Earth and Ecosystem Science

Ph.D.

Why earn an earth and ecosystem science Ph.D.?

In the earth and ecosystem science Ph.D. program, you'll explore environmental patterns across time and region. You'll examine aquatic and terrestrial systems in diverse geographic areas—modern or ancient, pristine or polluted—while focusing on primary research. 

Earth and ecosystem science is a broad and multidisciplinary field. You'll concentrate on biology, chemistry, engineering, geology or atmospheric science while using physics, mathematics and computer science tools. You'll explore reaction, physical architecture and patterns, such as biodiversity. To round out your studies, you'll assess environmental regulations and learn about the management of ecosystems for the future. 

The primary focus of your Ph.D. program will be collaborating with highly-experienced faculty to conduct intensive research. 

Current student and faculty research in the earth and ecosystem sciences includes: 

• Studying invasive species in the Great Lakes.
• Creating and monitoring regional storm warning systems. 
• Examining the transport of contaminants in groundwater, air and soil. And the risk these contaminants pose to humans and their environment.
• The development and evolution of rift basins.

This Ph.D. program is highly competitive with limited spots available. Admission is based on research fit. Since faculty advisors typically only work with one or two students, you'll benefit from personalized mentorship with a special focus on your research area. 

Highlights of our earth and ecosystem science Ph.D. program

As a doctoral student in this earth and ecosystem science program, you will:

• Build your research portfolio: Conduct independent, primary research of professional quality. This research could cover anything from studying invasive species to improving the water quality in Michigan's wetlands. 
• Publish your research: After completing your research, you'll have opportunities to publish your results in peer-reviewed journals and to present at professional conferences. Previous graduates have even published books on their work.
• Benefit from personalized mentorship: Collaborate with highly-experienced faculty throughout your research. You'll benefit from one-on-one attention and focus.
• Pursue real-world projects: You'll have opportunities to participate in exciting projects, like studying global climate change or severe weather. 
  
• Gain advanced technical skills: Build your analytical, critical thinking and communication skills.