Research performed at this station includes rapid testing for beach water quality using qPCR and water mite analysis to determine wetland quality.
Beach muck studies have provided insight into the chemical and biotic interactions influenced by human activities.
The Lake St. Clair Metropark field station features freshwater resources of Lake St. Clair through which all waters from the upper Great Lakes flow to the lower Great Lakes. It has one of the largest public swimming beaches in the Detroit metropolitan area which provides the opportunity to closely examine variables of urban beach quality and improve methods for pathogen testing.
This marsh restoration has been done at the on-site Point Rosa and Black Creek marshes with the help of Great Lakes Restoration Initiative (GLRI) funding. Other work to improve water flow in the park has been green infrastructure installation for treating runoff in the extensive impermeable surface parking lot has been implemented with US Environmental Protection Agency (EPA) and Huron-Clinton Metropolitan Authority (HCMA) funding.
The on-site field station allows access to some of the few existing coastal wetlands along Lake St. Clair.
The field station is located near the beach at Lake St. Clair Metropark and provides a great on site location for active sampling and study.
Working with Girl Scout troops to educate them on water quality
The location of the LSCMP lab creates unique opportunities for researchers to reach the public about water science and public health. Dr. David Szlag (Oakland University) talks about lake water quality to a group of students from Henry Ford Academy School for Creative Studies during a field trip to the park. The field station location also enables researchers to explore social science related to public perceptions of waterborne pathogens, ecological restoration, invasive species, storm water, and climate change.

Lake St. Clair Metropark Field Station

The Lake St. Clair Metropark Field Station in Macomb County is a field study site for aquatic ecology and ecosystem restoration, water monitoring technology development, analysis of coastal bacterial communities, and research on the effects of environmental stressors on water quality.

This field station is located at the Lake St. Clair Metropark and is a collaboration of the Huron Clinton Metropolitan Authority and Wayne State University.

Current Research

phragmites-australis-invasive-wetland-species

Michigan Sea Grant awardee Cynthia Gutierrez will conduct research this summer 2021, on how invasive species can alter bacterial communities in terrestrial and aquatic ecosystems at HUW St. Clair Field Station. Dr. Victor Carmona at the University of Detroit Mercy conducted a Fall survey evaluating Fecal Indicator Bacteria (FIB) communities throughout the bioswales. Dr. Carmona's end-of-growing-season evaluations concluded that the MetroPark's GSI were exceeding the FIB levels (both Escherichia coli and total Coliforms) approved by the EPA for recreational water quality. Additionally, the presence of Phragmites and Frogbit plants each played a role in significantly reducing the variability of E. coli communities. These findings suggest that the two invasive plant species may be recovering unidentified ecological processes that ultimately act to stabilize E. coli communities. Cynthia's research, entitled "Invasive plant species impact on bioswale FIB communities and the capacity of green stormwater infrastructure to sustain ecosystem services" , will allow her to re-evaluate these findings during the middle of the summer growing season and further study the ecological process recovered by Phragmites and Frogbit that stabilize E. coli communities. This is also the first time that a University of Detroit Mercy student has ever received a MI Sea Grant, so this summer's interactions with other HUW researchers at Lake St. Clair Metropark & Sea Grant network will be transformative. She is "looking forward to the discussions that are the product of exploring sustainability questions in a room full of diverse backgrounds, experiences and perspectives". Find out more about Michigan Sea Grant.

 

 

Dr. Adrian Vasquez is conducting research on water mites at the park. Water mites are bioindicators of water quality and are important for keeping the mosquito populaiton controlled. 

Below is a video highlighting Dr. Vasquez and the research he is performing.