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OCIM Workshop June 23 at OCB 2019

Posted by mmaheigan 
· Tuesday, July 23rd, 2019 

OCIM Workshop Report
This workshop, held June 23, 2019 at Woods Hole Oceanographic Institution, was attended by 22 researchers from 18 different institutions. This tutorial-based workshop focused on teaching participants to use the Ocean Circulation Inverse Model (OCIM) for biogeochemical modeling. Participants were introduced to the basics of transport matrix calculations using MATLAB, and learned to build simple to moderate-complexity biogeochemical models using OCIM. Topics covered in the workshop included simulations of ventilation age and water-mass tracers; simulations of preformed tracers and analysis of preformed and regenerated nutrient distributions; gas exchange and simple gas tracer simulations; introduction to multi-tracer models using simple models of organic matter production and remineralization; iterative methods vs. direct methods for solving large systems of equations; and using Newton's method to find equilibrium solutions to non-linear models. Participants received sample codes and an OCIM instruction manual for future reference.

Workshop is full! If you are interested in the OCIM but can't attend the workshop please seek Tim out during OCB2019 or contact him by email.
A 1-day workshop will be held in Woods Hole on Sunday, June 23 just before the OCB workshop for those interested in using an ocean circulation inverse model (OCIM) in their research. The OCIM is a data-constrained, lightweight, MATLAB-based ocean circulation model for global modeling of biogeochemical tracers. It has been used to model nutrients, carbon, oxygen, trace metals, and marine food webs, among others. Workshop participants will be provided with model code and instructions, and will engage in tutorial sessions designed to promote familiarity with the model and ability to design and run biogeochemical simulations. Examples of topics that might be covered include: age and water-mass tracers, preformed tracers, diagnostic calculations, transient tracers, air-sea gas exchange, organic matter production and remineralization, isotopes, non-linear models and Newton's method, iterative solvers, and optimization.  Requirements: a laptop computer with MATLAB installed and at least 8 GB RAM. Recommended: Working knowledge of MATLAB. Please direct questions to Tim DeVries at tdevries@geog.ucsb.edu.

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Funding for the Ocean Carbon & Biogeochemistry Project Office is provided by the National Science Foundation (NSF) and the National Aeronautics and Space Administration (NASA). The OCB Project Office is housed at the Woods Hole Oceanographic Institution.