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Geophysical Fluid Dynamics for Oceanographers
Geophysical Fluid Dynamics for Oceanographers by Joseph J. Von Schwin offers a detailed exploration of fluid dynamics principles in the context of oceanography. The book examines how fluid behaves in geophysical environments, particularly within Earth's oceans. It delves into key topics such as ocean currents, waves, and large-scale circulation patterns, emphasizing their impact on both oceanic and atmospheric systems.
Von Schwin covers the essential concepts of fluid motion, including the effects of the Coriolis force, stratification, and turbulence on ocean circulation, and explores how these factors influence climate and weather. The book also introduces mathematical modeling and analysis techniques used to describe and forecast oceanic fluid movement.
This work serves as a crucial reference for oceanographers, atmospheric scientists, and students in the field of geophysical fluid dynamics, providing both theoretical knowledge and practical tools for understanding the fluid processes that drive Earth's natural systems.
Keywords: Geophysical Fluid Dynamics, Ocean Currents, Atmospheric-Oceanic Interaction, Large-Scale Circulation, Fluid Motion, Oceanographic Modeling.
| B000799.1 | JOS g | My Library | Tersedia |
| B000799.2 | 551.460 SCH g | My Library (Rak Oseanografi) | Tersedia |
| B000799.3 | 551.460 SCH g | My Library (Rak Geofisika) | Tersedia |
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