Indian coasts are often influenced by life-threatening water levels caused by tropical
cyclones. To have a better long-term planning for the coastal districts due to tropical …

High-resolution lake ice/water observations retrieved from satellite imagery through efficient,
automated methods can provide critical information to lake ice forecasting systems …

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

A real-time forecast model of surface hydrodynamics in Lake Ontario (Coastlines-LO) was
developed to automatically predict storm surges and surface waves. The system uses a …

The near-shore and estuary environment is characterized by complex natural processes. A
prominent feature is the wind-generated waves, which transfer energy and lead to various …

Lake Erie is the fourth largest, in surface area, of the Great Lakes. Seiching events in the
lake have in the past led to breaches of the flood wall in Buffalo (at the eastern end of the …

An automated real-time forecast model of surface hydrodynamics in Lake Ontario
(Coastlines-LO) was developed to predict storm surge and surface waves. The system uses …

Extreme coastal events initiate free-oscillations in water levels in enclosed bodies of water.
These fluctuations, known as seiches, are periodic and have low frequencies. Seiching …

ABSTRACT Sogut, E. and Farhadzadeh, A., 2021. Numerical study of longshore variation in
beach morphodynamics along Eastern Lake Erie shoreline due to seiche. Journal of Coastal …

ABSTRACT A general wave module is developed based on the third-generation theories; it
is then coupled to the current model SRH-2D to produce a resultant wave-current interaction …