84:), while "many studies reporting positive correlations suffer from a lack of statistical rigor." One systematic investigation found "no evidence for an increase in seismicity during intervals of large tidal range but there is clear evidence for small but significant increase in earthquake rates near low tide"; it did not find an increase of earthquakes near peak spring tides. Seismicity is favored at low tides, particularly for
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Research work has shown a robust correlation between small tidally induced forces and non-volcanic tremor activity. Volcanologists use the regular, predictable Earth tide movements to calibrate and test sensitive volcano deformation monitoring instruments. The tides may also trigger volcanic events.
430:
Thomas, Amanda M.; Nadeau, Robert M.; BĂĽrgmann, Roland (December 24, 2009), "Tremor-tide correlations and near-lithostatic pore pressure on the deep San
Andreas fault",
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Tamrazyan, Gurgen P. (1968), "Principal regularities in the distribution of major earthquakes relative to solar and lunar tides and other cosmic forces",
80:) the results have been mixed. It has been suggested that some negative results are due to failure to account for tidal phase and fault orientation (
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Sottili, G.; Martino, S.; Palladino, D.M.; Paciello, A.; Bozzano, F. (2007), "Effects of tidal stresses on volcanic activity at Mount Etna, Italy",
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Previously, scientists have searched for such a correlation for over a century, but with the exception of volcanic areas (including mid-ocean
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to the point of fracturing, and therefore a higher proportion of earthquakes should occur at times of maximal
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refers to the idea that the combined tidal effects of the sun and moon – either directly as
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for five weeks in 1970. Brackets indicate seismic window periods as defined by
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303:"An Evaluation of the Seismic-Window Theory for Earthquake Prediction"
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Tamrazyan, Gurgen P. (1967), "Tide-forming forces and earthquakes",
479:"Tidal triggering of earthquakes in the Northeast Pacific Ocean"
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http://www.geomika.com/blog/2011/03/23/review-tides-earthquakes/
65:– should be able to trigger earthquakes in rock that is already
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252:"Gezeitenkräfte: Sonne und Mond lassen Kalifornien erzittern"
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180:, p. 1055. See also an excellent literature review at
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Earthquake prediction#1990: New Madrid, U.S. (Browning)
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49:In connection with earthquakes,
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121:Tidal effect on plate tectonics
36:Tidal triggering of earthquakes
23:Amplitude of the ocean tide at
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545:. You can help Knowledge by
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333:Geophysical Research Letters
254:SPIEGEL online, 29.12.2009;
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200:McNutt & Heaton 1981
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111:Jim Berkland#Methodology
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354:10.1029/2006GL028190
597:Types of earthquake
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413:1968Icar....9..574T
380:1967Icar....7...59T
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268:Sottili et al. 2007
59:hydrostatic loading
310:California Geology
187:2021-05-05 at the
90:strike-slip faults
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25:Golden Gate Bridge
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40:tidal forces
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29:Jim Berkland
63:ocean tides
55:earth tides
42:may induce
586:Categories
539:seismology
339:(L01311),
44:seismicity
513:1365-246X
322:0026-4555
460:20033046
185:Archived
100:See also
67:stressed
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468:4412420
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376:Bibcode
341:Bibcode
293:Sources
61:due to
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432:Nature
400:Icarus
367:Icarus
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51:syzygy
592:Tides
537:This
464:S2CID
306:(PDF)
127:Notes
543:stub
509:ISSN
456:PMID
318:ISSN
284:USGS
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