Introduction to Physical Oceanography
Written by a scholar in the field, this book gives an introduction to physical oceanography and covers fundamental topics of interest to biologists, chemists, geologists, and physical oceanographers. It is suitable for one-semester, junior/graduate-level courses in Physical Oceanography offered in Oceanography, or Civil Engineering departments.
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Chapter Two A Stratified Ocean
Chapter Three The Transfer of Heat Across the Ocean Surface
The Conservation Equations
17 other sections not shown
acceleration amplitude Antarctic Antarctic Bottom Water Antarctic Circumpolar Current approximation Arctic Ocean assume atmosphere average balance bottom topography calculated Chapter circulation coastal coefficient component convection coordinate system Coriolis force Coriolis parameter decreases depth diffusion direction earth eddy Ekman equation of motion Equatorial estuary evaporation example Figure flow fluid flux frequency geostrophic gravity waves group velocity Gulf Stream gyres halocline horizontal pressure gradient increases Indian Ocean interface internal waves Kelvin wave kinetic energy latitude measure Mediterranean meters molecular move North Atlantic Northern Hemisphere observed ocean basins ocean currents oceanography Pacific particle period potential energy potential temperature processes radiation regions relative result river Rossby rotation salinity salt sea surface seawater shallow water waves slope South stratified surface layer surface temperature temperature and salinity thermocline tides tion transport turbulent upwelling vertical mixing viscosity wave height wavelength western boundary currents wind-driven zero