Articles tagged with Tropical Cyclones
Tropical Cyclone 15S is expected to make landfall in west central Madagascar's Tsingy de Bemaraha Strict Nature Reserve. The storm is currently meandering in the Mozambique Channel, but forecasters predict a southwesterly direction and landfall by March 9.
Tropical Cyclone 15S forms in Mozambique Channel, bringing heavy precipitation rates of over 30mm/hour. The storm is expected to meander and dissipate near Madagascar's coast.
Tropical Cyclone Glenda is being stretched out by wind shear over the Southern Indian Ocean, according to NASA's Terra satellite imagery. The storm's maximum sustained winds have dropped to near 45 knots as it moves south at 7 knots.
Tropical Cyclone Glenda is intensifying with powerful thunderstorms and a hint of an eye forming in its center. It is expected to strengthen and then transition into an extra-tropical storm due to favorable upper-level conditions.
Tropical Cyclone Glenda is intensifying in the Southern Indian Ocean, with NASA's Aqua satellite capturing visible evidence of a developing eye. The storm is expected to strengthen to near 95 knots before weakening and turning southeast.
Tropical Cyclone 14S formed on February 21 in the Southern Indian Ocean, slowly organizing and consolidating. The storm intensified to 35 knots with strong thunderstorms circling its center, forecasters predict it will intensify further over the next three days
Tropical Cyclone Marcia caused significant flooding and damage in eastern Queensland with rainfall totals reaching up to 300-350mm. The merged precipitation analysis from NASA's Goddard Space Flight Center indicates heaviest rainfall areas were off-shore from Lismore, Byron Bay, and Mackay.
Tropical Cyclone Lam brought heavy rain to the Northern Territory, causing flooding in low-lying areas and river rises over the central Top End. The cyclone made landfall as a Category Four storm, with sustained winds near 55 kph.
The TRMM Precipitation Radar observed Marcia's rapid intensification to category 5 before its expected landfall in Queensland, Australia. The satellite's data revealed a powerful hot tower at the storm's eyewall, which is associated with increased intensification.
Tropical Cyclone Marcia made landfall along Queensland's coast with intense storms dropping rain at 225 mm/hour. The TRMM satellite captured a 3-D view of the cyclone, showing thunderstorm tops reaching heights of over 15.2 km.
Tropical Cyclone Lam made landfall in Australia's Northern Territory, with NASA satellites and instruments gathering data on the storm's structure and behavior before and after landfall. The storm was characterized by sustained winds of up to 90 knots (103.6 mph) and heavy rainfall rates of almost 55 mm per hour.
NASA's Aqua satellite captured infrared data on Tropical Cyclone Lam, revealing a large area of strong thunderstorms circling the center of the storm. The system is expected to intensify to Category one hurricane status, bringing heavy rainfall and powerful winds to northern Australia.
Tropical cyclone Marcia has consolidated and organized within a day, intensifying to near 45 knots with sustained winds of 40 mph. The storm is forecast to make landfall in southern Queensland on Feb. 19, posing a threat to eastern coast regions.
Tropical Cyclone Lam formed in the northern Gulf of Carpentaria on Feb. 17, with NASA satellites capturing its cloud extent and rainfall rates. The storm is expected to intensify and make landfall into Arnhem Land before weakening.
Tropical Storm Fundi weakened due to strong vertical wind shear and cool waters. The NASA-JAXA GPM satellite captured Fundi's waning rainfall on Feb 8, just hours before its final warning was issued.
Tropical Cyclone Ola was being battered by vertical wind shear when NASA's Aqua satellite captured an infrared picture. The storm's cloud tops showed stronger thunderstorms, but forecasters expected it to dissipate due to increasing wind shear and cooler sea surface temperatures.
Tropical Cyclone Ola's elongated shape was caused by northeasterly wind shear pushing clouds southwest of the center. The storm is expected to dissipate over the next 48 hours due to decreasing ocean heat content.
Tropical Cyclone Eunice was spinning in the Southern Indian Ocean when NASA's Terra satellite captured its transition to an extra-tropical cyclone. The storm's warm core became a cold core, characteristic of mid-latitude low pressure areas.
Tropical Cyclone Eunice reached Category 5 status, with the Global Precipitation Measurement satellite capturing intense rainfall and thunderstorms. NASA's RapidScat instrument gathered wind speed data, revealing the strongest winds were on the storm's southwestern quadrant.
Tropical Cyclone Eunice is still churning in the South Indian Ocean, tracking south-southeastward at 10 knots. Its intensity has increased to 115 knots with a microwave eye 5 nautical miles across.
Diamondra has moved south-southeastward at 5 kph and is downgraded to a subtropical cyclone. The Joint Typhoon Warning Center will continue to monitor the storm for signs of regeneration.
NASA's MODIS instrument captured images of Tropical Cyclone Diamondra and Eunice, combining them to create a single panorama. The storms are intensifying, with Cyclone Eunice expected to peak at 125 knots (143.8 mph) before weakening.
Tropical Cyclone Diamondra formed on January 26 and strengthened to 45 knots by January 27, with heavy rainfall detected east of its center. The storm is expected to strengthen further before weakening in cooler waters and encountering strong vertical wind shear.
Tropical Cyclone Niko was spotted moving southeast through the Society Islands by NASA's Aqua satellite on January 21. The storm remains compact but strengthening, with maximum sustained winds near 50 knots on January 22.
GOES-West satellite captured the birth of Tropical Cyclone Niko, with maximum sustained winds near 45 knots. The storm is expected to strengthen into a hurricane after passing Tahiti and entering the open waters of the South Pacific Ocean.
Tropical Cyclone Bansi reached a Category 4 status, stirring up ocean sediment around the Cargados Carajos Shoals. NASA's Aqua satellite captured images of the sediment on January 19, showcasing the storm's powerful winds.
Tropical Cyclone Bansi's maximum sustained winds increased to 130 knots (149.6 mph) on January 15, making it a Category 4 storm. The eye decreased in size from 46 nautical miles wide to 32 nautical miles wide as the storm strengthened.
Tropical Cyclone Bansi's eye grew from 12 nautical miles to 46 nautical miles wide after re-strengthening to a Category 4 hurricane on January 15. The storm is expected to strengthen further and reach Category 5 status before weakening again over the Southern Indian Ocean.
The two satellites measured significant rainfall in Tropical Depression Mekkhala, indicating the storm's intensification on January 13. The depression strengthened as it headed towards the Philippines, with maximum sustained winds near 30 knots and a circulation that became slightly better defined.
NASA's Aqua satellite captured a visible image of Tropical Cyclone Bansi, revealing clouds wrapping into its eye. Forecasters expect the storm to re-strengthen and peak at 115 knots.
Tropical Cyclone Bansi is a powerful Category 4 hurricane with sustained winds of 149.6 mph, forecast to intensify into a Category 5 storm before weakening. The cyclone is moving northeast at 4.6 mph and expected to pass north of Mauritius.
Tropical Cyclone Bansi has triggered warnings for Mauritius and is expected to continue intensifying. The storm strengthened from a minimal tropical storm into a major hurricane (Category 3) with maximum sustained winds near 100 knots (115.1 mph/185.2 kph).
Tropical Cyclone Kate experienced rapid weakening after passing over NASA's Aqua satellite on December 31. The storm lost significant cloud cover in the northern and eastern quadrants due to northeasterly wind shear.
The TRMM satellite measured the heaviest rainfall rate of about 1.2 inches per hour north of Tropical Cyclone Kate's eye, with weaker rates around its center. The storm strengthened since Dec. 29 and developed an eye, moving southwest through the Southern Indian Ocean.
Tropical Cyclone Kate peaked in strength on Dec. 28 with maximum sustained winds near 70 knots, but weakened to 65 knots by Dec. 29 as it moved away from Cocos Island. The satellite imagery showed bands of thunderstorms spiraling into the center of the storm.
Tropical Cyclone Kate formed over the Indian Ocean on Dec. 24, with NASA-NOAA's Suomi NPP satellite capturing its visible image. The storm is expected to bring strong winds and rough seas to the Cocos Keeling Islands on Dec. 25 and 26.
The remnants of Tropical Cyclone Bakung persist in the Southern Indian Ocean, with NOAA-NASA's Suomi NPP satellite monitoring its possible re-development. Fragmented thunderstorms were detected southeast and northwest of the storm's center, indicating unstable conditions.
NASA captured a visible image of Tropical Cyclone Bakung's elongated remnants on Dec. 5, showing low-level circulation and poorly defined storm system. The remnants were weakening due to unfavorable conditions with strong vertical wind shear, making redeveloping unlikely.
Tropical Cyclone Bakung is moving west-southwest over the Southern Indian Ocean, with maximum sustained winds near 40 knots (46 mph). The cyclone is expected to slowly intensify over the next couple of days, nearing hurricane-force by Dec. 16.
Tropical Cyclone Bakung is moving west-southwest over the Southern Indian Ocean, with maximum sustained winds near 40 knots (46 mph). NASA's Aqua satellite captured an image of the storm on December 12, showing deeper convection around its low-level center.
Typhoon Hagupit weakened to a tropical storm after passing through the eastern Philippines, with its cloud extent covering northern and central provinces. The storm is expected to reach southern Vietnam by Dec. 11 as a depression.
A new tropical storm, Tropical Cyclone 02S, has formed in the Southern Indian Ocean and is closing in on Mauritius and Reunion Islands. The cyclone is expected to bring gusty winds, showers, and rough seas to the region over the next couple of days.
Tropical Storm Adjali formed on November 16, 2014, and started dissipating two days later. GPM data showed moderate rainfall rates near the storm center, with rain falling at over 69 mm/hour per hour. The storm dissipated in the Southern Indian Ocean by November 20.
Tropical Cyclone Adjali developed a distinctive 'tail' of thunderstorms extending south of its center, captured by NASA's MODIS instrument on November 18. The Joint Typhoon Warning Center noted weakening bands of storms spiraling into the low-level center.
The first tropical cyclone of the Southern Indian Ocean cyclone season has formed over 300 miles from Diego Garcia. The storm, named Adjali, is moving east-southeast at 3 knots and expected to intensify before weakening around La Reunion Island.
Researchers at the University of Iowa found that North Atlantic tropical cyclones significantly affect the Midwest, causing flooding in states hundreds of miles inland. The study used USGS stream gauge data to show a strong correlation between inland flooding and tropical cyclone passage.
Tropical cyclone 05B's western edge spread over land on Nov. 9, but its circulation center remained over open waters of the Bay of Bengal. The storm weakened due to elongation of its rotation, reducing its chances for regeneration.
Tropical Cyclone 05B is forecast to make landfall in eastern India on November 9. The storm was tracked by NASA-NOAA's Suomi NPP satellite, which captured a visible image of the cyclone off India's coast.
Tropical Cyclone 5B forms in Bay of Bengal with strong thunderstorms and maximum sustained winds near 35 knots. The storm is expected to make landfall near Chennai on Nov. 9 and dissipate over land quickly.
NASA's Aqua satellite observed Super Typhoon Nuri strengthen into a Category 5 hurricane over two days, with its eye developing on November 3. The storm's maximum sustained winds reached 155 knots, causing significant damage and disruption in the region.
Tropical Cyclone Nilofar weakened and was pushed northeast by strong southwesterly wind shear, resulting in the demise of the storm. The Moderate Resolution Imaging Spectroradiometer aboard NASA's Aqua satellite captured an image on October 31 showing the remnants of the cyclone's clouds and showers being pushed away from its center.
The Tropical Rainfall Measuring Mission (TRMM) will cease science operations in April 2015, ending 17 years of rainfall and storm monitoring. The satellite's instruments, including the Precipitation Radar, have provided critical insights into precipitation patterns and their impact on climate, weather, and natural disasters.
Cyclone Nilofar is exhibiting a comet-like tail and core due to wind shear. The storm has weakened significantly, expected to become a depression by November 1, bringing moderate to heavy rainfall to the region.
Tropical Cyclone Nilofar is being affected by strong southwesterly wind shear, causing clouds to be pushed away from its center. The storm is currently moving through the Arabian Sea with maximum sustained winds near 90 knots.
Cyclone Nilofar developed a massive 14-mile-wide eye that stared at NASA's Terra satellite on Oct. 28. The storm is forecast to make landfall in northwestern India, bringing heavy rains and strong winds.
Tropical Cyclone Nilofar intensifies to hurricane strength with maximum sustained winds of 75 knots (86 mph/139 kph), centered near 15.2 north latitude and 62.2 east longitude.
Tropical Depression 9 has formed over the western Bay of Campeche and is expected to produce life-threatening flash floods in the Yucatan Peninsula of Mexico. The depression is predicted to intensify into a tropical storm before landfall.
NASA's Aqua satellite detects snow on ground in Nepal and southwestern China as Cyclone Hudhud moves over the region. The MODIS instrument captured the image of snow on October 16, revealing the unusual weather phenomenon.
Tropical Storm Vongfong continues to weaken as it approaches Japan, with NASA satellite data showing significant impact from westerly wind shear. The storm's structure is being affected by the strong winds, causing most of the clouds and showers to be pushed to the east.
Subtropical Depression 7 has formed in the Atlantic Ocean, with strong thunderstorms and heavy rainfall potential. The National Hurricane Center has issued a Tropical Storm Watch for Bermuda, expecting possible tropical storm conditions on October 11 or 12.