A significant seismic increase occurred from 20 to 26 March 2026, counting eight M 6+ earthquakes, three of which M 6.5+ peaking M 7.5 on the 24th. Typical temporal clustering aligning with converging planetary and lunar geometry, whereby the Moon is the most significant seismic modulator.

A new feature in #Solpage generates a chart depicting angular separations between celestial bodies. Here it uniquely demonstrates a Venus-centric right angle with Mercury and Uranus (19 Feb). Multi-centric observation is essential for understanding Solar System dynamics.

Statistical analysis of Earth-Saturn-Neptune conjunctions since 1900 show some seismic potential up to ~M6.5. However, when converging with more planetary/lunar/solar geometry, like in 1917 (6 alignments, 3 M7 quakes), seismic potential increases dramatically, confirmed by statistics of dense planetary conjunction clusters.
https://github.com/ssgeos/conjuntclust6p-2000-2024

The usual clustering of stronger (M≥5.5) #earthquakes from 5-14 February occurred almost symmetrically with the geometric peaks that we discussed when this time-frame commenced. These seismic bursts demonstrate seismic modulation related to planetary and lunar geometry.

There is strong evidence that comet #ISON (2013), #Kirch (1680) and #Negra (1347) are the same object. Orbital synchronicity between the comet and Earth suggests Earth went through the comet's tail in December 1347 causing widespread destruction.
https://ssgeos.org/articles/comet-negra-kirch-ison.htm

With the latest #Solpage and #SSGI version we are updating example illustrations. This is the planetary and lunar geometry on 3-5 February 2023. Most critical was the convergence of Sun-Venus-Jupiter with Mercury-Sun-Uranus at Full Moon (Moon-Earth-Sun).

This month marks the 10 years anniversary of our in-house software #Solpage, which reached version 10 last year. Development came out of a need to compute geometry from any centric view, not just geocentric or heliocentric. Over the years it grew far beyond its basic functions, with the integration of #SSGI, cluster computation, datasets and statistical analysis to provide evidence of planetary/lunar influence on seismic activity:
https://github.com/ssgeos/conjuntclust6p-2000-2024

Thus far in this time-frame (31 December - 8 January) three temporal #earthquake clusters occurred matching the #lunar (green) peaks (as anticipated). Strongest event thus far was the M 6.5 Mexico tremor at Full Moon.

In this time-frame clustering of stronger (M ≥ 5.5) #earthquakes occurred primarily after lunar peaks (green). The largest #earthquake was M 6.5 near the north coast of New Guinea, P.N.G. on the 20th. #SSGI