5.2 Magnitude Earthquake Strikes Manipur's Kamjong District, Tremors Felt Across Region
A significant seismic event rattled the northeastern state of Manipur on Tuesday morning, as a 5.2 magnitude earthquake struck Kamjong district, sending strong tremors across the region and prompting brief panic among residents. According to official data from the National Center for Seismology (NCS), the quake occurred at 5:59 am IST, with its epicentre precisely located at latitude 24.703°N and longitude 94.415°E, at a depth of 62 kilometres.
Details of the Seismic Activity
The NCS confirmed the earthquake on social media platform X, stating: "Earthquake of Magnitude: 5.2, Occurred on 21/04/2026, 05:59:33 IST, Lat: 24.703 N, Long: 94.415 E, Depth: 62 Km, Location: Kamjong, Manipur, India." Residents in and around the Kamjong area reported feeling the tremors, which led to moments of alarm and concern. However, authorities have indicated that, as of now, there have been no reports of loss of life or major structural damage, providing some relief to the affected communities.
Additional Seismic Activity in Uttarakhand
In a related development, Uttarakhand also experienced seismic disturbances on Monday. A 3.0 magnitude earthquake struck Pauri Garhwal district at 8:32 pm IST. The NCS provided details, noting the epicentre was at latitude 29.959°N and longitude 78.378°E, with a shallow depth of 10 kilometres. This event, though of lower intensity, adds to the recent seismic activity observed in India, highlighting the need for continued monitoring and preparedness.
Impact and Response
The earthquake in Manipur has underscored the vulnerability of regions prone to seismic events. While the immediate aftermath saw no casualties, the incident has raised awareness about earthquake safety measures and infrastructure resilience. Local authorities are likely to conduct assessments to ensure no hidden damages exist, and residents are advised to remain vigilant for aftershocks.
Overall, this seismic activity serves as a reminder of India's diverse geological landscape and the importance of robust disaster management systems to mitigate risks in earthquake-prone areas.
