Lunisolar effect on the trigger of earthquakes

Details Lunisolar effect on the trigger of earthquakes Lunisolar effect on the trigger of earthquakes

Oct 2011

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2011an....332..795g&link_type=abstract

Astronomische Nachrichten, Vol.332, Issue 8, p.795-804

Statistics

Scientific paper

Dealing with moon theory and tidal dynamics and checking lists of earthquake data one can take the following two observations: 1) The first extreme proxigean spring tide in the new millennium happened on 2005 January 10, in new moon phase, and half a synodic month earlier, when the Moon was full on 2004 December 26, the Christmas Tsunami was triggered in the Indian Ocean. The next extreme tide in new moon phase will occur after one Saros cycle, on 2023 January 21. 2) The second observation is connected with the lunar evection anomaly. The time between the Whitsun Quake in China on 2008 May 12 and the Christmas Tsunami amounts to 1233 days. On the other hand, three lunar evectional cycles take 3{×}U_e=3×411.8=1235 days. These observations hint at lunisolar structures in the earthquake distribution. In the present treatise we will reveal such structures by composing lunisolar ephemerides and earthquake Tables. In particular, we use Student's t-test and show that there is a significant relationship between the beat period U_e and the earthquake statistics.

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