Slichter, Louis B. Formerly, Institute of Geophysics, University of California, Los Angeles, California.
Kuo, John T. Department of Mining Engineering, Columbia University, New York, New York.
Last reviewed:November 2019
- Tide-producing potential
- Harmonic constituents
- Tidal torques
- Tidal loss in the solid Earth
- Instrumental dimensionless amplitude factors
- Theories and characteristic numbers
- Time domain
- Interaction of earth and ocean tides
- Tidal gravity and ocean tides
- Modified Laplace's tidal equations
- Tidal tilt and tidal strain
- Satellite and interferometry measurements
- Nearly diurnal nutation
- Effects of inertia, ellipticity, and anisotropy
- Earth tides and earthquakes
- Related Primary Literature
- Additional Reading
Cyclic motions of the Earth, sometimes over a foot or so in height, depending on latitude, caused by the same lunar and solar forces which produce tides in the sea. These forces also react on the Moon and Sun, and thus are significant in astronomy in evaluations of the dynamics of the three bodies. For example, the secular spin-down of the Earth due to lunar tidal torques is best computed from the observed acceleration of the Moon's orbital velocity. In oceanography, earth tides and ocean tides are very closely related. See also: Earth, gravity field of; Geodesy; Tide
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