In this study, a computation‐efficient parameter estimation scheme for high‐resolution global
tide models is developed. The method is applied to Global Tide and Surge Model with an …

Dr. Keith Thompson was a highly influential scientist in marine prediction and environmental
statistics in Canada and abroad. He was also exceptionally successful for providing high …

We describe the design, implementation, and performance of a fully automated Santos
Operational Forecasting System (SOFS), built to monitor and predict short-term (< 3 days) …

The development of a computationally efficient scheme for predicting the global distribution
of total water level (TWL) is discussed. The ocean model is barotropic, has a horizontal grid …

This is a review article invited by Atmosphere-Ocean to document the contributions of
Recherche en Prévision Numérique (RPN) to Numerical Weather Prediction (NWP). It is …

This study applies a baroclinic‐coupled depth‐integrated modeling system to the North
Atlantic Ocean, where an unstructured mesh is used to focus resolution down to∼ 30 m …

In operational flood forecast systems, the effect of sea ice is typically neglected or
parameterized solely in terms of ice concentration. In this study, an efficient way of adding …

Operational flood forecast systems are typically based on barotropic models in order to limit
computational cost. In this study, a computationally efficient way of adding spatial and …

This study showcases a global, heterogeneously coupled total water level system wherein
salinity and temperature outputs from a coarser‐resolution (∼ ∼ 12 km) ocean general …

The existing operational storm surge model for the Canadian Pacific coast is barotropic
without coupling with tides. Here a baroclinic ocean model, which includes tides, storm …