M.S., Ph.D. Soil Science
Soils may be studied either as natural bodies or as a medium for chemical and biochemical interactions for transport of water, solutes and heat, and for plant growth. Washington State University is located in one of the best geographical areas in the world for the study of soils as naturally occurring bodies. Graduate programs are usually designed to specialize in the physical, chemical, biological, mineralogical, geomorphological, or fertility aspects of the soil system.
Current soil science research programs in which graduate students are participating include: unsaturated water flow; soil- plant relationships; stability of minerals and controls on heavy metal levels; nutrient budgets of cropping systems; movement and transformation of pesticides and xenobiotic chemicals; microbial ecology; fate of engineered microorganisms; phytotoxicity and crop residue management; no-till soil and crop management; fertility and mineral nutrition; soil interpretations for land use and development; benchmark soils; agricultural and urban waste recycling.
Faculty members in Soil Science also participate in the interdepartmental Department of Biochemistry/Biophysics and the Program in Environmental Science at Washington State University, and cooperate with the University of Idaho in teaching graduate courses.
Soil Science academic program requirements are outlined in detail in the Graduate Student Handbook.
We welcome your visit!
We welcome your visit. Please contact Debra Marsh, Graduate Center Academic Coordinator, at 509-335-2615, who will discuss with you your interests and arrange a customized visit with CSS faculty, staff, and students, as well as a tour of our teaching and research facilities.
Graduate Students ‘NSPIRED’ by Nitrogen Policy Research
WSU graduate student Christopher Gambino is measuring emissions of ammonia, a form of nitrogen released through cow excrement that causes an all-too-familiar smell when driving past a feedlot… Gambino is just one of several students who has been accepted into WSU’s competitive IGERT-NSPIRE (Nitrogen Systems: Policy-oriented Integrated Research and Education) program, a prestigious doctoral fellowship that prepares students through rigorous coursework and research to communicate science to policymakers and the public.