Modeling
CALYPSO is an ONR Departmental Research Initiative that addresses the challenge of observing, understanding and predicting the three-dimensional pathways by which water from the surface ocean makes its way into the deeper ocean. Here, we describe the CALYPSO research projects that have a dominant modeling research component.
4D-LANES: Four-Dimensional Lagrangian Analysis, Numerics, and Estimation Systems
MSEAS Research Group - MIT
Pierre Lermusiaux, Manan Doshi, Patrick Haley, Chris Mirabito
High resolution real-time, hindcast, and reanalysis modelling of vertical velocities and 3D pathways at Alboran Fronts
SOCIB - IMEDEA (UIB-CSIC), Spain
Baptiste Mourre, Maximo Garcia-Jove, Jaime Hernandez-Lasheras, Alex Santana, Eugenio Cutolo, Nikolaos Zarakanellos, John Allen, Joaquín Tintoré
Modeling Coherenet Lagrangian Pathways from the Surface Ocean to the Interior
UCLA, UCAR
James McWilliams and Peter Sullivan
Coherent Lagrangian Pathways in 3D+1 Submesoscale Transport in CALYPSO
University of Delaware
Helga Huntley and Denny Kirwan
Theory, modeling and observations of 3D transport processes in flows with fronts
Woods Hole Oceanographic Institution
Larry Pratt and Irina Rypina
The role of high Rossby number processes on vertical pathways in the upper ocean
Woods Hole Oceanographic Institution
Ruth Musgrave
Frontogenesis and Subduction at the Alboran Fronts
Woods Hole Oceanographic Institution
Amala Mahadevan, Mara Freilich, Mathieu Dever
Analyzing vertical ocean transport with Lagrangian coherent structures
Northeastern University
Michael Allshouse