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The science and research conducted as part of the International Upper Great Lakes Study was essential to support the Study Board's key findings and recommendations.  A list of projects is provided below.  Use the filters provided to help find what you're looking for, and select "View Details" to find more information about projects you are interested in.

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Water Uses Coping Zones

Richard Bartz; Pat Inch

Coping zones to assess the risk associated with fluctuating water levels on domestic, municipal and industrial water users
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Water Uses Synthesis and Summary

Richard Bartz; Pat Inch

Summary of objectives, scope and methods used to evaluate water level impacts on domestic, municipal & industrial water users.
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Hydropower Contextual Narrative

Robert Sinclair; David Patton, Paul King-Fisher, Andrew Punkari, Steve Rose, Peter Yee

A contextual narrative describing hydropower production in the Great Lakes with emphasis on the St. Marys River and Niagara River.
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Peaking and Ponding Plan Assessment

Mark Lorie;

Investigated relationship between Superior outflows and peaking and ponding operations, impacts on hydropower and shipping
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Electricity Price Forecasts

David White; Alice Napoleon

Relationships between St. Marys River hydropower operations, the regional energy market, and current and future energy prices
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Hydropower Regression Relationships

Yin Fan; David Fay

Regression relationships were developed to relate flow, head and tailwater levels to St. Marys River hydropower production
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Soo Headrace Canal Modelling

Jacob Bruxer;

Maximum capacity of the Soo hydropower plant headrace canals at low water conditions was investigated with hydraulic models
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Hydropower Coping Zones

Peter Yee; Steve Rose

Established ranges of levels & flows affecting hydropower, from desirable and tolerable to long-lasting adverse impacts.
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Soo Structures Stability and Emergency Measures Analysis

Peter Yee;

Discussion on the stability of Soo structures and possible emergency measures during extreme Great Lakes water supplies
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Hydropower Performance Indicators

Peter Yee;

Hydropower performance indicators were developed to assist in formulating and evaluating Lake Superior regulation plans
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