Paul Choboter
- Mathematics Department
- California Polytechnic State University
- 805-756-5902
- pchobote@calpoly.edu
About me
Professor Choboter's research interests lie in Geophysical Fluid Dynamics, including numerical and theoretical modeling of the coastal ocean. Recently, he has been working on projects involving wind-driven coastal upwelling and the California Undercurrent.
Recent publications (3 of 5 publications)
Choboter, P., R. Samelson and J. Allen. 2005. New Solution of a Nonlinear Model of Upwelling. Journal of Physical Oceanography 35: 532-544.
Choboter, P. and G. Swaters. 2003. Two-Layer Models of Abyssal Equator-Crossing Flow. Journal of Physical Oceanography 33: 1401-1415.
Choboter, P. and G. Swaters. 2000. On the baroclinic instability of axisymmetric rotating gravity currents with bottom slope. J. Fluid Mech 408: 149 - 177.
Similar faculty on Fresca
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Research Assistant Professor / SDSU
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Director/Professor Computational Science Research Center / SDSU
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Assistant Professor / Cal Poly
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Assistant Professor / Cal Poly
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Assistant Professor / MLML
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Marine Science / MLML
Publications
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Choboter, P., R. Samelson and J. Allen. 2005. New Solution of a Nonlinear Model of Upwelling. Journal of Physical Oceanography 35: 532-544.
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Choboter, P. and G. Swaters. 2003. Two-Layer Models of Abyssal Equator-Crossing Flow. Journal of Physical Oceanography 33: 1401-1415.
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Choboter, P. and G. Swaters. 2000. On the baroclinic instability of axisymmetric rotating gravity currents with bottom slope. J. Fluid Mech 408: 149 - 177.
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Choboter, P. and G. Swaters. 2000. Modeling equator-crossing currents on the ocean bottom. Canad. Appl. Math. Quart 8: 367-385.
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Choboter, P. and G. Brunet. 2000. Forced Disturbances in a Zero Absolute Vorticity Gradient Environment. Journal of the Atmospheric Sciences 57: 1406-1419.
