|
||||||||||||||
|
||||||||||||||
|
| ||||||||||||||
NASA Earth System Science at 20 Symposium AgendaDay 1, June 22 2009Overview: The Past and Present of NASA's Earth System Science Welcome by Ralph Cicerone (NAS President) and Chris Scolese (Acting NASA Administrator) Historical Evolution: How NASA Earth Science was Launched
Satellite Contributions to Global Change Studies Eyes on the Earth: Technology Capabilities of the Past, Present, and Future Forward Look - Earth Science and Applications from Space: National Imperatives for the Next Decade and Beyond Landmark Findings in Disciplines, Earth System Science, or Climate Panel Discussion - The Journey from Disciplines of Earth Science to Earth System Science The Antarctic Ozone Hole Ice Sheets, Sea Ice, and Satellites: Transforming Polar Paradigms The Color of the Sea and What it Means Day 2, June 23 2009Landmark Findings in Disciplines, Earth System Science, or Climate Assimilation of Satellite Data for Improved Description and Prediction of the Climate System:
Advances in Climate Prediction and Climate Model Validation from Space Observations Composition, Condition, and Function of Global Land Vegetation Session Chair: Mark Abbott (Oregon State University) MEDIA BRIEFING - NEW DEVELOPMENTS IN SOCIETAL APPLICATIONS OF EARTH SYSTEM SCIENCE
Ocean Circulation, Sea Level, and Climate Hunting Hurricanes: NASA's Field Programs Exploring Hurricanes With Satellites, Supercomputers and High Altitude Aircraft Monitoring the Planet's Heartbeat: Keeping Track of the "Solid" Earth Public Showcase - Observations of Our Changing Earth from Space Day 3, June 24 2009Landmark Findings in Disciplines, Earth System Science, or Climate The Ocean's Mesoscale, its Impacts on Pelagic Ecosystems and How Satellite Viewing Changed (Created?) Interdisciplinary Oceanography Aerosols, Clouds, and Climate How Bright Is the Sun? How Does It Vary? Why Do We Care? MEDIA BRIEFING - RESEARCH FRONTIERS IN EARTH SYSTEM SCIENCE
Earth Science in the Next 20 Years: Data Access, Integration and Stewardship Challenges for the Future Operational Challenges for the Next 20 Years Remote Sensing and the Success of the next IPCC Assessment The Role of Suborbital Research in Addressing NASA's Mandate in Atmospheric Composition Aerosol Properties and Distributions for Earth System Science from Ground-Based Networks: What We've Accomplished and What We Need to Accomplish Concluding Thoughts: The next 20 years of NASA Earth system science |
||||||||||||||