT mission

Christopher Chan Miller (1), Kang Sun (2), Jenna Samra (1), Jonathan Franklin (3), Josh Benmergui (3), Peter Cheimets (1), Xiong Liu (1), Amir Souri (1), Yeonjin Jung (1), Kelly Chance (1), Martin Ettenberg (4), Scott Milligan (5), Ritesh Gautem (6), Mark Omara (6), Ju Chulakadabba (3), Yang Li (7), Bruce Daube (3), Carly Staebel (2), Eamon Conway (1), Sara Mikaloff-Fletcher (8), Steven Hamburg (6), Tom Ingersoll (6), Steven Wofsy (3)
Harvard-Smithsonian Center for Astrophysics (1), University of Bufallo (2), Harvard University (3), Princeton Infrared Technologies, Inc. (4), Headwall Photonics, Inc (5), Environmental Defense Fund (6), Texas A&M (7), National Institute of Water and Atmospheric Research (8)
Session:  1.5d Retrieval algorithms and methods for inter-instrument and product Cal/Val

[abstract]  

 
Zooming in on localized carbon dioxide emissions from space: the CO2Image demonstrator

Andre Butz (1), Johan Strandgren (2), Jonas Wilzewski (3), Andreas Baumgartner (3), Klaus-Dirk Gottschaldt (3), Patrick Joeckel (3), Bastian Kern (3), Claas Koehler (3), Guenter Lichtenberg (3), Julia Marshall (3), Carsten Paproth (3), Leon Scheidweiler (1), Ilse Sebastian (3), Sander Slijkhuis (3), Christian Frankenberg (4), David Krutz (3), Anke Roiger (3)
Heidelberg University (1), now at EUMETSAT (2), German Aerospace Center (DLR) (3), Caltech (4)
Session:  2.2c Results expected from future missions

[abstract]