Application of the Wetland Fish Index to northern Great Lakes marshes with an emphasis on Georgian Bay coastal wetlands
The wetland fish index (WFI), a published indicator of wetland condition that ranks wet- lands based on tolerance of fish species to degraded water-quality conditions, had been developed with data from 40 wetlands located exclusively in the southern portion of the Great Lakes
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Aids of the conservation of Great Lakes coastal marshes: development of a macrophyte index and a novel macrophyte sampling protocol
Wetlands are a valuable resource, providing many ecosystem services, but unfortunately, coastal wetlands in the Great lakes are under threat from human development, including water quality impairment, introduction of exotic invasive species as well as physical damage such as
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Forcasting the response of coastal wetlands to declining water levels and environmental disturbances in the Great Lakes
The overall purpose of this study was to examine the impact of increasing human-induced and natural stresses on the distribution of aquatic vegetation and fish along the Great Lakes shoreline.
The first part of the dissertation proposes a predictive model to examine the effect
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Development and use of fish-based indicators of wetland quality for Great Lakes coastal wetlands
This study focuses on fish habitat in Great Lakes coastal wetlands and the impact of environmental degradation, from nutrient and sediment loading, on fish assemblages. Wetland fish communities were studied on multiple spatial scales from a detailed study of a single wetland to
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Great Lakes coastal wetlands monitoring and assessment techniques
The overall objective of this study is to contribute to general knowledge on bioassessment of Great Lakes coastal wetlands. Coastal wetlands (also referred to as marshes) are unique systems that experience day-to-day changes due to storms, high winds, and rapid changes in
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