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1
Introduction
2
The Basics
3
The Plan
4
What is NISAR
5
NISAR Satellite
6
NISAR
7
Solid Earth Science
8
Interferometry
9
Earthquake Cycle
10
GPS
11
Iceland
12
Iceland Weather Service
13
European satellites
14
hydrology
15
longterm effects
16
Central Valley example
17
Saudi Arabia example
18
Disasters
19
Arya
20
Limitations
21
Ridge Crest Earthquake
22
Damage Assessment
23
Why are we so excited
24
Why do we care
25
Examples
26
Propagation to the Atmosphere
27
Global Coverage
28
Reflector Antenna
29
Going to India
30
Paul Rosen
31
Conclusion
Description:
Explore the groundbreaking NASA-ISRO Synthetic Aperture Radar (NISAR) satellite mission in this informative lecture by Prof. Mark Simons, John W. and Herberta M. Miles Professor of Geophysics and chief scientist at JPL. Delve into the basics of remote sensing and learn about NISAR's innovative technology, including its synthetic aperture radar and reflector antenna. Discover how NISAR will revolutionize Earth observation, providing unprecedented global coverage and insights into solid Earth science, hydrology, and disaster assessment. Examine real-world applications through case studies in Iceland, California's Central Valley, and Saudi Arabia. Understand the mission's potential impact on earthquake cycle monitoring, GPS integration, and atmospheric studies. Gain insight into the collaborative efforts between NASA and ISRO, and learn why scientists are excited about NISAR's capabilities for advancing our understanding of Earth's dynamic systems.

NISAR: The Next Phase in Remote Sensing of the Earth

KISSCaltech
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