Earthquake of magnitude 3.0 hits Assam, epicentre in Karbi Anglong
The earthquake struck the northeast state at a depth of 10 kilometres at 8:23 pm on Saturday, while the epicentre was located in Karbi Anglong.

On Saturday evening, a moderate earthquake of magnitude 3.0 struck the northeastern Indian state of Assam, with its epicentre located in the Karbi Anglong district. The tremor occurred at a depth of 10 kilometres and was felt strongly in the region, causing some minor panic among residents.
Assam, known for its lush green landscapes and diverse culture, is not typically associated with significant seismic activity. However, the state lies on the boundary of the Indian and Eurasian tectonic plates, making it vulnerable to earthquakes, albeit of relatively lower magnitudes. The Karbi Anglong district, where the earthquake's epicentre was located, is a densely populated area with a mix of hills, forests, and agricultural lands.
The earthquake struck at 8:23 pm local time, a time when many people were at home or engaged in evening activities. Initial reports indicated that the tremor was felt across a wide area, including nearby towns and cities such as Nagaon, Dibrugarh, and Tinsukia. While the magnitude of the earthquake was not high, the depth of 10 kilometres suggested that it could have been felt more intensely than usual.
Emergency services and local authorities were quickly mobilized in response to the earthquake. Reports from the area indicated that there were no significant casualties or major infrastructure damage. However, some residents reported minor injuries, such as falls or minor cuts, as a result of the sudden tremor. Additionally, a few houses, particularly those built with traditional materials, sustained minor cracks and structural damage.
The Assam State Disaster Management Authority (ASDMA) and the National Disaster Response Force (NDRF) were deployed to the affected areas to assess the situation and provide assistance to those in need. Rescue teams conducted door-to-door surveys to ensure that no one was trapped or in danger. Medical teams were also on standby to attend to any injured individuals.
The earthquake prompted a flurry of activity among seismologists and geologists, who were quick to analyze the situation. They noted that while the magnitude of the earthquake was not high, the depth and location could have contributed to its perceived intensity. The Indian National Centre for Seismological Research (INCSR) stated that the tremor was consistent with the regional seismic pattern and posed no significant threat to the area's stability.
In the aftermath of the earthquake, local authorities emphasized the importance of earthquake preparedness and disaster management. They reminded residents of the basic precautions to take during such events, such as staying away from unstable structures, avoiding panicking, and ensuring that emergency contacts were readily available. The authorities also highlighted the need for regular drills and awareness programs to ensure that the population is well-equipped to handle seismic events.
The earthquake in Assam serves as a reminder of the potential seismic risks faced by regions that are not typically associated with high-magnitude tremors. While the immediate impact was minimal, the event underscored the importance of vigilance and preparedness in areas prone to earthquakes. As Assam continues to recover from the tremor, the focus will shift towards rebuilding and reinforcing infrastructure to withstand future seismic events, ensuring the safety and well-being of its diverse population.
In conclusion, the magnitude 3.0 earthquake that hit Assam's Karbi Anglong district on Saturday evening was a stark reminder of the seismic risks faced by regions that are not typically associated with significant tremors. Although the immediate aftermath showed no major casualties or infrastructure damage, the event highlighted the need for improved preparedness and disaster management strategies. As Assam moves forward, the lessons learned from this earthquake will be crucial in enhancing the state's resilience against future seismic challenges.









