PO13C:
Mesoscale and Submesoscale Processes: Characterization, Dynamics, and Representation II
Submit an Abstract to this Session
PO13C:
Mesoscale and Submesoscale Processes: Characterization, Dynamics, and Representation II
Mesoscale and Submesoscale Processes: Characterization, Dynamics, and Representation II
Session ID#: 11467
Session Description:
Mesoscale and submesoscale features such as coherent eddies, fronts, jets, and striations are ubiquitous in the world ocean. These features contribute significantly to horizontal and vertical transport and mixing, and have important interactions with the larger and smaller scale circulations, as well as with the physical and biogeochemical components of the climate system. However many aspects of their structure, evolution, and impacts are not fully understood, and they remain poorly represented in large-scale models.
This unified session invites reports on theoretical, observational, and modeling studies on all topics relating to mesoscale and submesoscale phenomena such as eddies, fronts, and jets, and in particular on the following three themes:
(i) Detection, observation, and description of mesoscale and submesoscale features and their dynamics
(ii) Understanding mesoscale and submesoscale impacts, transport characteristics, and interactions with the circulation, as well as surface, biogeochemical and climate processes
(iii) Representing mesoscale and submesoscale processes in numerical models, and model sensitivity to such parameterizations.
We aim to showcase novel methods and results that make the most of the rapidly growing sophistication of the datasets and models available, with the hope of inspiring an improved understanding of eddy processes and their role in the global climate system.
This unified session invites reports on theoretical, observational, and modeling studies on all topics relating to mesoscale and submesoscale phenomena such as eddies, fronts, and jets, and in particular on the following three themes:
(i) Detection, observation, and description of mesoscale and submesoscale features and their dynamics
(ii) Understanding mesoscale and submesoscale impacts, transport characteristics, and interactions with the circulation, as well as surface, biogeochemical and climate processes
(iii) Representing mesoscale and submesoscale processes in numerical models, and model sensitivity to such parameterizations.
We aim to showcase novel methods and results that make the most of the rapidly growing sophistication of the datasets and models available, with the hope of inspiring an improved understanding of eddy processes and their role in the global climate system.
Primary Chair: Stephanie Waterman, University of British Columbia, Earth, Ocean and Atmospheric Sciences, Vancouver, BC, Canada
Chairs: Shane R Keating, University of New South Wales, Sydney, NSW, Australia, Ryo Furue, JAMSTEC Japan Agency for Marine-Earth Science and Technology, Kanagawa, Japan and Mehmet Ilicak, Uni Research, Bergen, Norway
Moderators: Shane R Keating, University of New South Wales, Sydney, NSW, Australia, Eric Chassignet, The Florida State University and John Ryan Taylor, University of Cambridge, DAMTP, Cambridge, United Kingdom
Student Paper Review Liaison: Shane R Keating, University of New South Wales, Sydney, NSW, Australia
Index Terms:
4520 Eddies and mesoscale processes [OCEANOGRAPHY: PHYSICAL]
4594 Instruments and techniques [OCEANOGRAPHY: PHYSICAL]
Abstracts Submitted to this Session:
Estimations of Vertical Velocities Using the Omega Equation in Different Flow Regimes in Preparation for the High Resolution Observations of the SWOT Altimetry Mission (91213)
Retrieving Mesoscale Vertical Velocities along the Antarctic Circumpolar Current from a Combination of Satellite and In Situ Observations (91839)
Quasi-Geostrophic Diagnosis of Mixed-Layer Dynamics Embedded in a Mesoscale Turbulent Field (88270)
Contribution of inertia in mesoscale eddies when deriving ocean currents from sea surface height. (88213)
See more of: Physical Oceanography/Ocean Circulation