Planetary & Seismic Update 13 September 2023 | M 6.9 Morocco

📅 On September 8, a devastating earthquake with a magnitude of 6.9 struck Morocco.

⚖️ Compared to past earthquakes in Morocco, this earthquake is particularly significant in magnitude.

💔 The earthquake resulted in loss of life and significant destruction, making it a tragic natural disaster.

A large earthquake struck the coast of Portugal on November 1, 1755,

The Azores St. Vincent Ridge is capable of producing strong earthquakes,

There is a connection between the seismic activity in Portugal and earthquakes in Morocco

🌊 If you are near the coast of Portugal, Spain, or Morocco, you should be aware of the seismic activity and the potential risk of a tsunami.

🔴 On September 8th, there was a noticeable increase in strong earthquakes, with magnitudes of 5.6 and higher, indicating a seismic buildup.

🌍 The positions of the planets and the moon play a significant role in explaining this seismic activity, which is a common phenomenon in seismology.

🌍 There will be planetary and lunar alignments in the next 9 days.

🌕 A New Moon on the 15th may result in increased seismic activity.

⚡️ A high lunar peak and a planetary convergence on the 19th are expected to be critical.

There will be two converging planetary connections: Sun-Mercury-Uranus and Sun-Earth-Neptune.

This convergence may result in a potential earthquake with a magnitude of 7.

The dates from 19th to 21st are critical due to the planetary and lunar geometry.

🌍 The upcoming 9 days will have a specific geometry in terms of atmospheric fluctuations.

📊 Between September 2nd and 11th, there were no significant fluctuations recorded.

🔍 The seismic activity is concentrated in the region between Kamchatka and Japan, as well as near the Kuril Islands.

🌍 The seismic update on September 13, 2023 revealed a magnitude 6.9 earthquake in Morocco.

🔴 The earthquake had significant impacts on the region, causing destruction and potential loss of lives.

🚨 It is important for people to stay safe and prepared for seismic events in order to mitigate the risks and damages.