Research & Impact
Our research in Earth and Planetary Sciences explores the history and structure of Earth and other planets, the physics and chemistry of planetary materials, and the global processes that shape planetary systems. We also study how human activities interact with geological processes and resources.
Explore the diverse and multidisciplinary research areas that drive new knowledge and inspire innovative solutions for a sustainable future.
Geobiology
Geochemistry & Environmental Chemistry
Geochronology & Thermochronology
Surface Processes
Mineralogy, Materials Science, and Mineral Physics
Paleontology & Paleobiology
Petrology & Volcanology
Planetary Science
Sedimentary Geology
Structural Geology & Tectonics, Geomechanics
Rock Physics & Geomaterials
Critical Minerals
Industrial Affiliate Programs
Basin Processes and Subsurface Modeling
The Basin Processes and Subsurface Modeling Industrial Affiliates Program at Stanford University advances the understanding of subsurface rock and fluid systems and their interactions by integrating data and models from across geoscience disciplines to identify controlling processes and quantify uncertainties.
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Mineral X
Mineral-X focuses on technological innovations to create a resilient & sustainable critical mineral supply chain. We develop new pathways in the upstream mineral supply chain, from mineral exploration to processing, in collaboration with industry partners. We develop novel data science and integrated decision-making under uncertainty across the critical mineral value chain.
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Stanford Rock and Geomaterials Program (SRGP)
The Stanford Rock and Geomaterials Program (SRGP) studies the properties of rocks and geomaterials — that is, Earth materials that are artificially processed for use. Our program plays a crucial role in the energy challenge by contributing solutions that advance knowledge and expertise in energy and fluid waste storage and sustainable materials.
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Planetary Science
Like pioneers, planetary scientists explore new worlds and push the boundaries of humankind’s reach in the universe. As planetary scientists, we lay eyes on landscapes never seen before, and use our observations to seek answers to some of the most fundamental and existential questions there are. Where do we come from?
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Shared Analytical Facilities & Research Resources
Shared analytical facilities in the school are labs that enable efficiencies of time, knowledge, and resources. They are school supported, funded, and staffed, and are shared by faculty, staff, and students across the university.
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Computing Resources
We provide advanced computing tools for the modern geoscientist. Faculty and students have access to a rich portfolio of platforms and tools that closely align with their digital research needs.
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