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of parameters such as molecular abundances, and interpretation using state-of-the-art radiative transfer and chemical models. The results of the work inform the development of future far-infrared space missions
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. Description: This research will support advancing our understanding of Venus’ gravity field, lithosphere, interior structure, and geologic evolution through the analysis of existing observations
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instrumentation development. Field of Science: Heliophysics Science Advisors: Marilia Samara [email protected] (301) 286-2813 Robert Michell [email protected] 301-955-6650 Applications with citizens
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. Description: The Next Generation X-ray Optics (NGXO) team at NASA Goddard Space Flight Center develops advanced X-ray mirror technology using segmented monocrystalline silicon to enable future high-performance
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. Description: This project will support advancing our understanding of Europa’s ice shell, ocean, interior structure, and long-term evolution. The selected candidate may pursue projects spanning analysis
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Reconnaissance Orbiter; Mars Global Surveyor, Mars Odyssey, Mars Reconnaissance Orbiter; Galileo, Juno; Cassini. Simulation studies to prepare future instrument and mission concepts for gravity field
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properties can be used to constrain the origin and evolution of a variety of geologic landforms across the Moon including volcanic domes, scarps and ridges, and impact craters. These same properties (rock
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the new ORISE GO mobile app in the Apple App Store or Google Play Store to help you stay engaged, connected, and informed during your ORISE experience and beyond! The app is for both applicants and
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new ORISE GO mobile app in the Apple App Store or Google Play Store to help you stay engaged, connected, and informed during your ORISE experience and beyond! The app is for both applicants and for
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experience developing and evaluating reproducible geospatial analysis methods using platforms such as Google Earth Engine and GIS, comparing multi-sensor indicators, creating maps of pre-fire vegetation