• Develop a software platform to provide real-time, online access to advisories for consumption of recreationally-caught fish

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• Explore application of a new enabling technology to aquatic food web dynamics
• Assess whether organisms within trophic levels have unique chemical/nutrient compositions

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• Analyze lake sturgeon Acipenser fulvescens DNA sequence data for genetic markers

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• Develop and apply eDNA sampling methods for detecting fish species and  measuring eDNA concentration in these large, complex habitats
• Compare results between fish capture methods and eDNA methods

• Investigate the genetics of populations of Phragmites australis
  (common reed) throughout the Lake Michigan coast of Illinois and Indiana

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• Test the ability of a mobile atmospheric sounding system, and best deployment methods, to observe marine boundary layer (MBL) structure and evolution across Lake Michigan
• Compare observations from this sounding system to nearby standard NOAA National Weather Service (NWS) sounding data in the Great Lakes region
• Conduct initial tests of theories by Workoff (2010) on cross-lake changes in marine boundary layer vertical stability and wind structure
• Use pilot data gathered during these field tests to develop a more complete observational field study of interactions between Lake Michigan marine boundary layers and deep convective storm systems

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Some linked publications may not fully meet current ADA accessibility standards and are provided for historical and archival purposes. If you need a plain-text screen or reader-friendly version of any document on our website, please contact us and we will do our best to provide one.