Other Resources

The links below can be used to learn more about observational buoys and other data-collecting devices in the Great Lakes and around the world.

Buoy and Other Real-Time Data:

Chicago Parks District Beach Water Quality Data

WQ DataLIVE app

Great Lakes Observing Systems (GLOS) (many of the real-time measurements available in the Great Lakes)

National Data Buoy Center (NDBC) (water- and shore-based real-time measurements around the world)

NOAA Great Lakes Environmental Research Laboratory (GLERL) Coastwatch (water- and shore-based observations from around the Great Lakes)

Great Lakes Webcams:

LimnoTech Webcam Gallery (buoy-based webcams across the Great Lakes)

Great Lakes Environmental Research Laboratory Webcams (shore-based webcams around the Great Lakes)

Wind and Wave Data:

NOAA Great Lakes Coastal Forecasting System (GLFCS) (Wave and wind nowcast and forecast models across the Great Lakes)

SAILFLOW (wind map and other forecast information)

Windy (wind map and other forecast information)

Educational Materials:

Lake Michigan By The Numbers Curriculum (a curriculum for integrating real-time buoy data as a teaching tool about Lake Michigan conditions and current issues)

Limno Loan Program (educators can borrow water quality monitoring equipment for use in learning activities)

Contact Info

Aquatic Ecology and Buoy Specialist

Les Warren

Research Coordinator

Carolyn Foley
765-494-3601

Campus Engagement Coordinator

Angela Archer
765-496-3722

IISG Instagram

Learn how the green pigment in plants can help scientists understand how much plant and animal life a waterbody can support.  This video is part of a series that provides an introduction into seven water quality measurements that can be used to determine baseline conditions and identify changes in water quality. Learn more: http://www.limnoloan.org

Learn how the green pigment in plants can help scientists understand how much plant and animal life a waterbody can support. This video is part of a series that provides an introduction into seven water quality measurements that can be used to determine baseline conditions and identify changes in water quality.

Learn more: http://www.limnoloan.org
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