Join us for this online January Earth Observation Network meeting where Dr Jason J. Hyon from the Jet Propulsion Lab at NASA, will be presenting on ‘NASA JPL’s vision for advancing Earth Science from Space’. The Teams link is below along with the abstract and Jason’s biography.
Abstract: Jet Propulsion Laboratory has contributed significantly in advancing spaceborne Earth science technologies and sciences since 1970’s. JPL has pioneered remote sensing techniques such as radar altimetry and wind scatterometry, interferometric SAR, atmospheric sounding, polarimetric imaging, imaging spectroscopy, cloud and precipitation radar, gravity, and radio occultation. We have also been advancing these technologies with miniaturization, wide swath measurement, deployable antenna, multi-static radar through formation flying, AI/ML technique for data assimilation and modeling, and quantum sensing along with component level technology innovations. Lately, we are also focusing on implementing information systems for hazard mitigation, climate portal, greenhouse gas, water resource management, and sea level rise. In this talk, I will discuss what we have learned from previous missions and research, and how we would like to take a next step in transforming observation-based approaches to knowledge and information-based approach in addressing climate related challenges. This will require new technologies including information systems and make science more actionable by connecting with application and societal benefit areas. JPL couldn’t have done these alone. International partnerships and contributions have enabled these missions and research over the years. I will discuss how science and technology mature at NASA and how Imperial College London could contribute in advancing our knowledge in order to mitigate climate change and environmental impacts.
Jason J. Hyon has been Chief Technologist for Earth Science and Technology Directorate (ESTD) since 2003 and was a deputy manager of the Earth Science Data Systems section at the Jet Propulsion Laboratory in Pasadena, California previously. In this position, he developed a strategic plan for technology development, managed investment in capturing opportunities, conducted numerous NASA technical workshops, and managed advancing technologies for NASA Earth science. He is currently leading JPL’s quantum initiative. In the past, he managed ground data system developments for NASA Earth science missions. His interests include microwave sensing; lidar and quantum devices; real time system development; data distribution and archival mass storage system design; AI/ML based knowledge and information generation. He has published many papers and received NASA Outstanding Leadership Medal, NASA Exceptional Achievement Medal, and JPL Magellan awards from NASA and JPL.