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Participants

Amala Mahadevan

Mara Freilich and Mathieu Dever

Woods Hole Oceanographic Institution
Project: Frontogenesis and Subduction at the Alboran Fronts

Shaun Johnston

Scripps Institution of Oceanography
Project: Vertical velocity in submesoscale streamers from spatial surveys following a profiling float array

Tamay Ozgokmen

University of Miami
Project: Identification and Real-Time Tracking of Fronts and Subduction Zones Through Deployments of Massive Arrays of Biodegradable Drifters

Larry Pratt and Irina Rypina

Woods Hole Oceanographic Institution
Project: Theory, modeling and observations of 3D transport processes in flows with fronts

Dan Rudnick

Scripps Institution of Oceanography
Project: Observations of three-dimensional frontal circulation using underwater gliders

Andrey Shcherbina and Craig McNeil

Applied Physics Laboratory, University of Washington
Project:  AUV Observations of Small-scale Frontal Convergence

Ruth Musgrave

Woods Hole Oceanographic Institution
Project: The role of high Rossby number processes on vertical pathways in the upper ocean

Sutanu Sarkar

UC San Diego
Project: Multiscale modeling of vertical and horizontal dispersion of material by submesoscale motions in frontal regions

Luca Centurioni

Scripps Institution of Oceanography
Project: Development and Innovation of Lagrangian Drifters in Support of ONR Activities

Eric D'Asaro and Andrey Shcherbina

Applied Physics Laboratory, University of Washington
Project: Three Dimensional Lagrangian Trajectories

James McWilliams and Peter Sullivan

UCLA, UCAR
Project: Modeling Coherenet Lagrangian Pathways from the Surface Ocean to the Interior

Helga Huntley and Denny Kirwan

University of Delaware
Project: Coherent Lagrangian Pathways in 3D+1 Submesoscale Transport in CALYPSO

Tom Farrar

Woods Hole Oceanographic Institution
Project: The role of high Rossby number processes on vertical pathways in the upper ocean

Pierre Lermusiaux

MIT
Project: 4D-LANES: Four-Dimensional Lagrangian Analysis, Numerics, and Estimation Systems

Annalisa Griffa

CNR, Italy
Project:  Vertical velocities and 3D pathways

Uwe Send and Matthias Lankhorst

Scripps Institution of Oceanography
Project: Eulerian inflow observations for Lagrangian analyses of coherent structures using low-cost short-term real-time moorings

Michael Allshouse

Northeastern University
Project: Analyzing vertical ocean transport with Lagrangian coherent structures

Thomas Peacock

MIT
Project: Uncovering Lagrangian transport features associated with oceanic fronts, meanders, eddies and filaments

Pierre-Marie Poulain

CMRE, Italy
Project: Lagrangian Measurements in the Eastern Alboran Sea (LAMEAS)

Simón Ruiz & Ananda Pascual

IMEDEA, CSIC, Spain
Project: Frontogenesis and Subduction at the Alboran Fronts

Joaquín Tintoré and John Allen

Baptiste Moure, Eva Alou, Nikolaos Zarakanellos, Cristian Munoz and Inma Ruiz

SOCIB, Spain
Project: 3D Pathways, vertical velocity and biogeochemistry at Alboran Fronts