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Stanford University
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Earth and Planetary Sciences
Stanford Doerr School of Sustainability
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  1. Home
  2. Programs
  3. Undergraduate
  4. Earth And Planetary Sciences
  5. Minor

Minor

Minor
  • Earth and Planetary Sciences opens in a new tab
Program Minimum Units
27 Units
University Minimum Units
18 Units
Interests
Ecology & Environment, Sustainability, Data and Information Sciences
Academic Areas
Earth & Energy, Natural Sciences, Sustainability

Overview

The undergraduate program in Earth and Planetary Sciences aims to provide students with a broad background in the Earth and Planetary Sciences fundamentals and the quantitative, analytical, and communication skills necessary to conduct research and think critically about questions involving the Earth and other planets. EPS focuses on the history and structure of the Earth and other planets, the physics and chemistry of planetary materials, the processes that cycle those materials globally, and the interaction of human activities with geological processes and resources.

Areas of study to explore within EPS:

  • Earth history and the evolution of life 

  • Oceans and the atmosphere

  • Climate change

  • Processes that shape the Earth’s landscapes

  • Chemistry and physics of Earth materials

  • Sources of water, economic minerals, metals, and fuels

  • Natural hazards like earthquakes, volcanoes, and landslides

  • Contamination of natural waterways and possibilities for mitigation

  • Natural resource depletion and sustainable management practices

  • Planetary exploration

Multidisciplinary areas to explore within EPS:

  • Geobiology

  • Geochemistry & Environmental Chemistry

  • Geochronology & Thermochronology

  • Geomorphology, Hydrology, and Surface Processes

  • Geostatistics & Uncertainty Quantification

  • Mineralogy, Materials Science, and Mineral Physics

  • Petrology & Volcanology

  • Planetary Science

  • Sedimentary & Petroleum Geology

  • Structural Geology & Tectonics, Geomechanics

Program Learning Outcomes

Undergraduate Minors in the program are expected to demonstrate specific learning outcomes that serve as criteria for evaluating both students and the department's undergraduate program. These outcomes include:

  1. Understanding fundamental concepts in Earth and planetary science.

  2. Proficiency in collecting, analyzing, and interpreting geological and environmental data to test hypotheses.

  3. Capability to address real geological and/or environmental problems in the field.

  4. Effective communication of scientific knowledge through oral, visual, and written means.

Declaring the Minor

If you are interested in declaring Earth and Planetary Sciences (EPS) or want to know more about the major, minor, or co-term program, we are here to help.

Reach out to the EPS Student Services Team if you have questions.

Assistant Director of Student Services Anjani Varma advarma@stanford.edu and Student Services Administrator Cerise Burns ceriseb@stanford.edu

Requirements

Program Requirements

Earth and Planetary Sciences Foundation (18 units)

Students must complete 5 courses that introduce the properties of planetary materials, the processes that change the Earth and other planets, and the timescales over which those processes act. These courses provide a broad foundational knowledge that can lead to specialization in many different geological and environmental sciences disciplines.

Complete all of the following course(s):
EPS 1

Introduction to Geology

5 Units
EPS 2

Chemistry of the Earth and Planets

3 Units
EPS 3

Earth and Planetary Processes and Mechanics

3 Units
EPS 4

Coevolution of Earth and Life

3 Units
EPS 6

Introduction to Data Science for Geoscience

3 Units

Breadth in Discipline (9 units)

Students select from a range of elective 100-level geoscience courses, offering exposure to diverse fields. These courses include classroom lectures, often supplemented with field and laboratory components. Students must take a minimum of 9 additional units drawn primarily from the Breadth in the Discipline list in the EPS major; a majority of units must be from classes within the EPS department.

  • Courses such as EPS 20, EPS 30N, EPS 38N, EPS 42, EPS 40N, and EPS 45 can contribute towards fulfilling the Breadth in Discipline requirement.

  • Classic geology courses are highly recommended by faculty and students (EPS 101, 102, 104, 111)

Complete any of the following course(s):
EPS 20

The Geoscience of Environmental Justice

3 Units
EPS 101

Earth Materials: Introduction to Mineralogy

5 Units
EPS 102

Introduction to Sedimentology and Stratigraphy

5 Units
EPS 104

Introduction to Igneous and Metamorphic Petrology

5 Units
EPS 107

Journey to the Center of the Earth

3 Units
EPS 111

Fundamentals of Structural Geology

5 Units
EPS 119

Formation and Dynamics of Planets

3-4 Units
EPS 124

Introduction to Planetary Science

3-4 Units
EPS 128

Evolution of Terrestrial Ecosystems

4 Units
EPS 129

Paleomagnetism

3 Units
EPS 135

Sedimentary Geochemistry and Analysis

1-4 Units
EPS 136

Macroevolution

3 Units
EPS 137

The Sixth Extinction (and the Other Five)

3 Units
EPS 139

500 Million Years of Land Plant Evolution

3 Units
EPS 140

Data Science for Geoscience

3 Units
EPS 164

Geochemical Thermodynamics

3-4 Units
EPS 180

Magmatic and Eruptive Processes

1-3 Units
EPS 189

Tectonics Field Trip

1-3 Units
CEE 177

Aquatic Chemistry and Biology

3-4 Units
ESS 151

Biological Oceanography

3 Units
ESS 152

Marine Chemistry

3 Units
ESS 155

Science of Soils

4-5 Units
ESS 158

Geomicrobiology

3 Units
ESS 220

Physical Hydrogeology

4 Units
ESS 256

Soil and Water Chemistry

3 Units
GEOPHYS 110

Introduction to the Foundations of Contemporary Geophysics

3 Units
GEOPHYS 120

Geophysical Mechanics and Dynamics

3-5 Units
GEOPHYS 130

Introductory Seismology

3 Units
GEOPHYS 190

Near-Surface Geophysics: Imaging Groundwater Systems

4 Units
EPS 30N

Designing Science Fiction Planets

3 Units
EPS 42N

Moving and Shaking in the Bay Area

5 Units
EPS 112

Geomorphology: The Mechanics of Earth's Landscapes

4 Units
EPS 120

Planetary Surface Processes: Shaping the Landscape of the Solar System

4 Units
EARTHSYS 144

Fundamentals of Geographic Information Science (GIS)

3-4 Units
GEOPHYS 233

Physics of Ice

3 Units
CS 106A

Programming Methodology

3-5 Units