Topic: Healthy Waters

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Cooperative Science and Monitoring Initiative Lake Michigan 2020 Report Thumbnail
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The role of the Cooperative Science and Monitoring Initiative (CSMI) is to direct enhanced monitoring and research activities across each of the Laurentian Great Lakes to provide relevant information to address the science priorities of each Lake Partnership (established under the Lakewide Management Annex of the 2012 Great Lakes Water Quality Agreement). CSMI is an intensive effort to collect information on the health of one Great Lake each year, cycling through the lakes on a five-year period. In 2020/2021, it was Lake Michigan’s turn (over a two-year period due to COVID). This is an executive summary of the 2020/2021 research results and the associated white paper containing more specific information.

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PFAS Scoping Report: Identifying Social and Economic Impacts of PFAS in the Great Lakes and Lake Champlain Regions Thumbnail
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File Size: 839.06 KB

Per- and polyfluoroalkyl substances (PFAS), a suite of manufactured chemicals with wide applications in consumer products ranging including clothing, cookware, cosmetics, and firefighting foams, are threatening the Great Lakes and Lake Champlaign region. These chemicals and their related precursor compounds have very strong bonds that make them waterproof, oil repellent, and high temperature and stain resistant. Their chemical structure also makes them very persistent in the environment, for which they are called “forever chemicals”. To explore the socioeconomic impacts of PFAS, Illinois-Indiana Sea Grant (IISG) is leading a Great Lakes and Lake Champlain regional research effort that is expected to support research to further advance the knowledge of social or economic issues related to PFAS risk, exposure, and remediation in these regions. The project advisory committee recommended a regional scoping effort to guide this effort; the purpose which was identifying and subsequentially prioritizing the knowledge gaps and potential socioeconomic barriers to PFAS efforts in the Great Lakes and Lake Champlain regions. Details of these scoping sessions are discussed in this report.

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Muskegon’s Revitalization Thumbnail
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File Size: 2.29 MB
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Sheboygan’s Revitalization Thumbnail
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A Great Lakes Area of Concern, the Sheboygan River in Wisconsin has undergone a cleanup through the Great Lakes Legacy Act. As a result, the city of Sheboygan has seen environmental, economic, and quality of life benefits.

Citations:

 

  1. Great Lakes Commission. Assessing the Investment—The Economic Impact of the Great Lakes Restoration Initiative: A Case Study of Sheboygan, Wisconsin. September 2018.

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Ashtabula’s Revitalization Thumbnail
File Type: pdf
File Size: 193.76 KB

A Great Lakes Area of Concern, Ashtabula River in Ohio has undergone a cleanup through the Great Lakes Legacy Act. As a result, the city of Ashtabula has seen environmental, economic, and quality of life benefits.

Citations:

 

  1. Great Lakes Commission. Assessing the Investment—The Economic Impact of the Great Lakes Restoration Initiative: A Case Study of Ashtabula, Ohio. September 2018.
  2. Ibid.

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Duluth’s Revitalization Thumbnail
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File Size: 2.03 MB

A Great Lakes Area of Concern, the St. Louis River bordering Minnesota and Wisconsin has undergone a cleanup through the Great Lakes Legacy Act. As a result, the city of Duluth has seen environmental, economic, and quality of life benefits.

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Buffalo’s Revitalization Thumbnail
File Type: pdf
File Size: 1.80 MB

A Great Lakes Area of Concern, the Buffalo River in New York has undergone a cleanup through the Great Lakes Legacy Act. As a result, the city of Buffalo has seen environmental, economic, and quality of life benefits.

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UpClose Publications Thumbnail
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Learn about aquatic pollution by hearing directly from the people doing the research. From the field to the lab, UpClose takes you behind the scenes with the scientists working to make sense of this complicated topic.

Volume 1: Timothy Strathmann

In this issue:

Dr. Timothy Strathmann, an environmental engineer at University of Illinois Urbana-Champaign, has dedicated more than a decade to understanding the chemical principles at work behind environmental challenges such as ensuring long term water quality and developing renewable energy.

Publication Number: IISG-12-49

Volume 2: Maria Sepulveda

In this issue:

Dr. Maria Sepulveda works from her lab at Purdue University to uncover the impacts of environmental contaminants of fish and other wildlife.

Publication Number: IISG-13-02

Volume 3: John Kelly

In this issue:

Dr. John Kelly, a microbiologist at Loyola University Chicago, is working to shine a light on the impacts that human activities have on aquatic microbial communities, especially those that make their homes in rivers or lakes.

Publication Number: IISG-13-77W

Volume 4: Melody Bernot

In this issue:

Dr. Melody Bernot, an ecologist at Ball State University, is probing deeper into some of the biggest questions in pharmaceutical and personal care produce (PPCP) research.

Publication Number: IISG-13-81

Volume 5: Rebecca Klaper

In this issue:

Dr. Rebecca Klaper, an ecologist at the University of Wisconsin-Milwaukee is searching for practical solution for the design, use, and management of pharmaceuticals and other emerging contaminants found in the environment.

Publication Number: IISG-13-87

Volume 6: Sam Mason

In this issue:

Dr. Sherri “Sam” Mason, a chemistry professor at State University of New York Fredonia, has documented the quantity of plastic in the Great Lakes, putting a spotlight on microplastic pollution in freshwater systems and the potential impacts.

Publication Number: IISG-14-25

Volume 7: Steven Mauro

In this issue:

Dr. Steven Mauro from Grannon University discusses research on the ways pharmaceuticals are changing the bacterial communities that help keep aquatic ecosystems healthy.

Publication Number: IISG-14-87

Volume 8: Dana Kolpin

In this issue:

Dana Kolpin, head of the U.S. Geological Survey’s Emerging Contaminants Project, discussed the first-ever nationwide study that discovered trace amounts of emerging contaminants in streams across the country.

Publication Number: IISG-14-100 E

Volume 9: Barbara Mahler

In this issue:

Dr. Barbara Mahler, research hydrologist at the U.S. Geological Survey, discussed her work investigating the toxic chemicals associated with pavement sealants impact local environments.

Publication Number: IISG-15-011 E

Volume 10: Lorena Rios Mendoza

In this issue:

Dr. Lorena Rios Mendoza from the University of Wisconsin Superior talks about her work to identify the chemicals that build up on the surface of microplastics and how photodegradation may alter the way they react to one another.

Publication Number IISG-15-028 E

Volume 11: Michael Lydy

In this issue:

Dr. Michael Lydy from Southern Illinois University Carbondale, investigates the complex chemical and biological factors affecting pesticide toxicity in urban streams.

Publication Number: IISG-15-16-008

Volume 12: Tim Hoellein

In this issue:

Dr. Tim Hoellein from Loyola University Chicago, investigates the interactions between common pollutants and organisms in rivers and streams.

Publication Number: IISG-16-021

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