Turkey/Syria

Precessional relationship between the 2023 earthquake in Turkey/Syria and previous earthquakes

The critical earthquake event that occurred in Turkey/Syria in 2023 is completing either half or a full cycle of repetition with previous earthquake activities from the years 1668 CE, 1939 CE, and 1138 CE. These are the three most significant earthquakes historically recorded in the region, and thus demonstrate that it belongs to the cycle of axial precession and the use of its units of measure. This is further evidence that the law of precessional cycle repetition applies to volcanoes, earthquakes, and solar flares

• https://es.wikipedia.org/wiki/Terremotos_de_Turqu%C3%ADa_y_Siria_de_2023

Second strongest earthquake inTurkey’s history in 1668 CE

2023 CE–1668CE = 355 years

355 years / 179 = 1.99

2 suberas repeat cycle

• https://es.wikipedia.org/wiki/Terremotos_de_Turqu%C3%ADa_y_Siria_de_2023

Turkey earthquake 1939 CE
2023 CE – 1939 CE = 84
84 years/89.5 = 0.94   ½ subera Repeat half cycle.

• https://www.netogram.com/earthquakesdatabase.htm

Siria earthquake in Alepo 1138 CE
2023 CE– 1138 CE = 885 years
885/179 = 4.95  5 suberas repeat cycle

• https://es.m.wikipedia.org/wiki/Terremoto_de_Antioqu%C3%ADa_de_526
• https://www.netogram.com/earthquakesdatabase.htm

The relationship between the earthquake of 526 CE, the one in 1822 CE, the only two earthquakes of maximum intensity that do not align with 2023 but do align with each other. The earthquake of 1939 CE fits both within the cycle of these last two and within the one that occurred in 2023 CE.

This line of earthquake activity works similarly to that of the 8 strongest recorded volcanoes in Iceland, having a different cycle fulfillment date but once again being related to each other by units of axial measure.

It is possible to calculate when itc ompleted or will complete its cycle or half cycle by adding or subtracting 89.5 years or 179 years to the dates.

Next cycle repetition

• (2091 CE– 1822 CE) / 179 = 1.502    1 subera and a half
• (2091 CE – 526 CE) / 89.5 = 17.49   17 half subera and half

Relationship between the earthquake succession

• (1939 CE – 526 CE) / 179 = 7.9   8 suberas
• (1822 CE – 526 CE) = 1296 years
• 1296/89.5 = 14.48 14.5 half suberas repeat cycle between them.

• https://es.wikipedia.org/wiki/Terremotos_de_Turqu%C3%ADa_y_Siria_de_2023

Earthquakes in Morocco

Precessional relationship between the earthquake of February 18, 2023, in Morocco and previous earthquakes.

• 2023 CE + 740 BC = 2763 years
• 2763 / 89 = 31.04   31 half suberas complete cycle.

• https://es.wikipedia.org/wiki/Terremoto_de_Marrakech-Saf%C3%AD_de_2023
• https://www.elespanol.com/historia/20230912/primer-terremoto-peninsula-iberica-arraso-siglo-viii-ac-factoria-comercial-fenicia/793670709_0.amp.html

Earthquakes in Portugal

Lisbon earthquake in 1755

In 1755 CE. The largest earthquake recorded in Portugal took place, with very serious consequences in Morocco and Spain given that if the fault that separates Africa and Europe is destabilized it will be noticeable on both sides of the fault.

This earthquake belongs to the family or line of the earthquake of the year 740 BC. and that of 2023 under the analysis of the precessional.

740 BC + 1755 CE = 2495 years

2495 / 178.86 = 13.95 suberas or 14 suberas

740 BC. + 2023 = 2763 years

2763 / 178.86 = 15.45 suberas o 15 suberas and exactly ½

Lisbon earthquake

2023 BC (earthquake in Morocco) – 1755 CE (Lisbon earthquake) = 268 years

268 years / 179 (1 subera) = 1.4999 suberas 1 subera and ½ exactly or 3 half suberas exactly

This family line of earthquakes coincides with the family line of volcanic activity in Iceland in which a clear line of repetition is detected, which I call the family line, always repeating itself according to the units of measurement of precessional astrology.