Home ›› 13 Jun 2023 ›› Back
India and Pakistan braced for the first severe cyclone this year expected to hit their coastal regions later this week, as authorities halted fishing activities and deployed rescue personnel.
From the Arabian Sea, Cyclone Biparjoy is aiming at Pakistan’s Sindh province and the coastline of the western Indian state of Gujarat. It is forecast to make landfall on Thursday and could reach maximum wind speeds of up to 200 kph (124 mph), according to the Pakistan Meteorological Department.
Disaster management personnel have been deployed to densely populated regions and cities that will be in the storm’s path. The cyclone will likely affect Karachi in Pakistan as well as two of India’s largest ports, Mundra and Kandla, in Gujarat state.
India’s army, navy and coast guard were also assisting in the preparations, Gujarat’s Chief Minister Bhupendra Patel said in a tweet. Patel said people living in low-lying regions will be evacuated if necessary.
India’s Prime Minister Narendra Modi held a meeting with top officials to review disaster preparations.
In Pakistan, Sherry Rehman, minister for climate change and environmental coordination, said that all relevant departments of Sindh and Balochistan provinces have been placed on high alert. Pakistan’s Civil Aviation Authority asked airport officials to immediately take steps to ensure the safety of aircraft and cargo.
Biparjoy is the first severe cyclone to hit Pakistan since the devastating floods last year left 1,739 people dead and $30 billion in losses.
Experts say climate change is leading to an increase in cyclones in the Arabian Sea region, making preparations for natural disasters all the more urgent.
“The oceans have become warmer already on account of climate change,” said Raghu Murtugudde, Earth system scientist at the University of Maryland. He said a recent study shows that the Arabian Sea has warmed up by almost 1.2 degrees Celsius (2.2 degrees Fahrenheit) since March this year, making conditions favorable for severe cyclones.
A 2021 study found that the frequency, duration and intensity of cyclones in the Arabian Sea had increased significantly between 1982 and 2019, he said.
