The region was shaken yesterday by at least four distinct tremors, ranging in intensity from 3.3 to 5.3, according to the Pakistan Meteorological Department (PMD), the strongest of which was felt in parts of Khyber-Pakhtunkhwa such as Malakand and Swat.
Dawn reported, citing PMD, that two of the quakes originated in the Hindu Kush region, while the other two were located in the Afghanistan-Tajikistan border region.
Experts say collisions between Indian, Eurasian plates may cause areas like Islamabad to rise over time.
Over 100 seismic events have been recorded in the region over the past six months alone; some rocked the earth like a boat, while most of them passed unnoticed.
Like the four quakes yesterday, the vast majority of these events originated in parts of the Hindu Kush range located in Afghanistan and Tajikistan and were felt as far afield as Islamabad and Lahore.
The United States Geological Survey (USGS) has termed the Hindu Kush "one of the most seismically hazardous regions on earth".
However, nearly all of the recent tremors felt in the region originated deep in the earth's crust, nearly 200 kms below the surface.
In a report on earthquakes in this region, the USGS noted that "the Hindu Kush shares this high-stress configuration with a seismically active area in Colombia, South America".
These two regions have some of the world's highest rates of deep earthquakes.
According to a report by the National Geographic Society,
the two plates are colliding at a rate of about 1.5 inches a year, pushing up the Himalayan mountain range in the process.
Due to friction along the plate boundaries, the collisions are not smooth or even.
When the rocks finally give way under the strain, the plates jerk rapidly, releasing the energy that causes an earthquake.
With the collision of plates pushing land upwards, nearby regions including Islamabad may gradually end up gaining altitude.
The earthquakes arising out of Hindu Kush region are said to be the result of slow collisions between the Indian subcontinent and the Eurasian tectonic plate.
The massive 2005 Kashmir earthquake was also the result of collisions between these two plates.
Even the deadly Nepal earthquake of 2015, that triggered a massive avalanche on Mount Everest, was caused by a sudden release of built-up stress along the same fault line, the USGS reported.
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