Articles tagged "arabian sea"

tropical cyclone nisarga india june 1 2020

Nisarga to intensify into severe tropical cyclone -- the first such storm since 1891 to hit Maharashtra in June

A weather system in the Arabian Sea is forecast to intensify into a tropical cyclone -- Nisarga -- on June 2, 2020, turning severe into June 3, according to the India Meteorological Department (IMD). This will be the first tropical cyclone to form and make landfall...

June 01, 2020

kyarr and maha

2019 North Indian Ocean cyclone season breaks named storm days record

The Arabian Sea witnessed a rare simultaneous formation of two tropical cyclones - Kyarr on October 24 and Maha on October 30, 2019, the first since 1965. With them, the 2019 North Indian Ocean cyclone season has generated 28 named storm days by November 4, breaking...

November 04, 2019

cyclone kyarr

Tropical Cyclone "Kyarr" drops to 915 hPa, breaks record for the lowest pressure TC in the Arabian Sea

Tropical Cyclone "Kyarr" continued intensifying over the weekend, eventually reaching 915 hPa and breaking the record as the lowest pressure tropical cyclone in the Arabian Sea on record. The National Center of Meteorology (NCM) issued alerts for UAE...

October 28, 2019

xxirm5bbm

"Nilofar" dissipated over northeast Arabian Sea

The depression over northeast Arabian Sea moved northeastwards and weakened into a well-marked low pressure area over northeast Arabian Sea early on October 31, 2014. Moderate rainfall, squally winds and moderate to rough sea surge along and off Gujarat coast are

November 01, 2014

3Nilofar_feat

"Nilofar" rapidly weakens into tropical depression before landfall

Good news for residents of coastal areas near Pakistan/India border. Once a Category 4 Cyclone "Nilofar" has rapidly weakened in northern Arabian Sea as approaching north Gujarat coast becoming tropical depression before making landfall. By 09:00 UTC on

October 31, 2014

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Tropical Cyclone "Nilofar" reached its peak intensity

Tropical Cyclone "Nilofar" in Arabian Sea has likely reached its peak intensity. It is currently the equivalent of a Category 3 hurricane with maximum sustained winds of 185 km/h (115 mph) with gusts up to 232 km/h (145 mph).The system is moving northward at

October 29, 2014

Nilofar_feat

Tropical Cyclone "Nilofar" intensifies in Arabian Sea, aims Pakistan and India

Tropical Cyclone "Nilofar" continues to intensify in Arabian Sea and is now a Category 2 storm with a maximum sustained wind speed of 168 km/h (105 mph) with gusts up to 204 km/h (127 mph). It is currently moving north-northwestward at speed of 11 km/h (7

October 28, 2014

a_(3)feat

Unusual Tropical Cyclone "Nilofar" developed in Arabian Sea

Low pressure area (Invest 90A) over the Arabian Sea has become better organized and developed into Tropical Cyclone "Nilofar". The system has the potential to strengthen to the equivalent of a Category 1 hurricane before its Arabian Peninsula landfall.METEOSAT

October 25, 2014

tc_nanauk_arabian_sea_on_june_12_2014_at_06 00_utc

Tropical Cyclone "Nanauk" intensifies in Arabian Sea

Tropical Cyclone 02A, formed in the Arabian Sea on June 10, 2014, consolidated and strengthened into a tropical storm named "Nanauk" by June 11th. Forecasters at the Joint Typhoon Warning Center (JTWC) expect Nanauk to continue strengthening for another d

June 12, 2014

feat dust

Dust storm over Iran

A dust storm can be seen spreading over eastern Iran and western Pakistan and over Arabian Sea. The dust blows southward, over the coast of the Arabian Sea, Gulf of Oman and Strait of Hormuz. Dust plumes captured by MODIS/Terra satellite on January 17, 2013

January 18, 2013

dust hormuz

Shamal and dust storms over Southwest Asia

Dust blows off the coast of Iran and over the Strait of Hormuz and the Gulf of Oman. In winter time dust storms are associated chiefly with the passage of westerly depressions in this region.This dust storm may be connected to a local phenomenon known as the

January 14, 2013

dust over arabian sea

Increased levels of dust in the air for the first day of 2013

Research has shown that dust storms are increasing  in the Sahara Desert and that in parts of North Africa, annual dust production has increased tenfold in the last 50 years. Since dust storms transport large amounts of material for long distances, their increasing

January 02, 2013

Dust Arabian Sea

Dust storm over the Arabian Sea

The Moderate Resolution Imaging Spectroradiometer (MODIS) on NASA’s Aqua satellite captured dust plumes blowing over the Arabian Sea on November 18. Multiple plumes blew off the coast of Iran and Pakistan toward the southwest. The thickest plume blew away from

November 20, 2012