Chandler Wobble, earthquakes, rotation, and geomagnetic changes

Mathematics – Logic

Scientific paper

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Earth Rotation, Earthquakes, Geomagnetism, Nutation, Pattern Recognition, Algorithms, Angular Velocity, Climate Change, Long Term Effects, Magnetic Dipoles, Wind Effects

Scientific paper

An answer matrix, consisting of the binary answers to a series of heuristic questions posed for each year from 1901 to 1964, is examined to see if certain patterns emerge in the seismicity of major earthquake belts, the amplitudes of Chandler Wobble, changes in the rotational velocity of the earth, and in the drift of the eccentric geomagnetic dipole. A pattern recognition run was made to test the relationship between earthquake activity and Chandler Wobbler excitation. The results imply a preferential excitation of the wobble by earthquakes in certain places defined by latitude, longitude, fault, and slip orientation. Characteristic traits established for the decaying Chandler Wobble years (G2 years) suggest that the climatic changes induced by volcanic dust lead to zonal wind changes which perturb the rotational velocity. Hypotheses based on the pattern recognition algorithm suggest that all of these diverse phenomena are related.

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