wright state university college of science and mathematics
Environmental Health and Sciences PhD Program
Welcome
See why our program is right for you!

The Environmental Sciences Ph.D. program at Wright State is designed to provide skills and training to better understand and solve complex environmental problems, such as those caused by anthropogenic pollutants, invasive species, habitat fragmentation and loss of biodiversity, that can affect both human and ecosystem health. Our students receive training in preparation for careers in academia, state and federal agencies, industry, and non-profit organizations.

Through a rigorous core curriculum and dissertation research, our interdisciplinary program is designed to broadly expose students to both traditional and emerging areas of environmental sciences, and offers the ability to focus on research in a more defined area. Our program includes faculty in the departments of Biological Sciences, Earth and Environmental Sciences, Chemistry, Physics, Biochemistry and Molecular Biology, and Pharmacology and Toxicology.

YSI Felloship: Learn about Financial assistance offered fou our program
Our areas of excellence

The major thrusts of our program are summarized in the following areas of excellence, in which a student would focus their dissertation research:

Environmental Biology: Genes, Organisms and Ecosystems
  • chemical, physiological, population, community, landscape and ecosystem ecology
  • conservation biology and ecological restoration
  • microbial ecology
  • ecological and environmental genomics
  • population and evolutionary genetics
  • stress physiology
  • environmental toxicology
Environmental Earth Science
  • watershed processes
  • hydrogeology
  • environmental geochemistry
  • chemical oceanography
  • environmental geophysics
  • environmental stressors
  • ecotoxicology and risk assessment
  • environmental health sciences
Environmental Chemistry
  • analytical environmental chemistry
  • the chemistry of mineral-water interfaces
  • aqueous geochemistry
  • development of environmentally friendly chromatographic methods
  • development of microscopy techniques for applications in surface chemistry and materials science
Environmental Complexity
  • non-traditional approaches to ecosystem analysis
  • nonlinear dynamics of natural systems
  • biological-physical coupling
  • emergent phenomena and biocomplexity
  • self-affine time series analysis and prediction
  • agent-based modeling
  • environmental applications of percolation theory
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