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A. M. Moore, H. G. Arango, E. Di Lorenzon, B. D. Cornuelle, A. J. Miller and D. J. Neilson, “A Comprehensive Ocean Prediction and Analysis System Based on the Tangent Linear and Adjoint of a Regional Ocean Model,” Ocean-Modeling, Vol. 7, No. 2, 2004, pp. 227-258. doi:10.1016/j.ocemod.2003.11.001

has been cited by the following article:

• TITLE: Hydraulic Jump in the Gulf of California

  AUTHORS: David Salas-Monreal, David Alberto Salas-de-Leon, María Adela Monreal-Gomez, Mayra Lorena Riverón-Enzástiga, Erika Mojica-Ramírez

  KEYWORDS: Hydraulic Jump; Acoustic Doppler Current Profiles; Internal Waves; Zooplankton Biovolumes; Gulf of California

  JOURNAL NAME: Open Journal of Marine Science, Vol.2 No.4, October 31, 2012

  ABSTRACT: Acoustic Doppler current profiles and water density profiles were measured over the 280 m deep continental slope of the Gulf of California to elucidate the bathymetric effect on zooplankton distribution. These measurements were combined with water velocity and density simulations from the Regional Ocean Model System with and without the influence of Coriolis acceleration. The data revealed an acceleration of the near-bottom flow as it moved toward increasing depths. This acceleration was produced by the adjustment of the isopycnals to bathymetry (hydraulic jump). Zooplankton patches moved downward at the continental slope and then upward, thus exhibiting wave patterns. Model outputs without the effect of Coriolis acceleration also suggested that vertical zooplankton concentration followed a wave pattern. However, when Coriolis acceleration was added to the momentum equation, the horizontal zooplankton distribution was enhanced, which reduced the vertical zooplankton concentration observed over irregular bathymetries. Coriolis acceleration was responsible for horizontal dispersal of up to 20% of the total zooplankton concentration located over the wave trough.