There is a strong inter-annual and inter-decadal variability in time series of flood-related
variables, such as intense precipitation, high river discharge, flood magnitude, and flood …

This paper aims to detect trends in mean flow and total precipitation data over southern parts
of Quebec and Ontario, Canada. The main purpose of the trend assessment is to find out …

Winter and summer 7-day low flows of eighteen natural rivers in the St. Lawrence River
watershed of Quebec were analyzed over the period from 1934 to 2000. The rivers were first …

Reduced snow storage has been associated with lower river low flows in mountainous
catchments, exacerbating summer hydrological droughts. However, the impacts of changing …

Having a realistic estimation of snow cover by conceptual hydrological models continues to
challenge hydrologists. The calibration of the free model parameters is an unavoidable step …

Quebec is experiencing a significant increase in summer and fall temperatures and rainfall.
This study compares the spatiotemporal variability of maximum daily flows generated by …

Multi-scale temporal variability of precipitation has an established relationship with floods
and droughts. In this paper, we present the diagnostics on the ability of 16 General …

Several statistical methods were used to analyze the spatio-temporal variability of daily
minimum extreme flows (DMEF) in 17 watersheds—divided into three homogenous …

Despite its societal relevance, the question whether fluctuations in flood occurrence or
magnitude are coherent in space has hardly been addressed in quantitative terms. We …

The interactions between precipitation, streamflow and groundwater are very complex. In
cold temperate regions characterized by harsh winters, winter streamflow is mainly derived …