Kolkata Experiences Tremors as Nepal Suffers 7.1 Magnitude Earthquake

A 7.1 magnitude earthquake struck near Lobuche, Nepal, on Tuesday, with tremors reported in Kolkata, India. The region’s seismic activity is due to the collision of the Indian and Eurasian tectonic plates, which creates significant earthquake risks.

On Tuesday at 06:35:16 IST, a significant earthquake registering 7.1 on the Richter Scale struck approximately 93 kilometers northeast of Lobuche, Nepal. The tremors emanating from this geological event were perceptible in Kolkata, where residents experienced noticeable shaking. Such seismic activities serve as a reminder of the inherent geological vulnerabilities faced by regions adjacent to active fault lines.

Nepal’s seismic susceptibility can be attributed to its geographical position at the intersection of the Indian and Eurasian tectonic plates, which are continuously colliding. This collision causes the uplift of the Himalayas and contributes to the accumulation of stress within active fault lines, such as the Main Himalayan Thrust. Consequently, this dynamic geological setting results in frequent occurrences of shallow earthquakes, posing ongoing risks to the surrounding areas.

The Himalayan region, particularly Nepal, is renowned for its seismic activity due to the continuous tectonic movements caused by the collision of the Indian and Eurasian plates. This seismic zone is characterized by numerous fault lines, such as the Main Himalayan Thrust, which accumulate significant stress over time. When released, this stress results in earthquakes, which, depending on their magnitude, can have far-reaching effects in neighboring areas, such as Kolkata, highlighting the interconnectedness of seismic events across geographic boundaries.

In summary, the recent earthquake of magnitude 7.1 that originated near Lobuche, Nepal, was felt in Kolkata, underscoring the city’s vulnerability to seismic activities originating from neighboring regions. The geological dynamics of the Indian and Eurasian tectonic plates contribute to the region’s earthquake frequency, necessitating awareness and preparedness in urban planning and public safety initiatives.

Original Source: www.timesnownews.com