Search Results - "Mathematical models of oceanography"

Atmospheric Cold Front-Induced Exchange Flows through a Microtidal Multi-Inlet Bay: Analysis Using Multiple Horizontal ADCPs and FVCOM Simulations.

Authors: CHUNYAN LI WEI HUANG MILAN, BRIAN

Source: Journal of Atmospheric & Oceanic Technology; Mar2019, Vol. 36 Issue 3, p443-472, 30p

Arctic sea ice in the global eddy-permitting ocean reanalysis ORAP5.

Authors: Tietsche, Steffen Balmaseda, Magdalena Zuo, Hao et al.

Source: Climate Dynamics. Aug2017, Vol. 49 Issue 3, p775-789. 15p.

Subjects: Sea ice, Mathematical models of oceanography, Eddy currents (Electric), Atmospheric temperature standard deviations, Seasonal variations in the ocean

Geographic Terms: Arctic regions

An assessment of upper ocean salinity content from the Ocean Reanalyses Inter-comparison Project (ORA-IP).

Authors: Shi, L. Alves, O. Wedd, R. et al.

Source: Climate Dynamics. Aug2017, Vol. 49 Issue 3, p1009-1029. 21p.

Subjects: Seawater salinity, Mathematical models of oceanography, Ocean currents, Seasonal variations in the ocean

Geographic Terms: Pacific Ocean

Editorial-the 8th International Workshop on Modeling the Ocean (IWMO 2016) in Bologna, Italy, June 7-10, 2016.

Authors: Ezer, Tal Oey, Lie-Yauw Xue, Huijie et al.

Source: Ocean Dynamics. Jan2018, Vol. 68 Issue 1, p153-156. 4p.

Subjects: Mathematical models of oceanography, University of Bologna, Ocean turbulence

Assimilation of Different SST Datasets to a Coastal Ocean Modeling System in the Yellow and East China Sea.

Authors: Kwon, Kyungman Choi, Byoung-Ju Lee, Sang-Ho

Source: Journal of Coastal Research. 2018 Special Issue 85, Vol. 85, p1041-1045. 5p. 3 Charts, 5 Graphs.

Subjects: Territorial waters, Mathematical models of oceanography, Ocean temperature, Hydrographic surveying, Standard deviations, Computer simulation

Effect of compressive strength on the performance of the NEMO-LIM model in Arctic Sea ice simulation.

Authors: Dong, Chunming Luo, Xiaofan Nie, Hongtao et al.

Source: Journal of Oceanology & Limnology. Jan2023, Vol. 41 Issue 1, p1-16. 16p.

Subject Terms: *Sea ice, *Mathematical models of oceanography, *Compressive strength, *Performance evaluation, *Computer simulation, *Thermodynamics

The role of local atmospheric forcing on the modulation of the ocean mixed layer depth in reanalyses and a coupled single column ocean model.

Authors: Pookkandy, Byju Dommenget, Dietmar Klingaman, Nicholas et al.

Source: Climate Dynamics. Nov2016, Vol. 47 Issue 9/10, p2991-3010. 20p.

Subjects: Atmospheric pressure, Mathematical models of oceanography, Mixing height (Atmospheric chemistry), Global Ocean Observing System, Atmospheric circulation, Seasonal temperature variations

Opposite Variability of Indonesian Throughflow and South China Sea Throughflow in the Sulawesi Sea.

Authors: Wei, Jun Li, M. T. Malanotte-Rizzoli, P. et al.

Source: Journal of Physical Oceanography. Oct2016, Vol. 46 Issue 10, p3165-3180. 16p.

Subjects: Mathematical models of oceanography, Ocean currents, Amplitude estimation, Monsoons, Precipitation variability

Modulation of Tropical Instability Wave Intensity by Equatorial Kelvin Waves.

Authors: Holmes, R. M. Thomas, L. N.

Source: Journal of Physical Oceanography. Sep2016, Vol. 46 Issue 9, p2623-2643. 21p.

Subjects: Kinetic energy, Mathematical models of oceanography, Ocean waves, Energy budget (Geophysics), Ocean dynamics

Geographic Terms: Pacific Ocean

On the Minimum Potential Energy State and the Eddy Size-Constrained APE Density.

Authors: Su, Zhan Ingersoll, Andrew P.

Source: Journal of Physical Oceanography. Sep2016, Vol. 46 Issue 9, p2663-2674. 12p.

Subjects: Mathematical models of oceanography, Kinetic energy, Potential energy, Algorithms, Seawater, Eddies

The Mechanical Energy Budget of a Regional Ocean Model.

Authors: MacCready, Parker Giddings, Sarah N.

Source: Journal of Physical Oceanography. Sep2016, Vol. 46 Issue 9, p2719-2733. 15p.

Subjects: Mathematical models of oceanography, Kinetic energy, Ocean energy resources, Potential energy, Ocean circulation

3D spatial conservation prioritisation: Accounting for depth in marine environments.

Authors: Venegas‐Li, Rubén Kark, Salit Levin, Noam et al.

Source: Methods in Ecology & Evolution. Mar2018, Vol. 9 Issue 3, p773-784. 12p.

Nested-grid ocean modeling for the western North Pacific and Japan's coastal region.

Authors: Hiroyasu Hasumi¹

Source: PICES Scientific Report. Jan2018, Vol. 54, p56-60. 5p.

Regional high-resolution ocean models in the western North Pacific and its marginal seas.

Authors: Shin-ichi Ito Hiroyuki Tsujino Yasumasa Miyazawa et al.

Source: PICES Scientific Report. Jan2018, Vol. 54, p44-55. 12p.

Toward a preconditioned scalable 3DVAR for assimilating Sea Surface Temperature collected into the Caspian Sea.

Authors: Arcucci, R. Carracciuolo, L. Toumi, R.

Source: Journal of Numerical Analysis Industrial & Applied Mathematics. 2018, Vol. 12 Issue 1/2, p9-28. 20p.

²³¹Pa and ²³⁰Th in the ocean model of the Community Earth System Model (CESM1.3).

Authors: Sifan Gu Zhengyu Liu

Source: Geoscientific Model Development. 2017, Vol. 10 Issue 12, p4723-4742. 20p.

A 4D-variational ocean data assimilation application for Santos Basin, Brazil.

Authors: Fragoso, Mauricio Carvalho, Gabriel Soares, Felipe et al.

Source: Ocean Dynamics. Mar2016, Vol. 66 Issue 3, p419-434. 16p.

Subjects: Coasts, Mathematical models of oceanography, Weather forecasting, Hydrography, Comparative studies

Geographic Terms: Brazil

Cohesive/cohesionless sediment transition diameter from settling velocity data.

Authors: Mehta, Ashish Letter, Joseph

Source: Ocean Dynamics. Sep2015, Vol. 65 Issue 9/10, p1213-1219. 7p.

Subjects: Mathematical models of oceanography, Sediment transport, Flocculation, Velocity distribution (Statistical mechanics), Electrochemical analysis, Shearing force

Impacts of mesoscale eddies in the South China Sea on biogeochemical cycles.

Authors: Guo, Mingxian Chai, Fei Xiu, Peng et al.

Source: Ocean Dynamics. Sep2015, Vol. 65 Issue 9/10, p1335-1352. 18p.

Subjects: Biogeochemical cycles, Mathematical models of oceanography, Mesoscale eddies, Phytoplankton

Geographic Terms: Pacific Ocean, South China Sea

The implementation of sea ice model on a regional high-resolution scale.

Authors: Prasad, Siva Zakharov, Igor Bobby, Pradeep et al.

Source: Ocean Dynamics. Sep2015, Vol. 65 Issue 9/10, p1353-1366. 14p.

Subjects: Sea ice, Mathematical models of oceanography, Computer simulation, High performance computing, Weather forecasting, Natural satellites