Minor Earthquake Recorded Near Sidi Slimane, Morocco
On November 6, 2026, at 20:55 UTC, a weak earthquake measuring 2.4 on the Richter scale occurred at a depth of 15 kilometers beneath the surface near the city of Sidi Slimane, located in the Rabat-Salé-Kénitra region of Morocco. The seismic event was confirmed shortly after it took place, with the first reports coming in just 14 minutes later, indicating a rapid response from the monitoring agencies. Despite the earthquake's occurrence, local reports suggest that the tremor was so minor that most residents did not notice it, with the intensity classified as very weak (II) according to seismic standards.
The epicenter of the earthquake was pinpointed at coordinates 34.2614°N latitude and 5.9375°W longitude, approximately 1.1 kilometers east of Sidi Slimane, a city with a population exceeding 100,000. The surrounding areas, including Morocco's capital, Rabat, located 87 kilometers from the epicenter, did not report any noticeable shaking. At the time of the earthquake, weather conditions in Sidi Slimane were characterized by overcast clouds, with temperatures around 20°C (68°F) and humidity levels at 74%.
The seismic energy released by this event was estimated to be about 2.5 x 10^8 Joules, equivalent to the energy produced by a 2.4 magnitude earthquake. While seismic activities of this magnitude are not uncommon in Morocco, the lack of significant effects or reports of damage emphasizes the resilience of the local infrastructure and the preparedness of the residents. This incident serves as a reminder of the geological activity in the region, which is monitored closely by the National Geographic Institute (IGN) and other relevant agencies.
Nearby locations such as Sidi Kacem and Douar el Caid el Gueddari reported no felt effects, further confirming the earthquake's limited impact. As seismic monitoring continues, it is crucial for the community to remain informed about potential geological events, ensuring that safety measures are in place should stronger tremors occur in the future.
As reported by volcanodiscovery.com.
