Earthquake Tremors Felt Across North India After 5.9 Magnitude Quake in Afghanistan

Yugcharan News | April 04, 2026

A moderate earthquake measuring 5.9 on the Richter scale struck Afghanistan late Friday night, sending tremors across vast parts of north India, including the national capital region. The seismic activity, though brief, caused momentary panic among residents in several cities as buildings shook lightly and people rushed outdoors as a precaution.

According to officials from the National Centre for Seismology, the earthquake originated at a depth of approximately 150 km beneath the Earth's surface. The epicentre was located in Afghanistan, a region known for frequent seismic activity due to its proximity to major tectonic plate boundaries. The tremors were recorded at around 9:45 p.m. Indian Standard Time and lasted only a few seconds, but were widely felt across northern parts of the Indian subcontinent.

Tremors Felt Across Multiple Regions

Residents across Delhi NCR, Jammu and Kashmir, Punjab, and Haryana reported feeling the tremors. In several areas, people stepped out of their homes, offices, and residential complexes, fearing possible aftershocks or structural risks.

Eyewitness accounts from various locations described mild shaking of ceiling fans, furniture, and hanging objects. In high-rise buildings, the tremors were felt slightly more prominently, prompting occupants to evacuate temporarily. Despite the sudden nature of the quake, there were no reports of chaos or large-scale disruption.

In Srinagar, visuals showed residents gathering in open spaces outside their homes shortly after the tremors. Similar scenes were reported in parts of Delhi and adjoining areas, where people remained outdoors for several minutes before returning indoors once the shaking subsided.

No Immediate Reports of Damage

Authorities have confirmed that there were no immediate reports of casualties or significant property damage following the earthquake. Emergency response teams and local administrations remained on alert, closely monitoring the situation in case of delayed impacts or aftershocks.

Officials stated that the depth of the earthquake played a key role in limiting its destructive potential. Earthquakes that occur deeper beneath the surface tend to dissipate energy over a wider area, reducing the intensity of shaking experienced at ground level. This explains why, despite being felt across a large geographical region, the tremors did not result in major damage.

Understanding the Seismic Activity

Afghanistan lies in a seismically active zone where the Indian tectonic plate collides with the Eurasian plate. This ongoing geological interaction leads to frequent earthquakes of varying magnitudes in the region. The energy released during such events often travels across borders, affecting neighboring countries including India and Pakistan.

Seismologists explain that deeper earthquakes, such as this one at 150 km, are typically classified as intermediate-depth quakes. While they are less likely to cause severe destruction compared to shallow earthquakes, they can be felt over much larger distances due to the way seismic waves propagate through the Earth's interior.

The National Centre for Seismology continues to track such events and provide real-time updates to government agencies and the public. Their monitoring systems play a crucial role in assessing risks and issuing advisories when required.

Public Reaction and Safety Measures

The tremors triggered brief concern among residents, especially in densely populated urban areas. Many people took to social media platforms to share their experiences, with posts describing the sudden shaking and their immediate reactions.

In several housing societies, security personnel and resident welfare associations activated basic safety protocols, ensuring that elevators were temporarily halted and residents were guided toward safer areas. Though the shaking lasted only a few seconds, the psychological impact of such events often leads to heightened alertness among the public.

Authorities have reiterated the importance of earthquake preparedness, advising citizens to remain calm during such incidents and follow established safety guidelines. These include moving to open areas, staying away from windows and heavy objects, and avoiding the use of elevators during tremors.

Broader Regional Impact

The earthquake was not limited to India alone. Reports indicate that tremors were also felt in parts of Pakistan, given the proximity of the epicentre. The cross-border impact highlights the interconnected nature of seismic activity in this region, where geological events rarely remain confined within political boundaries.

Experts emphasize that the Himalayan belt, which includes northern India and neighboring countries, is particularly vulnerable to earthquakes due to its geological structure. The continuous movement of tectonic plates in this zone results in accumulated stress, which is periodically released in the form of earthquakes.

Importance of Preparedness

While this particular earthquake did not cause significant harm, it serves as a reminder of the need for preparedness in earthquake-prone regions. Urban centers like Delhi NCR, with high population density and extensive infrastructure, must remain vigilant and ensure that buildings comply with seismic safety standards.

Disaster management authorities regularly conduct awareness campaigns and mock drills to educate the public about appropriate responses during earthquakes. These initiatives aim to minimize panic and ensure that individuals are equipped to handle emergency situations effectively.

Scientific Perspective

From a scientific standpoint, earthquakes of this magnitude are considered moderate. However, their impact can vary significantly depending on factors such as depth, location, and local geological conditions. In this case, the considerable depth of 150 km reduced the intensity of surface shaking, preventing widespread damage.

Seismologists also study such events to better understand tectonic behavior and improve predictive models. While precise earthquake prediction remains a challenge, advancements in monitoring technology have enhanced the ability to detect and analyze seismic activity in real time.

Government and Institutional Response

Following the tremors, government agencies remained in coordination with seismic monitoring bodies to assess any potential risks. The National Centre for Seismology continued to provide updates and reassure the public that there was no immediate cause for concern.

Local administrations across affected states maintained readiness to respond to any emergencies, though the situation remained stable throughout the night. Officials emphasized that citizens should rely on verified information from official sources and avoid spreading unconfirmed reports.

Conclusion

The 5.9 magnitude earthquake that struck Afghanistan and sent tremors across north India highlights the region’s vulnerability to seismic events. Although the impact was minimal in terms of damage and casualties, the incident underscores the importance of awareness, preparedness, and robust infrastructure.

As seismic activity remains an inherent part of life in tectonically active zones, continued monitoring and public education are essential to reducing risks. Authorities and scientific institutions will continue to study such events to enhance understanding and improve response mechanisms in the future.

For now, the situation remains under control, with no reports of damage, but the event serves as a timely reminder of the unpredictable nature of earthquakes and the need for constant vigilance.