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Earth Science Missions
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Missions Overview

ELV Payloads

The Office of Safety and Mission Assurance, NASA Headquarters, is presenting the Expendable Launch Vehicle (ESV) Payload Safety and Mission Success Conference in Santa Barbara, CA, November 16-18. The conference will emphasize the safety and mission success aspects of ELV Payloads. It will also highlight the exciting future of ELV Payload programs and provide a forum for current, past and future ELV Payload customers and suppliers to interact with other members of the ELV Payload community in structured and casual settings.
+ For more information on the ELV Payload Safety Conference

From NASA's Earth-observing satellites, we can view the Earth as a whole system, observe the results of complex interactions, and begin to understand how the planet is changing. We use NASA's unique capabilities to understand and protect our home planet by using this view from space to study the Earth as an integrated system. The Earth Science Enterprise, working with its domestic and international partners, provides accurate, objective scientific data and analysis to advance our understanding of Earth system processes.

Learning more about these processes will enable improved prediction capability for climate, weather, and natural hazards. By studying the Earth as a system and employing an end-to-end strategy to assure that all the information, understanding, and capabilities derived from its research are fully realized, NASA's Earth Science Enterprise is striving to develop a scientific understanding of the Earth System and it's response to natural or human-induced changes.

The Nation now has a system of satellites with the ability to characterize the current state of the Earth system. In the years ahead, Earth-orbiting satellites will evolve into constellations of smart satellites that can be reconfigured based on the changing needs of science and technology. From there we envision an intelligent and integrated observation network composed of sensors deployed in vantage points from the subsurface to deep space. This "sensorweb" will provide on-demand data and analysis to a wide range of end users in a timely and cost-effective manner. This observation system will have many practical benefits for scientific research, national policymaking, and economic growth.

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At a Glance...

  • Studying the Earth as an integrated system requires a view from space
  • Learning more about Earth system processes will allow us to better predict future changes and events
  • Improved "sensorweb" capabilities will impact our lives.

Related Links...

  • Suborbital Science
    Enables Earth science research and applications by providing an atmosphere-based observational capability complementary to space-based observing systems. [+ more]

  • Surface-based Platforms
    Surface-based experiments conducted by the Airborne Atmospheric Science Office at NASA's Langley Research Center. [+ more]

  • Earth System Science Pathfinder (ESSP) Program
    The ESSP program is an innovative approach for addressing Global Change Research by providing periodic "Windows of Opportunity" to accommodate new scientific priorities and infuse new scientific participation into the Earth Science Enterprise. [+ more]



 
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NASA Official: Sharron Sample
Last Updated: July 27, 2004
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