USU is the only university in the state that offers degrees in soil science. USU’s program is unique in its focus on water issues in the arid West and has research emphasis in urban and rural land use, erosion, agricultural waste management, measurement of soil water, and the origins of soil.Students graduating from this program will be well qualified for careers in the prevention, characterization, and improvement of environmental soil and water management. Soil scientists work with engineers, geologists, and ecologists, providing expertise on how to build strong structures in various types of soil, how to irrigate efficiently with different soil situations, etc. They also play a major role in ensuring that high-quality soil and clean water are available to current and future generations.The program features small class sizes where students receive individual attention from excellent faculty and the opportunity to research alongside them in labs as they gain valuable research experience.Students receive a BS by completing all required courses in the major. To receive a BA, students must also gain proficiency in one or more foreign languages.
- Environmental Soil Science: This emphasis features a core curriculum of math and science courses and introductory soil science courses. Students then choose electives that are more in-depth and specific to soil science.
- Sustainable Food Production: This emphasis features a core curriculum of math, science and some introductory soil science courses. Students will choose electives that are more specific to agriculture and human systems.
Applied Climatology: This emphasis integrates basic and applied principles of meteorology, climatology and environmental physics with land surface processes, especially water. Students will be completing courses in math, science, plant science and geology.
With this degree, students can pursue the following careers:
- Soil conservationists
- Soil scientists for federal agencies
- Environmental consultants
- Soil regulatory specialists
- Soil, plant, water, and atmosphere relations (determining irrigation needs, working with biometeorologists)
- Construction site analysis (soil analysis, sediment mapping, classification, interpretation, sampling, etc.)
- Analyzing and determining soil quality (working with farmers, conservation, erosion prevention and restoration, soil fertility, etc.)
- Water quality (analyzing chemicals, water analysis)
- Waste management (analysis and transformation of agricultural and environmental pollutants in the soil-water zone)
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