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Earth Observing Architectures Sessions
Technology Challenges for the Coming Generation of Earth Explorers
Chair: Co-Chair: |
J.C. Duh, NASA, ESTO/GSFC Mariann Albjerg, NASA, ESTO/GSFC |
Tuesday July 22, 2003 – Afternoon Sessions
03.3234 TU09_13:40 |
An International Global Earth Observing System:
Requirements and approaches to system. |
Author: |
Peter Hildebrand
Mark Schoeberl
Warren Wiscomb
Martin Mlynczak
Carol Raymond
Robert Ferraro
David Peterson
Tim Miller
Rick Miller
Mariann Albjerg
Granville Paules
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NASA, Goddard Space Flight Center
NASA, Goddard Space Flight Center
NASA, Goddard Space Flight Center
NASA, Jet Propulsion Laboratory
NASA, Jet Propulsion Laboratory
NASA, Ames Research Center
NASA, Marshall Space Flight Center
NASA, Stennis Space Center
NASA, NASA, ESTO/GSFC
NASA, Goddard Space Flight Center
NASA, NASA, Headquarters
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Paper
Presentation |
03.3318 TU09_14:00 |
20,000 Leagues Under the Sea:
A journey to the future of observing the deep oceans.
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Author: |
Bill Emery
Peter Hildebrand
Waleed Abdalati
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NASA, Headquarters
NASA, Goddard Space Flight Center
NASA, Headquarters
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Paper
Presentation *
El Nino (movie clip)
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North Atlantic (movie
clip) *
SST Globe (movie clip)
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SST & Models
(movie clip) * |
03.3319 TU09_14:20 |
Living on a Restless Planet:
Observing Techniques for Solid Earth Science in the 21st Century.
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Author: |
Diane Evans
Sean C. Solomon
Victor R. Baker
Jeremy Bloxham
Douglas Burbank
Benjamin F. Chao
Alan Chave
Andrea Donnellan
Alan Gillespie
Thomas Herring
Raymond Jeanloz
Bernard Minster
Walter C. Pitman, III
Eric Rignot
Mark Simons
Donald L. Turcotte
Mary Lou C. Zoback
Charles Elachi
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JPL, California Institute of Technology
Carnegie Institution of Washington
University of Arizona
Harvard University
University of California, Santa Barbara
NASA Goddard Space Flight Center
Woods Hole Oceanographic Institute
JPL, California Institute of Technology
University of Washington
Massachusetts Institute of Technology
University of California, Berkeley
University of California, San Diego
Lamont Doherty Earth Observatory, Columbia U.
JPL, California Institute of Technology
California Institute of Technology
Cornell University
U.S. Geological Survey
JPL, California Institute of Technology
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Paper (not available)
Presentation |
03.3320 TU09_14:40 |
The forest, the fly, and the virus:
The challenge and payoff of viewing the Earth's global ecosystem from space.
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Author: |
Compton Tucker
Robert Venezia
David Peterson
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NASA, Goddard Space Flight Center
NASA, Headquarters
NASA, Ames Research Center
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Paper
Presentation |
03.3315 TU09_15:00 |
Earthquake Forecasting:
Moving from dream to reality.
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Author: |
Curtis Chen
Carol Raymond
Soren Madsen
Jeff Booth
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NASA, Jet Propulsion Laboratory
NASA, Jet Propulsion Laboratory
NASA, Jet Propulsion Laboratory
NASA, Jet Propulsion Laboratory
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Paper
Presentation |
03.3317 TU09_15:40 |
Global Surveillance-The Advantages of New Vantages for Earth Science:
Earth Observing Strategies: Options and Analysis.
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Author: |
Gordon Johnston
Granville Paules
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NASA, Headquarters
NASA, Headquarters
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Paper
Presentation |
03.3316 TU09_16:00 |
Active and Passive Sensing from Geosynchronous and Libration Points:
Key Examples.
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Author: |
Mark Schoeberl
Carol Raymond
Peter hildebrand
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NASA, Goddard Space Flight Center
NASA, Jet Propulsion Laboratory
NASA, Goddard Space Flight Center
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Paper
Presentation |
03.3321 TU09_16:20 |
Smart Data Node in Space:
An enabling architecture for Earth System Model data processing and communications systems.
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Author: |
Faiza Lansing
Anil Kantak
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California Institue of Technology, JPL
California Institue of Technology, JPL
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Paper
Presentation
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4GEO (movie clip)
*
3GEO (movie clip)
*
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03.3314 TU09_16:40 |
Earth Remote Sensing Technologies in the Twenty-First Century:
Key sensor enablers.
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Author: |
Jonathan Hartley
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NASA, ESTO
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Paper
Presentation |
03.3322 TU09_17:00 |
The Earth System Model Framework:
Critical computational technologies that enable us to predict our planet's future.
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Author: |
Robert Ferraro
Cecelia Deluca
Eric Guilyardi
Tetsuya Sata
Guy Brasseur
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ESTO, Jet Propulsion Laboratory
ESMF Project/NCAR
PRISM Project/University of Reading, UK
Japan, Earth Simulator Center
Max Plank Institute, Germany
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Paper
Presentation
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AFES (movie clip)
*
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03.0681 TU09_17:20 |
Earth Science Futuristic Trends and Implementing Strategies:
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Author: |
Shahid Habib
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NASA, Goddard Space Flight Center
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Paper
Presentation |
* Marked presentations require the movie files listed below them to display properly.
Additional NASA Presentations at IGARSS 2003
NASA Advanced Component Technology Program,
Investments in Remote Sensing Technologies
Investments in remote sensing technologies
have become increasingly important as Earth
Scientists strive to better understand changes of the
Earth System on a global scale. This paper discusses
investments in active and passive remote sensing
technologies that will provide new measurement
capabilities for advanced observing satellites systems.
Such measurements will enable more reliable
predictions of weather, climate and other globally
important elements of the Earth’s system. The Earth
Science Technology Office, Advanced Component
Technology program manages this portfolio of
technology developments for the Earth Science
Enterprise.
Science for Society: Delivering Earth System Science Knowledge for Decision Support in the Year 2025
The Earth Science Enterprise Applications Program mission is as follows: Expand and accelerate the realization of societal and economic benefits from Earth science, information, and technology. The Applications Program serves its mission, the Earth Science Enterprise and the Nation by benchmarking practical uses of NASA sponsored observations from remote sensing systems and predictions from scientific research for decision makers. This mission in 2003 will still need to be accomplished in 2025 as the understanding of Earth system science increases and as new and/or continuing challenges face the citizens of the home planet. The ESE Applications Strategy builds on the strategies and results of the ESE Research Program and of the ESE Technology Program. Therefore, as these programs develop a vision for the future, it is important for the Applications Program to consider the vision of NASA for 2025 and have its own vision for how the decision makers of 2025 may use the visionary observation and prediction products to serve society. This paper will propose an architecture for an Earth Resources Management Infrastructure to serve decision makers in the Year 2025.
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