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Severe Cyclonic Storm Michaung [a] (Burmese pronunciation: [mɪʔtɕʰaʊɰ̃]) was a moderate tropical cyclone which formed in the Bay of Bengal during the 2023 North Indian Ocean cyclone season. Michaung originated as a low-pressure area in the Gulf of Thailand which crossed into the Bay of Bengal and became a deep depression on December 2.
A tropical cyclone tracking chart is used by those within hurricane-threatened areas to track tropical cyclones worldwide. In the north Atlantic basin, they are known as hurricane tracking charts . New tropical cyclone information is available at least every six hours in the Northern Hemisphere and at least every twelve hours in the Southern ...
The 2023 North Indian Ocean cyclone season was an above-average and deadly season, becoming the most active since 2019, with nine depressions and six cyclonic storms forming. It was the deadliest since 2017 , mostly due to Cyclone Mocha , and had the second-highest accumulated cyclone energy (ACE) in the basin, after 2019. [ 1 ]
By Jatindra Dash. BHUBANESWAR, India (Reuters) -Cyclone Michaung barrelled into the southern Indian coast on Tuesday with winds of up to 110 kph (70 mph), its arrival preceded by intense rain and ...
The National Hurricane Center is currently tracking five tropical disturbances in the Atlantic Ocean, the agency said in an advisory that was updated Thursday afternoon.. There has been a ...
Severe Cyclonic Storm Mandous [a] (/ m æ n d ə s /) was the third cyclonic storm, as well as the third most intense tropical cyclone of the 2022 North Indian Ocean cyclone season. The remnants of the system later regenerated into Deep Depression ARB 03 in the Arabian Sea. The system struck the Andaman and Nicobar Islands, as well as South India.
The path that the cyclone is taking across the Indian Ocean has happened only two other times in the tropical basin's recorded history. The most recent time that a storm took such a track was in 2000.
Tracking cloud features within the CDO using frequently updated satellite imagery can also be used to determine a cyclone's intensity. The highest maximum sustained winds within a tropical cyclone, as well as its heaviest rainfall , are usually located under the coldest cloud tops in the CDO.