Student Research Reports

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In this project, student researchers analyzed the relationship between air temperature and key water quality parameters over a fifteen-year period in Southeastern Michigan. This study focused on how fluctuations in air temperature correlate with water temperature, dissolved oxygen levels, nitrate levels, and pH levels, providing insight into potential environmental trends. Data collection took place annually in early May from 2009 to 2024, ensuring consistency in seasonal conditions. By examining long-term patterns, the researchers aimed to determine whether rising air temperatures influence aquatic ecosystems and water quality parameters. The research involved field data collection using standardized measurement techniques to minimize human error and ensure data reliability. Temperature and water quality readings were taken at the middle branch of the Rouge River. Dissolved oxygen levels were measured to assess aquatic health, while nitrate levels provided insight into nutrient pollution. pH levels were recorded to track changes in water acidity or alkalinity, which can impact aquatic life. The findings of this study contribute to understanding the broader implications of climate change on freshwater systems. By identifying trends in air and water temperature relationships, as well as shifts in water chemistry, this research provides valuable data for environmental monitoring and conservation efforts. Future studies can expand on this work by incorporating additional variables, such as precipitation patterns and land use changes, to further explore the interactions between climate and freshwater ecosystems.