Ashland University

What you'll study

Projects supervised by Dr. Mohney typically focus on experimental and instrumental approaches within chemistry, drawing on the following topic areas:

• Biochemistry
• Physical chemistry
• Analytical chemistry
• Analytical instrumentation
• In situ measurement techniques for environmental chemicals
• Diffusion and transport of phytotoxic compounds in soils
• Interactions between soil-borne chemicals and plant roots

Entry requirements

The public source does not specify formal admission criteria. Prospective PhD students should consult Ashland University graduate admissions and the Chemistry, Geology and Physics Department for program-specific prerequisites, application materials and any faculty-specific expectations.

Career prospects

Doctoral work in these areas prepares graduates for roles that require strong experimental, analytical and instrumentation skills. Typical directions include research positions in academia or industry, analytical/instrumentation-focused laboratory roles, and environmentally oriented chemistry work investigating soil–plant chemical interactions.

Scholarships & funding angle (general)

Specific funding details are not provided in the source. Applicants should explore university graduate assistantships, departmental support, external research grants and professional society funding (for example through the American Chemical Society, with which Dr. Mohney is involved).