Now showing: Year 2003 projects that addressed Astrobiology Roadmap Objective 1.1
Roadmap Goal 1: Understand the nature and distribution of habitable environments in the Universe
Objective 1.1: Models of formation and evolution of habitable planets
A Study of Marine and Terrestrial Stable Isotopic Geochemistry During the End-Permian and End-Triassic Mass Extinction Events
Benner - Self-Reproducing Molecular Systems and Darwinian Chemistry
TEAM: SRI / ROADMAP OBJECTIVES: 1.1, 2.1, 2.2, 3.1, 3.2, 4.1, 4.2, 4.3, 5.1, 5.2, 5.3, 6.2, 7.1, 7.2
Biogeochemistry of Earth's Greenhouse Leading to the Rise of Oxygen
Biogeochemistry of the Early Earth
Biological Consequences of Impacts
Celestial Influences on Planetary Environments
Chasing water on Mars: A geochemical approach using martian meteorites
Chemical Building Blocks
Chemistry Models for Extrasolar Planets
Climate Model For Extrasolar Terrestrial Planets
Cosmochemistry of Carbonaceous Meteorites
Delivery of organic materials to planets
Delivery of Organics to Earth and Earthlike Planets - Brownlee and Kress
Dynamics of comets, asteroids, and planets
Europa Focus Group
Evolution of atmospheric O2, climate, and biosphere - Ohmoto
Exploration for Life in the Solar System
Exploring the Living Universe; Origin, Evolution and Distribution of Life in the Solar System (Europa)
Extra Solar Planetary Systems
Galactic Chemical Evolution and Extrasolar Planets
Habitability of Planetary Bodies
Habitable Planets
Impact Frustration and Subsequent Generation of Biologically Tenable Climates on Earth and Mars
Magnetic Biosignatures
Modeling early atmospheric composition and climate
Oxidation of Organic Carbon Under High Pressure Hydrothermal Processing
Re-Os study of hydrothermal processes in ordinary chondrites
Spectroscopic Databases to Support Extrasolar Planet Modeling
Studies in Planetary Formation and Evolution
Studies of Organic Matter and Water in Meteorites
Surface Hydrology and Microbial Ecology for Global Semi-Arid Ecosystems
The Abiotic Planetary Model: The Upper and Lower Boundary Condition on the Atmosphere
The Formation of Planets Around Young Stars
The Planetary Context of Biological Evolution <BR>Subproject: Carbon Cycle and Climate Dyanamics of Mars
The Planetary Context of Biological Evolution Subproject: The Proterozoic Oxidiation of the Earth's Surface<BR>
The Planetary Context of Biological Evolution: Subproject: Permo-Triassic mass extinction and its consequences<BR>
The Virtual Planetary Laboratory - Synthesis and Architecture
The Virtual Planetary Laboratory - The Life Modules
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