Accurately predicting stream water temperature at large scales requires modeling
techniques that account for various physical, chemical, and biological processes that …

High-resolution numerical weather prediction experiments using the Global Environmental
Multiscale (GEM) model at a 250-m horizontal resolution are used to investigate the effect of …

While river water temperatures are a strong control on instream processes and aquatic
ecosystems, monitoring networks for river water temperatures are often sparse. Despite …

Caya, A., R. Laprise, and P. Zwack, 1998: Consequences of using the splitting method for
implementing physical forcings in a semi-implicit semi-Lagrangian model. Mon. Wea. Rev …

Deep convective overshooting has been shown to transport water vapor into the midlatitude
lower stratosphere. However, it has not been demonstrated how the convective water vapor …

Numerical models that are unable to resolve moist convection in the atmosphere employ
physical parameterizations to represent the effects of the associated processes on the …

The interpolation process is the most computationally expensive step of the semi-
Lagrangian (SL) approach for solving advection and is commonly used in numerical …

Several configurations of the Canadian Precipitation Analysis system (CaPA) currently
produce precipitation analyses at Environment and Climate Change Canada (ECCC). To …

The adequate representation of interactions between the land surface and the atmosphere
is of crucial importance in modern numerical weather prediction (NWP) systems. In this …

Accurate calculation of departure points is crucial for the overall accuracy of a semi‐
Lagrangian advection scheme. The iterative method used in the semi‐Lagrangian advection …