In this study, a high-resolution, two-dimensional (2D), time-dependent hydrodynamic model
of the St. Lawrence fluvial estuary was developed with the objective of documenting the tidal …

Large fluvial lakes are understudied with respect to their underwaterlight climates. Fluvial
lakes pose unique challenges for photobiologistsinterested in the interactions amongst light …

We measured characteristics of the underwater light spectra (eg, attenuation of ultraviolet
[UV] radiation, photosynthetically active radiation) and select dissolved and particulate …

Floods are among the most important natural disasters in the world. These phenomena are
due to climate changes, which have caused natural hydrological events such as heavy …

Modeling the spatial distribution of mobile organisms under rapidly changing environmental
conditions is a challenging endeavor that has to be undertaken whenever the impacts of …

Typified by heterogeneous habitats, large rivers host diversified communities throughout
their course. As the spatial organisation of fish communities within these ecosystems …

Contributions by Canadian fluvial geomorphologists between 1999 and 2003 are discussed
under four major themes: sediment yield and sediment dynamics of large rivers; cohesive …

To enhance understanding of the complex functioning of the St. Lawrence fluvial estuary—a
macro-tidal, freshwater estuary located in Quebec, Canada—a 3D numerical model is set up …

This study investigates the spatial heterogeneity of macrophyte communities in a fluvio-
lacustrine landscape. We analysed the importance of the geomorphological point/bay …

Long-term data are required to quantify the impacts of historic industrial pollution and
subsequent remedial action on the nearshore benthic community in the St. Lawrence River …