Buoyant microplastic pollution disperses widely from sources via strong wind-driven water
currents in lakes and oceans. This ability for dispersal depends critically upon the particle's …

Combining field measurements, 3‐D numerical modeling, and Lagrangian particle tracking,
we investigated wind‐driven, Ekman‐type coastal upwelling during the weakly stratified …

The wind-driven nature of large lakes suggests that the accuracy of meteorological inputs is
essential for hydrodynamic modelling. Moreover, coupling between the meteorological …

Hypoxia formation and breakdown were tracked during 2015 in Muskegon Lake estuary at
multiple locations, and five years (2011–2015) of time-series buoy observatory data were …

Abstract Within the Laurentian Great Lakes, many native fishes use wetlands for spawning;
however, these areas are also used by non-native common carp (Cyprinus carpio) that may …

Asian carps are threatening to establish in the Great Lakes basin and the examination of
factors leading to spawning success is vital for preventive efforts. Hydrodynamic modelling …

Abstract Coastal Wetlands (CWs) provide critical ecosystem services that maintain
biogeochemical processes and habitats in the coastal zone of the Great Lakes. When …

In this work, a multi-parameter inter-comparison of diverse ocean forecast models was
conducted at the sea surface ranging from global to local scales in a two-phase stepwise …

Hardening of natural shorelines in urban aquatic ecosystems can result in a loss of fish
habitat and productivity. The north shore of Toronto Harbour (Lake Ontario) has been …

This article evaluates the role that different levels of control for combined sewer overflows
have in addressing the recreational water quality objectives of the Toronto Inner Harbour of …