Abstracts presented to Terrestrial Planets Comparative Planetology: June 5-7, 1985

Subject matter includes: interrelationships among planets; planetary evolution; planetary structure; planetary composition; planetary Atmospheres; noble gases in meteorites; and planetary magnetic fields. Sponsored by American Geophysical Union, Division for Planetary Science, (American Astronomical...

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Bibliographic Details
Format: Book
Language:English
Published: Lunar and Planetary Institute 1985
Subjects:
Online Access:https://hdl.handle.net/20.500.11753/691
Description
Summary:Subject matter includes: interrelationships among planets; planetary evolution; planetary structure; planetary composition; planetary Atmospheres; noble gases in meteorites; and planetary magnetic fields. Sponsored by American Geophysical Union, Division for Planetary Science, (American Astronomical Society), Geological Society of America, Lunar and Planetary Institute, The Planetary Society, Division of Geological and Planetary Sciences, (California Institute of Technology) Hosted by California Institute of Technology. Magnetotails of the Terrestrial Planets: A Comparative Study--Venus, Earth, and Mars: Present Bounds on Similarities and Differences in Bulk Composition--Mineralogy and Chemistry of the Earth--A Solid-state Framework for Terrestrial Upper Mantle--Crustal Development in the Terrestrial Planets--Contrasts in Evolution of Venus and Earth--Adiabatic Thermal Models for Planetary Bodies--Primordial Magmaspheres and Their Lasting Consequences--Geologic Processes on Venus: An Update--Planning for VRM: Radar and Sonar Studies of Volcanic Terrains on Earth, Venus, and Mars--Compressional Environment in the Location and Orientation of Planetary Dorsa and Terrestrial--Earthquake Fault Structures--Planetary Reorientation by Surface Loads--The Non-hydrostatic Figures of the Terrestrial Planets--Dynamic Compensation of Venus's Geoid: A Comparison With Earth--Origin of the Atmosphere and Hydrosphere of the Terrestrial Planets--An Impact-induced Terrestrial Atmosphere and Iron-Water--Reactions During Accretion of the Earth--Climatic Consequences of Very High CO2 Levels in Earth's--Early Atmosphere--The Polar Caps and the Climatic Evolution of Mars--Biological t-10dulation of Planetary Atmospheres: The Early Earth Scenario--Volatiles on Satellites of the Outer Solar System--Planetary Surface Processes: A Review--Permafrost Features on Earth and Mars: Similarities Differences--Interpretation of Photometric Measurements of Airless Bodies--Interrelations for the Elements of the Scattering Matrix--On the ...