Research Project Microbes
Microbes
Toxic byproducts generated in disinfected drinking water contaminated with pharmaceuticals
Exploring the diversity and biopharmaceutical potential of unculturable bacteria from Lake Michigan sediments
DNA fingerprinting as a means for tracing the source of E. coli contamination
Genomic Typing of Escherichia coli Isolates from Human, Animal and Environmental Sources by Random Amplified Polymorphic DNA (RAPD) Analysis
Bioremediation of Sediments Contaminated by Polynuclear Aromatic Hydrocarbons
Assessment of Bacterial and Viral Contamination in Burns Ditch and Lake Water in Northwest Indiana
Recent News
IISG Instagram
Celebrate Earth Day with freshwater science and good conversation! Join Illinois-Indiana Sea Grant, the Northwestern Center for Water, Loyola University researcher Tim Hoellein, and IISG’s Sarah Zack for Science Sips: Trash Talk about Chicago Waterways. Learn what research reveals about litter and trash in Lake Michigan and Chicago waterways and what we can do to help.
Plus, enjoy Great Lakes trivia games!
📅 April 22, 2026
⏰ 7–9 PM
📍 Sketchbook Brewing Company, Evanston Tap Room
Come curious and ready to test your Great Lakes knowledge!
Looking for a fun way to teach about marine debris? Check out Me and Debry, which is a whimsical, 30‑minute, audience‑participation play created for @UWiscSeaGrant. It helps students explore what marine debris is, why it matters, and how we can make a difference in the Great Lakes.
The full script (English) and participation scripts (English, Spanish, and Hmong) are free to use, along with marketing materials for performances.
Bring learning to life and start a conversation about litter in our waters!
Check it out at the link in bio.
#TeachingTuesday
Do you work or live along the Great Lakes coasts? Watch our newly released video series collection, containing several short videos that overview the range of coastal protection options in the Great Lakes, including:
- Natural processes in the Great Lakes
- Hard coastal protection structures and how they interact with/alter natural processes
- Nature-based coastal solutions in the Great Lakes, ranging from green to gray approaches
Find our two new video series at the link in bio.
Meet IISG grad student scholar, Qianyu Zhao! Qianyu is a PhD student at the University of Illinois Urbana-Champaign, focusing on understanding and reducing nutrient loss pollution. His research combines diverse datasets, watershed modeling, and machine learning to trace the movement of nitrogen and phosphorus at the regional scale. Through IISG, he is working to identify the sources and pathways of nutrient loading and translate that science into actionable guidance for policymakers and land managers protecting water quality across the region.
Learn more about Qianyu’s research at the link in bio.
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