TH1.R8.1
SINGLE AND MULTIPLE PLATFORM INTERFEROMETRIC DEMONSTRATIONS FROM ALOFT SENSING'S STRATOSPHERIC SYNTHETIC APERTURE RADAR SYSTEM
Brian Pollard, Lauren Wye, Patrick Rennich, Brian Kiedinger, Yusuf Eshqi Molan, Aloft Sensing, Inc.
Session:
TH1.R8: Measuring Bare Earth Surface Topography and Vegetation Structure with a Multi-Modal Observing System Approach Oral
Track:
Community Contributed Themes
Location:
Embassy
Presentation Time:
Thursday, 13 August, 08:30 - 08:45
Session Co-Chairs:
Andrea Donnellan Andrea Donnellan, Purdue University and Craig Glennie, University of Houston and John Yorks, NASA Godard Space Flight Center
Presentation
Discussion
Resources
No resources available.
Session TH1.R8
TH1.R8.1: SINGLE AND MULTIPLE PLATFORM INTERFEROMETRIC DEMONSTRATIONS FROM ALOFT SENSING'S STRATOSPHERIC SYNTHETIC APERTURE RADAR SYSTEM
Brian Pollard, Lauren Wye, Patrick Rennich, Brian Kiedinger, Yusuf Eshqi Molan, Aloft Sensing, Inc.
TH1.R8.2: NASA’s Surface Topography and Vegetation (STV) Incubation Study Progress and Plans
Andrea Donnellan Andrea Donnellan, Purdue University; Craig Glennie, University of Houston
TH1.R8.3: THE PATHWAY TO A NEW SPACEBORNE LIDAR FOR HIGH-RESOLUTION SWATH-MAPPING OF SURFACE TOPOGRAPHY AND VEGETATION
John Yorks, Guangning Yang, Jeffrey Chen, David Harding, Stanley Scott, Gregory Clarke, John Cavanaugh, Zachary Mulhollan, NASA Godard Space Flight Center; Jeffrey Lee, KBR, inc.; Natalie Midzak, Oak Ridge Associated Universities; Patrick Selmer, University of Maryland College Park; Durgesh Rai, Technology Project Managers
TH1.R8.4: QUAKES-I and SAR-Fusion Airborne Stereoimaging Instruments Contributions to STV
Andrea Donnellan Andrea Donnellan, Purdue University; Curtis Padgett, NASA Jet Propulsion Laboratory, California Institute of Technology
TH1.R8.5: NATURAL FOREST TO RANDOM FOREST: CONTINENTAL SCALE VEGETATION CANOPY HEIGHT MODELING WITH SPACE-BORNE LIDAR AND MACHINE LEARNING
Justinn Jones, Hailey Schmidt Melzow, Sorin Popescu, Texas A&M University
Resources
No resources available.