This program provides a path for undergraduate students to obtain an interdisciplinary and cross-department education in the science of climate. Students will acquire a foundation in how Earth’s climate works, evolves, and impacts other aspects of the Earth and society.

Requirements

Prerequisites

General Physics 1
General Physics 1 for Majors
Calculus 1 for Engineers
Calculus 1
Foundations of Chemistry
General Chemistry 1
General Chemistry for Engineers 1
Accelerated Chemistry for Engineers

Students must complete 18 credits hours in climate science coursework, including a minimum of 9 upper-division credit hours.  All coursework applied to the minor must be completed with a grade of C- or better; no pass/fail work may be applied. The grade point average in all climate science coursework must be equal to 2.0 (C) or higher.

Students may apply no more than 9 credit hours from their major to the climate science minor. 

Students may apply no more than 9 credit hours, including 6 upper-division credit hours, of transfer work toward the  minor.

Students will select courses from a curated and predetermined menu. All students will take an introductory course (Group 1); then 3 courses in Group 2: Science of Climate, with no more than 2 courses within one of the subgroups (A-C); 1 course from Group 3: Quantitative Methods; and 1 course from Group 4: Climate Impacts and Solutions. 

Required Courses and Credits

Group 1: Introductory Course
Choose one of the following:3
Our Changing Environment: El Nino, Ozone, and Climate
Global Change: An Earth Science Perspective
Introduction to Atmospheric Research
Group 2: Science of Climate
3 courses from Group 2, with at least 1 courses from 2 different subgroups (A-C)9-11
Group 2A: Air and Water
Planets and Their Atmospheres
Introduction to Oceanography
Analysis of Climate and Weather Observations
Analysis of Climate and Weather Observations
Principles of Climate
Principles of Climate
Principles of Climate
Renewable Energy Meteorology
Physical Oceanography and Climate
The Arctic Climate System
Group 2B: Ice, Land, and Past Climate
Ice Sheets and Climate
Glaciers and Permafrost
Global Change: The Recent Geological Record
Paleoclimatology
The Cryosphere: Earth's Icy Environments
Stable Isotopes in Paleoclimate and Paleoecology
Group 2C: The Impact of Climate on Earth’s Environment
Our Changing Planet: Climate and Vegetation
Mountain Ecology and Conservation
Introduction to the Arctic Environment
Earth Surface Processes
Earth Surface Processes
Group 3: Quantitative Methods
Choose one course from Group 33-4
Introduction to Scientific Programming
Scientific Programming, Data Analysis and Visualization Laboratory
Introduction to Python Programming for Earth Scientists
Introduction to Programming and Scientific Computing
Introduction to Data Science
Group 4: Climate Impacts and Solutions
Choose one course from Group 4:3
Exploring Global Cultural Diversity (Anthropology of Climate Change)
Creative Climate Communication
Creative Climate Communication
Creative Climate Communication
The Art and Strategy of Science Communication: Branding Climate Change
Climate and Energy Justice
Energy and Climate Change: An Interdisciplinary Approach
Energy and Climate Change: An Interdisciplinary Approach
Intermediate Environmental Problem Analysis: Topical Cornerstones (Confronting Environmental Racism)
Energy Policy and Society
Sociology of Climate Change
Sociology of Climate Change
Global Geographies: Societies, Places, Connections
Total Credit Hours18-21

Learning Outcomes

Upon completing the program, students will understand and be able to articulate:

  • How climate works.
  • How the climate has evolved and how we know this.
  • How climate impacts Earth’s landscapes and environments.
  • How the changing climate impacts society.