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Ali Arkamose Assani
Various manmade features (diversions, dredging, regulation, etc.) have affected water levels in the Great Lakes and their outlets since the 19th century. The goal of this study is to analyze the impacts of such features on the stationarity and dependence...
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Ali Arkamose Assani
The goal of this study is to demonstrate the usefulness of the Lombard method for analyzing dam-induced hydrologic impacts. The method was used to accurately detect the effects of the construction of a diversion dam in 2003 on annual and seasonal maximum...
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Jean-Michel Sylvain, Ali Assani, Raphaëlle Landry, Jean-François Quessy and Christophe Kinnard
This study presents a comparison of the spatio-temporal variability of characteristics (magnitude, duration and timing) of annual minimum daily extreme flows (AMEF) as a function of land use and the mode of management of dams. Streamflow measured at stat...
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Ali Assani, Raphaëlle Landry, Mikaël Labrèche, Jean-Jacques Frenette and Denis Gratton
Although climate models predict that the impacts of climate change on the temporal variability of water levels in the St. Lawrence River will be seasonally-dependent, such a seasonal effect on the current variability of extreme water levels has never bee...
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