Residents of Illinois, Indiana, and the broader Great Lakes region will benefit from new IISG research. Altogether, the four, two-year projects will receive more than $780,000 starting in 2016.
 
John Kelly, a Loyola University biologist, will survey eight major rivers around the lake to trace the origins of microplastics pollution and what river characteristics—such as
surrounding land use or nearby wastewater treatment plants—may be driving this.
 
Purdue University’s Zhao Ma will lead an interdisciplinary team that seeks to reduce nutrients, sediment, and E. coli contamination in southern Lake Michigan. The team will use models to assess best management practices (BMP) for reducing runoff and the willingness of individuals to implement these BMPs. Looking at these two approaches together will allow them to optimize the best courses of action to reduce overall pollution.
 
A project led by Sara McMillan, who studies biogeochemistry and hydrology at Purdue University, will examine drainage ditch design from multiple perspectives. McMillan will compare designs that improve long-term stability and ecological effectiveness.
 
And Beth Hall, Midwestern Regional Climate Center director, will work with Paul Roebber of the University of Wisconsin-Milwaukee to improve how flash flooding events in urban centers are predicted and communicated. Hall and Roebber’s project is partially funded by Wisconsin Sea Grant.

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Curious minds wanted! The Students Ask Scientists program connects classrooms with Great Lakes scientists to explore how science comes alive beyond the textbook.From burning questions to career inspiration, students dive into the wonders of the Great Lakes—one question at a time.Learn more at the link in bio.
The Invasive Crayfish Collaborative is hosting a webinar on Friday, September 12th at 11:00am CT / 12:00pm ET. Join us for the seminar "Red Swamp Crayfish Telemetry Across Seasons and Techniques" presented by post-doctoral researcher Dr. William Ota of Michigan State University. Dr. Ota will present his research on red swamp crayfish movement ecology, which involves the use of both radio and acoustic telemetry.Register at the link in bio.
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