PhD Research on Water Quality and Ecosystem Processes in Large Lake Systems
Explore complex aquatic environmental science by investigating hypoxia and biogeochemical cycles in large lakes. Conduct field and lab work to understand and influence ecosystem health amid environmental changes.
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Project Description
Project Overview
This PhD project will focus on aquatic environmental science by investigating water quality and ecosystem processes in large lake systems. The research will emphasize hypoxia, biogeochemical cycling, and the effects of environmental change on lake ecosystems.
What You Will Do
The student will conduct fieldwork and laboratory experiments to collect and analyze data related to lake water quality and ecosystem dynamics. This includes studying hypoxia development, examining biogeochemical cycles, and evaluating environmental stressors. Programming skills, e.g., R, may be used for data analysis.
Expected Outcomes
The research aims to produce new insights into the mechanisms controlling water quality and ecosystem health in large lakes, contributing to better environmental management and policy development regarding aquatic resources.
Why This Matters
Understanding how hypoxia and biogeochemical processes respond to environmental change in lake systems is vital for preserving aquatic biodiversity, ensuring water quality, and maintaining ecosystem services that support communities and wildlife.
Entry Requirements
How to Apply
Eligibility
Supervisor Profile
Dr. Fasong Yuan is a Professor of Environmental Geoscience at Cleveland State University. His research focuses on paleolimnology, watershed hydrology, hydrochemistry, stable isotopes, and trace element geochemistry. He has a strong publication record in understanding hydrological and geochemical processes in aquatic systems, with expertise in lake sediment studies and biogeochemical cycles.