Applying the NASA SPoRT R2O/O2R Paradigm to Space Weather: MAG4 Applications and Assessment at SWPC
No abstract available
Leroy, Anita↗
Engineering topics
Fry, Ghee
Publications and source records attributed to Fry, Ghee.
Extending Terrestrial Weather R2O/O2R to Space Weather at NASA's SPoRT Center
No abstract available
Zavodsky, Bradley↗
Extending Terrestrial Weather R2O/O2R to Space Weather at NASA's SPoRT Center
SPoRT (Short-Term Prediction Research and Transition Center)'s R2O/O2R (Research-to-Operations/Operations-to-Research) paradigm that has resulted in 15 plus years of success for terrestrial weather can be applied to space weather challenges. Given strong collaborations with NOAA (National Oceanic and Atmospheric Administration), SWPC (Space Weather Prediction Center), National Weather Service partners and seed-funded testbed activity, there is an opportunity to establish a bridge between NASA research community and operational forecasters for near-Earth applications. Starting local with strong space weather group at MSFC (Marshall Space Flight Center) and MAG4 (Magnetogram Forecast) with opportunities to strategically expand interaction to other groups generating space weather projects within NASA, university, and private sector community, using the Supercomputer for Satellite Simulations and Data Assimilation Studies (S4).
research-to-operations↗
Ham Radio Activities at Marshall Space Flight Center During the 2017 Total Solar Eclipse: Transmitting Node
No abstract available
ionospher↗
Atmospheres from Within
In this review of atmospheric investigations from planetary surfaces, a wide variety of measurement and instrument techniques relevant to atmospheric studies from future planetary lander missions are discussed. The diversity of planetary surface environments within the solar system precludes complete or highly specific coverage, but lander investigations for Mars and cometary missions are presented as specific cases that represent the broad range of atmospheric-surface boundaries and that also correspond to high priority goals for future national and international lander missions.
Morgan, Thomas↗