A set of modules written in Modern Fortran grouped by topics.

1-D Biophysical Coupled Near-surface Mixing Model of the Strait of Georgia

Source code and build system for the MIDOSS project version of the MOHID model. Includes enhancements and features added to MOHID by Shihan Li and others at Dalhousie University. Initialized with code in Shihan Li's "UBC new" Visual Studio project during Shihan & Xiaomei's visit to UBC in Mar-2019.

Investigation into the use of Domain Specific Languages with the NEMO ocean model

Tsunami Simulator with parallel computing in modern Fortran

This is a repository containing MITgcm configuration files and a jupyter notebook used in studying symmetric instability in cross-equatorial western boundary currents.

An algorithm that maps the propagation of ocean waves in two dimensions

Coastal Ocean (CO) configuration of the Atlantic Margin Model (1.5 km resolution)

As part of my PhD I created a 1D biogeochemical configuration based on PISCES model (version 1 - Bopp et al, 2005) The configuration was created to study the impact of environmental changes (mainly Mixed Layer Depth and Light) over Southern Ocean primary production, from the seasonal to decadal scales.

An implementation of the depth-resolved phytoplankton primary production model by Westberry et al. 2008.

Ocean Assimilation Kit

Regional ocean circulation simulation of South East Asia using the NEMO framework

DIVA (Data-Interpolating Variational Analysis) is a software tool dedicated to the spatial interpolation of in situ data in oceanography.

The Oceanographic Multi-purpose Software Environment: a package for multi-physics and multi-scale earth science simulations.

Gibbs-SeaWater (GSW) Oceanographic Toolbox in Fortran

AeroBulk is a modern-FORTRAN-based package/library that gathers state-of-the-art aerodynamic bulk formulae algorithms used to compute turbulent air-sea fluxes of momentum, heat and freshwater.

This is the base code of the University of Victoria (UVic) Earth System Climate Model version 2.9 with the Model of Ocean Biogeochemistry and Isotopes (MOBI).

System of HydrodYnamic Finite Element Modules