TU4.P8.4

Feasibility of ice-penetrating radar sounding from stratospheric UAS platforms

Thomas Teisberg, Stanford University, United States; Craig Mascarenhas, Harvard University, United States; Ellianna Abrahams, Dustin Schroeder, Stanford University, United States; James Anderson, Harvard University, United States
Session:
TU4.P8: Unlocking the Potential of HAPs for Earth Observation II Oral
Track:
Community-Contributed Sessions
Location:
Plaza: Room P8
Presentation Time:
Tuesday, 5 August, 16:30 - 16:45
Session Co-Chairs:
Rashmi Shah, NASA Jet Propulsion Laboratory/California Institute of Technology and Serni Ribo, Institut de Ciències de l'Espai (CSIC/IEEC)
Presentation
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Resources
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Session TU4.P8
TU4.P8.1: MODULAR HAPS PAYLOADS: INTEGRATING TECHNOLOGY INNOVATIONS FOR COMPREHENSIVE WILDFIRE ANALYSIS
John Dykema, Craig Mascarenhas, James Anderson, Frank Keutsch, Harvard University, United States
TU4.P8.2: WILDFIRE DETECTION AND MEASUREMENT FROM HIGH ALTITUDE PSEUDO SATELLITES
JOHN GREEN, XIOMAS TECHNOLOGIES, L.L.C, United States
TU4.P8.3: Stratospheric Balloons for Advanced Earth Observation with Hyperspectral Imaging
Yeniu Mickey Wang, Therese Rollan, Craig Ingram, Joshua Pease, Michael Salim, Eugene McNearney, Brian Smith, Stephen Gensemer, CSIRO, Australia
TU4.P8.4: Feasibility of ice-penetrating radar sounding from stratospheric UAS platforms
Thomas Teisberg, Stanford University, United States; Craig Mascarenhas, Harvard University, United States; Ellianna Abrahams, Dustin Schroeder, Stanford University, United States; James Anderson, Harvard University, United States
TU4.P8.5: A NEAR-SPACE SURVEILLANCE CAPABILITY FOR NATURAL DISASTER RISK PREDICTION AND MONITORING
Jeffrey Walker, Monash University, Australia
Resources
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