NOAA Global Monitoring Laboratory

Schedule

Talks

NOAA Global Monitoring Laboratory
Virtual Global Monitoring Annual Conference (eGMAC) Schedule

June 12 – August 7, 2020

Friday, June 12

Mechanisms and Drivers of CO₂ and CH₄ Flux Variability on Regional to Global Scales

Title

Author

Slides

Opening Remarks

James Butler, Director, GML

Thawing permafrost, landscape change, and consequences for northern ecosystem carbon cycling

Merritt Turetsky, INSTAAR, CU Boulder

Process-based mapping of global wetland carbon isotopic signatures of methane

Youmi Oh, Purdue University

Global methane budget and trend in 2010-2017: comparative and joint inversions of suborbital (ObsPack) and satellite (GOSAT) observations

Xiao Lu, Harvard University

Sources of Uncertainty in Regional and Global Terrestrial CO₂ Exchange Estimates

Ana Bastos, Max Planck Institute for Biogeochemistry, Jena, Germany

Toward understanding biospheric gross carbon fluxes: sources and sinks of carbonyl sulfide

Huilin Chen, University of Groningen, Netherlands

The near-infrared reflectance of vegetation: what canopy structure can tell us about terrestrial gross primary productivity

Grayson Badgley, Columbia University

Measuring and modeling the impact of droughts on the Amazon carbon cycle

Wouter Peters, Wageningen University, Netherlands

Recent changes of the Amazon Carbon Cycle

Emanuel Gloor, University of Leeds, UK

Outsized contribution of the semi-arid ecosystems to interannual variability in North American ecosystems

Brendan Byrne, NASA Jet Propulsion Laboratory

Friday, June 19

Monitoring and Understanding Trends in Surface Radiation, Clouds, and Aerosols

Title

Author

Slides

Solar and IR radiative flux observations from research vessels and buoys

Christopher Fairall, NOAA Physical Sciences Laboratory

An examination of dimming and brightening over the U.S. through 2019

John Augustine, NOAA Global Monitoring Laboratory

Trends of UV radiation in Antarctica

Germar Bernhard, Biospherical Instruments, San Diego

From a polar to a marine environment:has the changing Arctic led to a shift in aerosol optical properties?

Dominic Heslin-Rees, Stockholm University, Sweden

First global overview on the representation of water uptake by ten Global Climate Models using a new in-situ benchmark hygroscopicity dataset

Maria Burgos, Stockholm University, Sweden

Dust in the Great Plains and Northern Rockies: Trends and Influences from Land Use

Andy Lambert, University of Utah

Monday, June 22

Understanding Atmospheric Concentrations of Trace Gases Affecting Ozone and Climate

Title

Author

Slides

Gross primary production over the North American Arctic and Boreal region inferred from atmospheric carbonyl sulfide measurements

Lei Hu, NOAA Global Monitoring Laboratory

A 3D-model inversion of methyl chloroform to constrain the atmospheric oxidative capacity

Stijn Naus, Wageningen Univ. The Netherlands

Investigating the drivers of inter-annual variability in methyl bromide atmospheric levels

Mindy Nicewonger, NAS/NRC/NOAA Global Monitoring Laboratory

Near-global CFC-11 Trends as Observed by Atmospheric Infrared Sounder from 2003 to 2018

Xianglei Huang, University of Michigan

Investigation of East Asian emissions of CFC-11 using atmospheric observations in Taiwan

Karina Adcock, University of East Anglia, UK

How reliably can we estimate inter-annual changes in global emissions of long-lived trace gases from atmospheric measurements?

Steve Montzka, NOAA Global Monitoring Laboratory

Predicting Inter-annual Variability of Long-Lived Trace Gas Levels at the Surface From Satellite Measurements in the Stratosphere

Eric Ray, NOAA Chemical Sciences Laboratory

Monday, June 29

Understanding the Planetary Boundary Layer

Title

Author

Slides

Coordinating Boundary Layer and Land-Atmosphere Research within NOAA

David D. Turner and Tilden P. Meyers

The State of the Science of Modeling Boundary Layer Physics in Support of the Unified Forecast System: Overview of the MYNN-EDMF

Joseph B. Olson, Jaymes S. Kenyon, John M. Brown, Wayne M. Angevine, David D. Turner

Modeling of clouds and tracer transport in WRF and NOAA's future models with MYNN-EDMF

Wayne M. Angevine, Joseph Olson

The Great Coupling: Advancing boundary-layer research at flux tower observatories and experiments

Ankur R Desai

Boundary layer observations, ensembles, and their use in improving greenhouse gas flux inversions: Result from the ACT-America mission

Kenneth J. Davis and colleagues

Boundary layer observations using Doppler lidar during INFLUX

Sunil Baidar, Yelena Pichugina, Kenneth Davis, Alan Brewer

Ongoing boundary layer research facilitated through GML-GRAD observations

Joseph Sedlar, Kathy Lantz, Laura Riihimaki, Tilden Meyers

Opportunities for monitoring PBL properties using the GGGRN Aircraft Network

Kathryn McKain, Isaac Vimont, Philip Handley, Bianca Baier, Jack Higgs, Sonja Wolter, ColmSweeney

Using small unmanned aircraft systems to improve boundary layer sampling: Insights from recent field studies

Temple R. Lee, C. Bruce Baker, Tilden P. Meyers, Michael Buban, and Edward Dumas

Friday, July 10

Local and Regional Sources of Pollution and their Impacts

Title

Author

Slides

The Arctic Carbon Cycle and its Response to Changing Climate

Lori Bruhwiler, NOAA Global Monitoring Laboratory

Carbon Monitor: a new daily living dataset of global CO2 emissions from fossil fuel and cement production

Philippe Ciais, IPSL Laboratoire des Sciences du Climate et de l'Environnement

Unexpected and significant biospheric CO₂ fluxes in the Los Angeles megacity revealed by atmospheric radiocarbon (¹⁴CO₂)

John Miller, NOAA Global Monitoring Laboratory

Tracking atmospheric greenhouse gasesin Toronto, Canada

Felix Vogel, Environment and Climate Change Canada

Background evaluation for an urban study: Washington DC and Baltimore

Anna Karion, NIST

Exploring urban methane emissions from TROPOMI CH₄ and CO observations

Genevieve Plant, University of Michigan

Evaluating public-transit platforms as a cost-effective component of urban monitoring and initial observations during the Covid-19 lockdown

Logan Mitchell, University of Utah

Quantifying Mobile Source Nitrogen Oxides Emissions during the COVID-19 Pandemic

Brian McDonald, NOAA Chemical Sciences Laboratory

Friday, July 17

Observing the Stratosphere in an Era of Rapid Change 1

Title

Author

Slides

Overview of ozonesondes networks, observational needs and outstanding science questions

David Tarasick, Environment and Climate Change Canada, Canada

SHADOZ Project Update: 2020 Archive and the ASOPOS Activity

D. E. Kollonige, NASA/Goddard Space Flight Center, USA

A Post-2013 Drop-off in Total Ozone at a Third of Global Ozonesonde Stations: ECC Instrument Artifacts?

Ryan M. Stauffer, University of Maryland, College Park, MD, USA

Trends in Tropical Ozone and Convection (1998-2018) Based on v06 SHADOZ Profiles

Anne Thompson, NASA/Goddard Space Flight Center, USA

A unified analysis of stratospheric and tropospheric ozone anomalies above western North America and Europe

Kai-Lan Chang, CIRES, NOAA Chemical Sciences Division, USA

South Pole ozonesonde record and anomalous years

Bryan Johnson, NOAA Global Monitoring Laboratory, USA

Monday, July 20

Observing the Stratosphere in an Era of Rapid Change 2

Title

Author

Slides

Determining the Strength of the Stratospheric Circulation from Satellite Observations of Trace Gases

Marianna Linz, Harvard University

Vertical Profile Observations of Greenhouse Gases and Their Isotopic Compositions Using AirCore & LISA

Huilin Chen, University of Groningen

Investigating Stratospheric Changes Between 2009 and 2018 with Aircraft, AirCores, and a Global Model Focusing on CFC-11

Johannes Laube, Institute of Energy and Climate Research

NOAA/GML Stratospheric Sampling Using AirCores: RoutineMeasurements, Satellite Validation and Model Evaluation

Bianca Baier, NOAA Global Monitoring Laboratory and CIRES

Recent Advances in Stratospheric Monitoring Using Balloon-borne Sondes

Dale Hurst, NOAA Global Monitoring Laboratoryand CIRES

The Portable Optical Particle Spectrometer and the Value for Stratospheric Aerosol Research

Lizzy Asher, NOAA Chemical Sciences Laboratory and CIRES

From the Upper Troposphere Through the Stratosphere: How Satellite Measurements Help Us Decode the Past to Better Project the Future

Luke Oman, NASA Goddard Space Flight Center

Tuesday, July 21

Updates on Carbon Cycle Research From Partners in Asia, Australia, and New Zealand

Title

Author

Slides

CO Measurements as a Biomass Burning Carbon Emission Tracer at the Amazon Basin

Lucas Domingues, National Isotope Centre, GNS Science, Lower Hutt, New Zealand

CarbonWatchNZ: Regional to National Scale Inverse Modelling of New Zealand’s Carbon Balance

Beata Bukosa, NIWA

The 2019/20 Australian Bushfires

Ray Langenfelds, CSIRO

The CONTRAIL commercial aircraft monitoring CO₂ emissions from cities

Taku Umezawa, NIES

¹⁴C observations of atmospheric CO₂ at Anmyeondo GAW station, Korea: Implications for fossil fuel CO₂ and emission ratios

Haeyoung Lee, KMA

High precision greenhouse gases measurement in China

Yao Bo, CMA

Measurements of major greenhouse gases at three background sites in the East Asia

Chang-Feng Ou-Yang, Department of Atmospheric Sciences, National Central University

Friday, July 31

Advances in Measurement Methods

Title

Author

Slides

New NOAA/GML techniques for evaluation of remote sensing greenhouse and trace gas retrievals using the AirCore

Bianca Baier, NOAA Global Monitoring Laboratory

Development of a pressurized AirCore for low altitude trace species profiling

Isaac Vimont, NOAA Global Monitoring Laboratory

European perfluorocarbon emissions inferred through atmospheric measurements

Dan Say, University of Bristol

A Cavity-Enhanced Ultraviolet Absorption Instrument for High-Precision, Fast Time-Response Ozone Measurements

Tom Hanisco, NASA Goddard Space Flight Center

Single photon LIF: A newbenchmark for atmospheric measurements of nitric oxide

Andrew Rollins, NOAA Chemical Sciences Laboratory

Development Efforts Toward Increasing Density and Coverage of Vertical Profile Measurements of Greenhouse Gases through Ride-along and Commercial Flight Opportunities

Kathryn McKain, NOAA Global Monitoring Laboratory