800,000 People Evacuated in India Over ‘Extremely Severe’ Cyclone Fani

By Wire Service Content

What is expected to be India’s strongest landfalling tropical cyclone in nearly five years is barreling towards 100 million people on the east coast, causing officials to begin emergency evacuations.

India has evacuated 800,000 people along its northeast coastline by boat, bus and train ahead of a severe cyclone due to make landfall on Friday, May 3, with many villagers piling household possessions on to trucks before fleeing their homes.

“Evacuation is in progress on a war-footing,” an official told The Times of India. “Around 30 percent of the targeted people have so far been moved to safe places.”

In total, about 1.2 million people are expected to be evacuated from low-lying areas of 15 districts in the eastern state of Odisha to cyclone shelters, schools and other buildings, authorities said.

On Thursday, Tropical Cyclone Fani had winds of 118 mph (190 kmph) with gusts of 124 mph (201 kmph), making it equivalent in intensity to a Category 3 major hurricane on the Saffir-Simpson scale.

As Fani was classified as an “extremely severe cyclonic storm,” the Indian Coast Guard and Navy deployed ships and helicopters for relief and rescue operations. Army and Air Force units have also been put on standby in Odisha, West Bengal and Andhra Pradesh states.

Some 900 cyclone shelters have been set up across Odisha to house evacuees and school is canceled across the state on Thursday and Friday. Teams are going door to door to warn people.

“They are being told what to take with them if they leave and the precautions they need to take if they stay,” said Ameya Patnaik, assistant commandant for the National Disaster Response Force (NDRF) in Odisha.

Evacuations have also begun neighboring Andhra Pradesh, while those in West Begal have been told to be ready to leave, officials told CNN.

Fishermen have been warned not to venture into the sea due to the extreme conditions.

Cyclone India 1
A fisherman carries his tools as he leaves for a safer place after tying his boats along the shore ahead of cyclone Fani in Peda Jalaripeta on the outskirts of Visakhapatnam, India, on May 1, 2019. (Stringer/Reuters)

Fani, which is still about 170 miles (270 kilometers) off of the coast off India, strengthened rapidly on Monday and Tuesday, becoming the strongest storm to move through the Bay of Bengal this early in the year since Tropical Cyclone Nargis in 2008.

Nargis went on to strike Myanmar with winds over 124 mph (200 kph), bringing a devastating storm surge and flooding rainfall that resulted in more than 100,000 deaths in the country.

Impacts

Fani is expected to bring large storm surges and significant wind damage near the landfall location. Inland flooding will also be a major threat.

Portions of eastern India and Bangladesh can expect 6 to 12 inches (150 to 300 mm) of rain with locally higher amounts regardless of the intensity.

As Fani approaches India it will be moving nearly parallel to the coast. A slight move to the east or west would have a significant impact on the timing of landfall as well as the intensity. A more easterly track means that landfall would be farther north in India, perhaps even into Bangladesh.

If that happens, the storm would likely be a category or two weaker as it moves over cooler waters.

Cyclone Season

Fani is the first tropical cyclone of the year in the northern Indian Ocean.

The season doesn’t have a defined start and end like the Atlantic basin season, but it does have two main periods of activity: late April to early June, and October to November.

These two periods are prior to, and immediately following India’s southwest monsoon season. The southwest monsoon season lasts from June through September and provides India with the vast majority of its annual rainfall.

Tropical cyclone activity during the monsoon season is extremely rare because the monsoon is characterized by high wind shear, which makes it difficult for tropical storms to form.

Epoch Times reporter Jack Phillips and Reuters contributed to this report.

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