Amin Dezfuli (610.1/UMBC) was interviewed for a podcast on “The Influence of Atmospheric Rivers in the Middle East and North Africa,” hosted by the Middle East Institute in Washington D.C.
The GMAO upgraded the “Goddard Earth Observing System, Forward Processing” (GEOS-FP) system on February 7, 2023. The new system, GEOS-5.29.5, replaced the GEOS-5.29.4 version which has been the production system since March 1, 2022. GEOS-FP products include four daily meteorological analyses and two extended weather forecasts.
Matt Rodell (610), Rolf Reichle (610.1), Ben Cook (611), Alex Ruane (611), Alexei Lyapustin (613), Joanna Joiner (614), Doug Morton (618), and Ben Poulter (618) were selected as 2022 Highly Cited Researchers by Clarivate (Web of Science). Recipients are recognized for their exceptional research influence, demonstrated by the production of multiple highly cited papers that rank in the top 1% by citations for field and year.
“Global impact of COVID-19 restrictions on the surface concentrations of nitrogen dioxide and ozone,” written by Christoph Keller (610.1/MSU), K. Emma Knowland (610.1/MSU), Rob Lucchesi (610.1/SSAI), and Steven Pawson (610.1), was the inaugural recipient of the ACP Paul Crutzen Publication Award for 2021. The award was created in honor of Paul Crutzen, Nobel Prize awardee and former director of the Max Planck Institute for Chemistry, to "recognize an outstanding publication in ACP that advances our understanding of atmospheric chemistry and physics."
The GMAO is proud to share the news that two of its team members, Larry Takacs and Callum Wayman, are recipients of NASA's 2021 Agency Honor Awards.
Larry Takacs was one of four Goddard winners for the NASA Distinguished Public Service Medal. Photo of Larry Takacs This is NASA’s highest form of recognition awarded to non-Government individuals "…whose distinguished service, ability, or vision has personally contributed to NASA’s advancement of United States' interests."
The GMAO’s Callum Wayman is a recipient of the Silver Group Achievement Award, as part of the NASA DEVELOP team, for the successful design and implementation of DEVELOP’s virtual software carpentry training program.
The Soil Moisture Active Passive (SMAP) project released Version 6 of the Level-4 Soil Moisture and Carbon data products. The key change in the new version is the improved precipitation forcing, which is now primarily based on IMERG products. The data are generated at the NASA Global Modeling and Assimilation Office (610.1) and available from the NASA National Snow and Ice Data Center.
Accompanied by Senator Chris Van Hollen and NASA Administrator Bill Nelson, Vice President Kamala Harris visited NASA's Goddard Space Flight Center. At her visit, Vice President Harris heard presentations describing how the nation's space program studies climate change and provides crucial information to understand our planet's changes and their impacts on our lives. Lesley Ott (610.1) presented an overview of NASA climate change research and a hyperwall presentation highlighting the impacts of climate change as observed from space and the role of Earth system models in helping communities prepare. Ott was joined by Pam Melroy from NASA Headquarters, who introduced NASA's Earth Science Division, and Christian Braneon (611) from the Goddard Institute for Space Studies. Braneon provided examples of communities using satellite data in their environmental decision making. The event concluded with NASA Administrator Nelson and Goddard biospheric scientist Lola Fatoyinbo (618) presenting the first light Landsat-9 image.
Brad Weir (610.1/USRA) was interviewed by Henry Fountain from The New York Times in an article titled “Satellites Could Help Track if Nations Keep Their Carbon Pledges.” This article references a Science Advances paper “Regional Impacts of COVID-19 on Carbon Dioxide Detected Worldwide from Space” with Weir as lead author.
Richard Cullather (610.1/UMD) and Krzysztof Wargan (610.1/SSAI) were interviewed by Jason Samenow, and Kasha Patel of the Capital Weather Gang, Washington Post, for the article “South Pole posts most severe cold season on record, a surprise in a warming world.”
Lauren Andrews (610.1) and Gary Partyka (610.1/SSAI) were interviewed by Matthew Cappucci and Kasha Patel of the Capital Weather Gang, The Washington Post, for the article “How Larry socked Greenland and unleashed an unusual blizzard.” Also in the article was a GMAO GEOS forecasting model that estimated the amount of snowfall on September 12, 2021.
Richard Cullather (610.1/UMD) was interviewed by Kasha Patel of the Capital Weather Gang, The Washington Post, for the article “Rain falls at the summit of Greenland Ice Sheet for first time on record.” Also in the article was a GMAO GEOS forecasting model showing modeled conditions over the Greenland ice sheet from August 13 to 16.
An extreme heatwave dominated the circulation over the North-Western section of North America in late June and early July 2021. This extreme meteorological event was covered extensively by the media on account of its links to climate change and its drastic impact on mortality, especially in western Canada. A complete picture of this event is being built using the GEOS models and satellite observations, spanning the dynamical processes that caused the event, and its subsequent impacts on air quality, fires, and surface moisture and energy budgets.
Reichle Recognized for Excellence
08/13/2021
Rolf Reichle (610.1) was recognized as one of AGU’s Outstanding Reviewers of 2020 by the Chief Editor of Reviews of Geophysics.
Lauren Andrews (610.1) was quoted in The Washington Post's Capital Weather Gang feature about last week's Greenland ice sheet melt.
Dr. Randal Koster Named Recipient of 2021 William Nordberg Memorial Award for Earth Science
08/02/2021
We are thrilled to announce the selection of Dr. Randy Koster as the 2021 William Nordberg Memorial Award for Earth Science winner.
Dr. Koster is being recognized for research that has provided unique insights in the field of hydrology, combining modeling efforts with space-based observations, putting GSFC at the forefront of Earth science.
Dr. Koster has worked at NASA GSFC since September of 1987, first as a member of the Hydrological Sciences Branch, and currently as a member of the Global Modeling and Assimilation Office (GMAO). His early work focused on the analysis of global water isotope geochemistry. Most of his tenure at GSFC, though, has been dedicated to two research thrusts: (i) the development of improved treatments of land surface physics for Earth system models, and (ii) the analysis of interactions between the land and atmosphere, using these models. He has examined many questions regarding land-atmosphere feedback, including: Can knowledge of soil moisture conditions at the beginning of a seasonal weather forecast improve the forecast? Can we find evidence in the observational record that variability in land surface states has an effect on rainfall, air temperature, and other atmospheric variables? He has coordinated multi-institutional analyses of land-atmosphere feedback for two components of the World Climate Research Programme. He serves on the Soil Moisture Active Passive (SMAP) Science Team, focusing on making sure that SMAP satellite-based soil moisture data is useful for climate studies and other applications.
With the advent of the GMAO in 2003, Dr. Koster was given the responsibility of coordinating the land surface modeling activities at GSFC into a single land surface modeling system. This ever-evolving system is used extensively by the GMAO and is available for use by the NASA community.
Randy will be presented with the William Nordberg Memorial Award during a future Scientific Colloquium that will be scheduled once we are all back on Center.
The GMAO is pleased to announce the public release of the MERRA-2 Climate Statistics supplementary dataset. This dataset adds four file collections computed from MERRA-2 including monthly statistics that represent extreme temperature and precipitation events, as well as long term means intended to assist researchers with their analysis of MERRA-2. Data can be downloaded through GESDISC.
"How air quality has improved during the coronavirus crisis" by Marco Hernandez quotes Ryan Stauffer and uses the GMAO GEOS-FP nitrate PM2.5 product and ground measurements of NO2, PM2.5, CO, and SO2 to look at the pollution drop in China, Italy, and India.
Air pollution can appear as a gray or orange haze enveloping a city. What the naked eye can’t see are the hundreds of chemical reactions taking place to produce that pollution. NASA science can reveal a more complete picture of atmospheric chemistry.
Goddard Space Flight Center airborne campaigns are highlighted in a recent Capital Weather Gang article in The Washington Post. The article describes the novel coronavirus's impact on scientific research and field campaigns.
For the past 13 years, the Sciences and Exploration Directorate (Code 600) at NASA GSFC has hosted an annual New Year’s Poster Party. GMAO members took the opportunity to showcase some of their recent work at this event, mainly by using posters prepared for the recent AGU and AMS annual meetings.
After two years in other locations, the American Geophysical Union (AGU) Fall Meeting returned to San Francisco, CA, from December 9-13, 2019. NASA's Global Modeling and Assimilation Office (GMAO) had strong representation, with team members presenting their research through speaker panels and poster sessions ranging from moulin formation to health and air quality forecasts.
NASA Goddard meteorologist Bill Putman previewed The Future of Global Numerical Weather Prediction with GEOS, filling the hyperwall with 6-kilometer GEOS global model predictions of this year's extreme U.S. tornado season and Category 5 Hurricane Dorian. For his high-resolution forecasts, Putman uses up to 80,000 Intel Skylake cores on the NCCS Discover supercomputer.