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Rationalizing the Decline in Lake Michigan-Huron levels using the Coordinated Great Lakes Regulation and Routing Model



Contributors
Bryan Tolson;
Abstract
The Coordinated Great Lakes Regulation and Routing Model was used to simulate, over time, upper Great Lakes levels and flows and the water level fall between Lake Michigan-Huron and Lake Erie in a suite of comparative modelling experiments. Each of the model input factors were varied and their impacts on levels and on the fall between the two lakes computed to demonstrate the potential impacts of the various factors and their long-term impacts.
Reports:
Rationalizing Lake Michigan-Huron level Decline
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Supporting Content (Show)
Main Topics
St. Clair River
Questions We Asked
How has climate affected Michigan-Huron and Erie level relationship?
Key Findings
Hydroclimate accounts for 9-17 cm of total head decline
Recommendations
Remedial measures should not be taken in the St. Clair
Tasks
Hydroclimatic Patterns and Trends Analysis