The Awash region experienced a 4.6 magnitude earthquake, its second of the day, with tremors felt as far as Addis Ababa. Local experts emphasize the importance of public preparedness and ongoing monitoring of seismic activities in this tectonically active area. Authorities have advised residents to follow safety protocols and remain vigilant.
On the evening of October 23, 2024, the Awash region in Ethiopia experienced its second earthquake of the day, registering a noteworthy magnitude of 4.6 on the Richter scale, as reported by the U.S. Geological Survey. This seismic event transpired at precisely 6:20 p.m. and was felt prominently by residents in Addis Ababa, prompting a wave of concern regarding the ongoing seismic activity in the area. In total, the Awash Fentale region has recorded five significant earthquakes within a brief span, eliciting alarm among the local populace and leading authorities to disseminate cautionary messages. The Ethiopian government, in coordination with various agencies, has advised citizens to remain vigilant and adhere to safety protocols, considering that tremors can be felt even in the capital city. In an informative statement from the Geophysics, Space Science, and Astronomy Institute at Addis Ababa University, Professor Atalay Ayele expounded upon the seismic phenomena occurring in the Awash Fentale district. He confirmed that the most powerful quake of the day hit shortly before 6:20 p.m. Although these tremors are recognized to have lower magnitudes, which generally do not pose severe threats, Professor Ayele emphasized the necessity for constant vigilance among residents due to the potential for earthquakes to escalate in frequency or intensity. Furthermore, Professor Ayele remarked upon the tectonic activity that characterizes the Awash Fentale region, which is positioned near the East African Rift. This geological setting preconditions the area for recurrent, lower-magnitude tremors that tend to generate anxiety among residents unfamiliar with such disturbances. He advocated for ongoing monitoring to effectively track changes in seismic activity in the region. In a subsequent interview with Fana Broadcasting Corporation, Gebretsadiq, Head of the Geology Department at Samara University, contributed valuable insights regarding the nature of these earthquakes. He articulated that the seismic activities observed are likely the result of molten rock or magma movement beneath the surface, creating pressure that activates fractures within rock formations. This process, related to the region’s volcanic history, leads to a higher probability of seismic occurrences. Despite the increased frequency of earthquakes, predicting the subsequent occurrences remains a complex challenge. Gebretsadiq underscored the importance of community preparedness, advocating for public awareness campaigns to foster understanding regarding earthquake safety measures and protocols. He stressed the need for thorough research to deepen comprehension of the region’s seismic behavior, thereby enhancing preparedness among authorities and residents. To mitigate risks associated with future seismic events, the Ethiopian government and local geological bodies are working diligently to monitor ongoing seismic activity. They are actively engaged in disseminating critical safety guidelines to the population, encouraging familiarity with emergency response procedures, and reminding residents that even minor earthquakes may lead to structural damages in some instances. In summary, experts offer counsel to the public in Addis Ababa and its outlying areas to remain prepared for potential future earthquakes, regardless of their magnitude. Practical safety measures, including securing heavy furniture, identifying safe spots for shelter during earthquakes, and assembling emergency kits, are recommended to bolster resilience to such events. The recent episodes of seismic activity in the Awash Fentale region have highlighted its susceptibility to tectonic disturbances, and ongoing studies are being conducted by both local and international geologists to evaluate the implications of these activities on surrounding communities. In the absence of imminent threats, the frequency of such quakes serves as a reminder of the importance of preparedness and informed action in the face of geological uncertainties.
The Awash region of Ethiopia is characterized by its significant tectonic activity, particularly due to its proximity to the East African Rift, where tectonic plates are gradually diverging. This geological context contributes to the heightened frequency of earthquakes, particularly low-magnitude tremors that can nonetheless cause concern among residents. Recent seismic events, including earthquakes felt as far away as the capital city of Addis Ababa, have underscored the importance of preparedness among the local populace and the need for ongoing monitoring and research into the area’s geological patterns.
In light of the recent seismic activity in the Awash region, it is imperative that residents remain informed and prepared for potential future earthquakes, regardless of their magnitudes. The collaboration between government entities and geological experts must continue to ensure public safety and awareness. While the current seismic events are not deemed a major threat, the frequency and nature of these occurrences emphasize the necessity for residents to adopt practical safety measures and remain vigilant.
Original Source: addisinsight.net
