Soil Science, M.S. & Ph.D.

The Soil Science graduate program at the University of Wyoming gives you the opportunity to explore how soils form, function, and support ecosystems. With Wyoming’s strong ties to natural resource industries like energy, mining, and land management, you’ll be studying in a place where soil plays a central role in solving real world environmental challenges. From reclamation and restoration to sustainable land use, the research opportunities are wide-ranging and impactful. Graduates from this program go on to careers with federal and state agencies, environmental consulting firms, energy and mining companies, and research institutions—equipped with the knowledge and experience to make a difference.

View Application Requirements

Degree Programs

Master's Degree

The M.S. program is geared toward teaching graduate students the tools necessary to conduct robust soil science research. The program requires a research proposal, 30 credit hours (at least 12 from Soil Science and approved by the student's graduate committee), a research-based written thesis, a final public presentation and successful oral defense of the thesis.

View Program Requirements



Doctorate Degree

The Ph.D. program allows graduate students to conduct robust research on major questions related to Soil Science. The program requires a research proposal, 72 credit hours (at least 12 from Soil Science and approved by the student's graduate committee), both a written and oral examination given by the graduate committee, a research-based written dissertation, a final public presentation and successful oral defense of the dissertation. The 72 credit hours may include credits earned during a Master’s degree program that are approved by the student's graduate advisory committee.


View Program Requirements

 

soil

More About Soil Science

Soil is more than just dirt, it's a vital natural resource that supports life above and below ground. It anchors plants, nourishes ecosystems, and drives key processes like water retention, nutrient cycling, and carbon storage. Soils form slowly over time and are deeply interconnected with the atmosphere, groundwater, and surface water. Without healthy soil, crops wouldn't grow, ecosystems would break down, and rain events could lead to devastating floods. As our understanding of soil continues to grow, so does its importance in managing natural and agricultural systems. Protecting and managing this resource is essential for a sustainable future.

Explore Faculty & Research