GRAA NEWSLETTER
P.O. Box 1184, Greenbelt, MD 20768-1184
June 2018 | http://graa.gsfc.nasa.gov | 34th Year of Publication |
IMPORTANT DATES
June 12 | Mark your calendar for the GRAA Luncheon starting at 11:15 a.m. at the Greenbelt American Legion Post #136 at 6900 Greenbelt Road. Reservations are required, so please contact Alberta Moran on her cell phone at 301-910-0177 or via her email address at bertiemae90@gmail.com not later than noon on June 8th. Our featured speaker will be Michael Stringer, Assistant Program Director for the GOES-R Series, whose presentation is entitled “GOES-16/GOES-17 Status and Update.” |
July 10 | Mark your calendar for the GRAA Luncheon starting at 11:15 a.m. Our speaker will be Dr. Lisa M. Mazzuca, Mission Manager for the NASA Search and Rescue Office of the Flight Projects Directorate. Her presentation will be entitled “NASA Search and Rescue – Using Technology to Save Lives.” |
COMMENTS FROM TONY COMBERIATE, GRAA PRESIDENT: Our May luncheon speaker was Dr. Steven Volz, NOAA’s Assistant Administrator for Satellites and Information Services. His presentation was entitled “The Evolution of Weather Observations: What’s Next?” Dr. Volz, a Goddard alumnus with a Ph.D. in Physics and three decades of experience in Earth observation satellites and database management at Goddard, industry, NASA Headquarters, and NOAA, is uniquely qualified to lead the organization responsible for timely access to global environmental data for the nation’s needs, acquisition and operation of the civil operational satellite system, and R&D for the national environmental data centers. NOAA’s investment of $30B in these capabilities produces order-of-magnitude larger benefits to the nation.
Dr. Volz described the complementary partnership of NASA’s “broad” and NOAA’s “deep” observing roles from the early TIROS and ESSA satellites in the ‘60s to the present through a series of 20 NOAA polar orbit and 17 GOES geostationary satellites. He reminded attendees of the dictum of the father of meteorological satellites, Verner Suomi, that “weather moves; our satellites should not” in advocating geostationary platforms. The NOAA fleet also includes the JASON ocean height satellite; DSCOVR solar weather platform at L1; and COSMIC GPS occultation sounding satellites. The National Environmental Satellite, Data, and Information Service (NESDIS) maintains partnerships with the European satellite weather organization, EUMETSAT, and the US Department of Defense satellite programs for complementary global data.
The latest series of NOAA JPSS polar orbiting satellites carries advanced sensors, such as the VIIRS camera that succeeds the NASA series of MODIS instruments, and the OMPS ozone mapper to extend the NASA TOMS and the Dutch OMI, flying on NASA’s Aura satellite, long-term database. The new GOES-R series includes the Advanced Baseline Imager (ABI) with much better ground and time resolution of meteorological features, and the new Geostationary Lightning Mapper (GLM), used to identify the most active parts of storms that produce severe weather, such as tornadoes.
Earth science and information are now an integral component of our daily lives. NESDIS planning for the future observing system considers tradeoffs between legacy vs. hybrid architectures that could include Tundra (Molniya) orbits for pseudo-geostationary coverage and advanced solar weather tools. Dr. Volz emphasized the importance of the ongoing partnership between NASA and NOAA in the areas of technology and bringing research products to operations for the benefit of society.
TREASURER'S REPORT: Treasurer Jackie Gasch received tax-deductible donations from: Enid Chandler, Beverly Dinn (in memory of her nephew, Bill Witt), Carroll Dudley, Charles Fuechsel, Ellen Herring, George Hogan, David Jones (in memory of Marty Davis and Phillip Sabelhaus), and Thomas Underwood.
FROM THE GODDARD ARCHIVES – IT HAPPENED IN JUNE: On June 10, 1973, a Delta rocket launched the Radio Astronomy Explorer B (RAE-B), aka: Explorer 49, from Cape Canaveral, FL. It was the second of a pair of RAE satellites and placed in a lunar orbit to provide radio astronomical measurements of the planets, the Sun, and the Milky Way galaxy. A lunar orbit was selected so that radio waves from Earth would not create as much interference as RAE-A discovered. (Note: the first, RAE-A/Explorer 38, was launched by a Delta rocket on July 4, 1968, from Vandenberg Air Force Base, CA). A mechanical flaw in the lower V-antenna of the RAE-B caused the leg to only deploy to a length of 183 meters instead of 229 meters, but was able to be extended to its full length in November 1974. The end of the RAE-B mission occurred in August 1977. Dr. Nancy Roman was Program Scientist for both missions.
REMEMBERING OUR FORMER COLLEAGUES:
GODDARD’S FLIGHT PROJECTS DIRECTORATE (FPD) PUBLISHES SPRING EDITION OF “THE CRITICAL PATH” NEWSLETTER:: The FPD published the spring edition of its online newsletter, “The Critical Path,” in early May. We suggest you check out the latest issue for items of interest to you at the following link: https://fpd.gsfc.nasa.gov/Critical_Path.html For members using email, you can send an email to Paula Wood at paula.l.wood@nasa.gov and request that she add your name and contact information and she will automatically send you a link to the newsletter each time a new edition is published (3 to 4 times each year). For retirees without email access, you may contact her at 301-286-9125 and request a copy of “The Critical Path” be sent to you by snail mail.
THOUGHT FOR JUNE: Aging appears to be about the only viable way to live a longer life!