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The CMS is a multiscale stochastic Lagrangian framework developed by Paris' Lab at the Rosenstiel School of Marine & Atmospheric Science to study complex migrations and give probability estimates of dispersion, connectivity, fate of pollutants, and other Lagrangian phenomena. This repository facilitates community contributions to CMS modules.
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README.md

connectivity-modeling-system (CMS), for more information please read and cite Paris et al. 2013EMS

The CMS is a multiscale stochastic Lagrangian framework developed by Professor Claire B. Paris and her team in the Paris' Lab of the University of Miami's Rosenstiel School of Marine and Atmospheric Science to trace complex planktonic migrations and give probability estimates of dispersion, fate of pollutants, marine population and oceanographic connectivity, and other Lagrangian phenomena. This repository facilitates and encourages COMMUNITY CONTRIBUTIONS TO CMS MODULES.

The CMS is an open-source Fortran toolbox for the multi-scale tracking of biotic and abiotic particles in the ocean. The tool is inherently multiscale, allowing for the seamless moving of particles between grids at different resolutions.

The CMS has been used on velocity fields from OFES, HYCOM, NEMO, MITgcm, UVic, ECCO2, SOSE, MOM and many other ocean models to computation dispersion, connectivity and fate in applications including large scale oceanography, marine reserve planning, and movement of marine biota all across the world.

The CMS uses RK4 timestepping and tricubic interpolation and is designed to be modular, meaning that it is relatively easy to add additional `behaviours' on the particles. Modules distributed with the code include random walk diffusion, mortality, diel migration, and mixed layer mixing.

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