Cyclone Tej Intensifies Into Extremely Severe Storm in Arabian Sea

Hamariweb  |  Oct 23, 2023

In the ever-changing world of weather patterns, the Severe Cyclonic Storm (SCS) “TEJ” has grabbed headlines as it continues its journey over the Southwest Arabian Sea. Over the past 12 hours, TEJ has intensified at a remarkable pace, now reaching the status of a Very Severe Cyclonic Storm (VSCS). As of the latest update from the Pakistan Meteorological Department (PMD), TEJ is positioned at approximately 12.5°N latitude and 55.2°E longitude, situated about 530 kilometers to the south-southeast of Salalah, Oman.

This powerful weather phenomenon currently finds itself around 1600 kilometers southwest of Gwadar and approximately 1850 kilometers southwest of Karachi. TEJ brings with it maximum sustained surface winds reaching speeds of 150-160 kilometers per hour, occasionally gusting up to 170 kilometers per hour. Sea conditions are nothing short of phenomenal, with a maximum wave height of 35 feet centered around the storm system.

The rapid intensification of TEJ can be attributed to the persistent favorable environmental conditions it encounters. Warm sea surface temperatures (SSTs), minimal vertical wind shear, and strong upper-level outflow are all contributing factors. Consequently, experts predict that TEJ will evolve further into an Extremely Severe Cyclonic Storm (ESCS) in the upcoming hours. Its trajectory continues to push northwestward towards the coast of Yemen and Oman, driven by the powerful forces at play.

In light of this, it is reassuring to note that TEJ is not anticipated to affect any of Pakistan’s coastal areas. However, as with any natural event of this magnitude, vigilance and preparedness are key in safeguarding lives and property in the regions it may impact.

More News

Disclaimer: Urduwire.com is only the source of Urdu Meta News (type of Google News) and display news on “as it is” based from leading Urdu news web based sources. If you are a general user or webmaster, and want to know how it works? Read More