Articles tagged with Hurricanes
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NASA satellites captured images of Hurricane Lester as it weakened to a Category 3 hurricane on August 30. The storm showed signs of weakening due to decreased deep convection within its central dense overcast. Forecasters predict continued westward movement before the storm turns northwest.
Hurricane Lester is the fourth major hurricane of the 2016 eastern North Pacific hurricane season. It has strengthened into a Category 3 hurricane with maximum sustained winds near 115 mph and is expected to move westward for the next couple of days.
Tropical Storm Madeline in the Central Pacific Ocean has strengthened into a hurricane, according to NASA-NOAA's Suomi NPP satellite imagery. The storm is showing signs of organization, with a well-formed eyewall and little vertical wind shear deformation.
Tropical Depression 9 has intensified in the Gulf of Mexico, with deep convection and intense rainfall observed. The National Hurricane Center forecasts strengthening and a possible storm surge for northern Florida.
Hurricane Gaston is a Category 3 hurricane with maximum sustained winds near 115 mph, located about 575 miles east of Bermuda. The storm is expected to move over decreasing sea surface temperatures and into increasing vertical wind shear, causing a gradual weakening.
Tropical Depression 8 formed off the coast of North Carolina in the Atlantic Ocean, with NASA's Global Precipitation Measurement mission providing detailed analysis. The depression was predicted to strengthen slowly over the next 48 hours, bringing heavy rainfall and isolated maximum amounts of 5 inches to far eastern North Carolina.
NASA's AIRS and Suomi NPP satellites are monitoring Tropical Storm Gaston's weakening position in the Atlantic. The storms expected to strengthen over the next 48 hours, with forecasters warning of increased winds and potentially tighter storm structure.
Tropical Storm Lester, the 12th named storm of the 2016 eastern Pacific Ocean, was analyzed by NASA's GPM core satellite. The storm showed moderate intensity bands of rain curving around its eastern side, with rainfall rates reaching over 54 mm per hour.
Gaston became a hurricane on Aug. 25 with maximum sustained winds of 75 mph, but heavy rain rates of around 50 mm/h were occurring near the center due to southwesterly wind shear. The storm's trajectory is expected to shift northwestward over the next several days as it battles strong environmental wind shear.
NASA's Aqua satellite analyzed Tropical Depression 13E with its Atmospheric Infrared Sounder instrument, indicating strengthening thunderstorms and cold cloud tops. The depression is expected to continue strengthening over the next couple of days, potentially becoming a hurricane.
Researchers analyze data from a survey of Gulf Coast residents to understand how their perceptions of hurricane threat vary depending on their gender, belief in climate change, and recent experience. The study found that those who have recently experienced severe hurricanes are more likely to perceive the increasing violence of storms.
A tropical wave is bringing heavy rainfall and gusty winds to islands in the Atlantic Ocean and northeastern Caribbean Sea. The National Hurricane Center predicts that the system could develop into a tropical depression, posing danger to the Bahamas and southeastern United States.
Tropical Storm Gaston intensified in the Atlantic Ocean with rainfall rates reaching up to 141 mm per hour. The GPM satellite provided detailed measurements of precipitation, cloud heights, and storm tops.
The Global Precipitation Measurement mission captured data on Tropical Depression Kay's remaining rainfall, which was limited to a small area. The storm had been devoid of deep convection and thunderstorms for about 12 hours when it faded from the record.
Tropical Storm Gaston formed in the northeastern Atlantic Ocean after a low-pressure area organized into a depression on August 22. By August 23, the system strengthened into a tropical storm with maximum sustained winds of near 50 mph and higher gusts.
Tropical Storm Fiona weakened significantly as NASA-NOAA's Suomi NPP satellite captured its image on Aug. 22. The storm's clouds were pushed east by strong westerly shear, leading to a decrease in organization and thunderstorm activity.
Tropical Storm Kay's strengthening is attributed to strong convection, with cold cloud top temperatures exceeding minus 63 degrees Fahrenheit. Forecasted to pass near Mexico, the storm will then weaken and turn westward into the Eastern Pacific.
Tropical Storm Fiona is strengthening in the northeastern Atlantic Ocean, with maximum sustained winds of near 45 mph. The storm's movement and pressure are expected to continue west-northwest for the next couple of days.
Researchers warn that economic growth will not be able to counterbalance hurricane losses under unchecked global warming. Historical losses due to tropical cyclones have been found to increase less than linearly with a nation's affected GDP, but per capita income does not protect against hurricane losses.
Hurricane Earl caused extreme rain in southern Mexico, with some areas receiving up to 43.3 inches of rain. The remnants of the storm interacted with another weather system, forming Tropical Storm Javier.
Tropical Storm Howard is weakening due to cooler waters and increasing instability, with maximum sustained winds decreasing to near 45 mph. Forecasters expect the storm to become a remnant low in 24-36 hours, potentially sooner if organized convection redevelops.
Typhoon Nida made landfall just north of Hong Kong, bringing maximum sustained winds of 74.8 mph, and a Category 1 hurricane on the Saffir-Simpson Wind Scale. The storm has weakened to a tropical storm and is moving northwest towards inland areas where it is expected to dissipate.
Tropical Storm Earl has formed in the Caribbean Sea, with maximum sustained winds near 45 mph and a minimum central pressure of 1,001 millibars. The storm is forecast to move west over the next couple of days, affecting Honduras and Mexico's Yucatan Peninsula.
Tropical Storm Frank weakened to a tropical storm on July 28, 2016, with winds decreasing from hurricane strength. NASA's RapidScat instrument observed sustained winds of near 30 meters per second north of the center.
Tropical Storm Frank is weakening due to its movement over colder waters and into a more stable air mass. The cyclone's maximum sustained winds have decreased to near 65 mph with higher gusts.
Tropical Storm Georgette's remnants were captured by NOAA's GOES-West satellite, showing a swirl of clouds mostly north and west of the center. The post-tropical cyclone was moving toward the west-northwest at 9 mph, with maximum sustained winds decreasing to near 35 mph.
Hurricane Frank showed a transition from weakening to strengthening phases, with cloud top temperatures warming on July 25 and cooling on July 26. The storm's winds were measured by NASA's RapidScat instrument, which found tropical-storm-force winds extending outward up to 70 miles.
Tropical cyclones Georgette and Frank in the Eastern Pacific Ocean show see-sawing strength, with hurricane Frank strengthening while tropical storm Georgette weakening. Maximum sustained winds for Georgette have decreased to near 70 mph, with further weakening forecasted.
Hurricane Georgette is a powerful storm with a clear eye visible on NASA-NOAA's Suomi NPP satellite image. The storm strengthened to a category 4 hurricane before weakening and becoming a remnant low in about 3 days.
Tropical Storm Georgette developed in the eastern Pacific Ocean, intensifying into a tropical storm with maximum sustained winds reaching 45 mph. GPM data revealed extremely heavy rain and storm top heights over 14 km, indicating favorable conditions for cyclone formation.
Tropical Storm Estelle was transitioning to a post-tropical cyclone when NASA's Suomi NPP satellite captured its visible image on July 22. The storm showed minimal convection and was moving west-northwest at 16 mph.
Tropical Storm Frank intensified as NASA spotted 'hot towers', powerful thunderstorms with intense showers and high rain rates. The storm's height and organization suggest a significant increase in wind speed and potential for becoming a hurricane.
Hurricane Darby weakened to a tropical storm on July 20 as it approached the Central Pacific Ocean. The storm was about 1,000 miles east of Hilo, Hawaii, with maximum sustained winds decreasing to near 60 mph.
SMAP data showed Tropical Storm Estelle had the strongest surface winds near 30 meters per second, with weaker winds in the southern quadrant. The storm is expected to weaken due to cooler water and drier air.
Tropical Storm Estelle has a circular storm with two areas of strongest convection, indicating rising air that forms thunderstorms. The storm is strong and almost symmetrical but is being slowed by dry air in the mid-levels.
Hurricane Darby's strength is decreasing due to warming cloud tops, indicating a weakening circulation with strong convection. The storm is expected to become a tropical storm later today, with maximum sustained winds remaining near 75mph.
A satellite image captured by GOES-West showed an open circulation with clouds to the northeast of the remnant low center. The surface low, ex-Tropical Cyclone Celia, was centered about 300 miles northeast of Honolulu on July 18 and moving west at 10 mph.
NASA's RapidScat instrument revealed a cloud-filled eye in Hurricane Darby, with sustained winds exceeding 67 mph. The storm is expected to weaken further over the next 48 hours, becoming a tropical storm later today.
Tropical Storm Estelle is strengthening in the Eastern Pacific Ocean with NASA satellite imagery showing a developing eye surrounded by powerful thunderstorms. The storm's cloud tops are near minus 80 Celsius, indicating strong convection and potential hurricane formation.
The sixth tropical depression of the Eastern Pacific Ocean formed on July 15 and was captured by NOAA's GOES-West satellite. The system has acquired a well-defined circulation and convective banding, classifying it as a tropical cyclone.
Hurricane Darby's eye features powerful thunderstorms and a ragged 25 nautical mile-wide center. The storm is expected to weaken due to cooler sea surface temperatures.
Tropical Storm Celia has weakened to near 45 mph winds as it moves into the central Pacific Ocean. The storm is expected to gradually spin down and become a post-tropical cyclone by tonight due to cooler sea surface temperatures and stable air masses.
Tropical Storm Celia weakened in the Eastern Pacific Ocean with NASA data showing strongest winds and storms shifted north of the center. The Global Precipitation Measurement satellite found rain falling at over 164 mm per hour within a feeder band, indicating significant convective activity.
NASA's RapidScat instrument measured strong winds in Hurricane Darby reaching 67 mph near its center, with tropical-storm-force winds extending up to 150 miles from the center.
NASA's RapidScat instrument measured surface wind speeds exceeding 30 meters per second, while the GPM core satellite detected rainfall rates of up to 33 mm/h near Hurricane Celia's eye wall. The storm weakened to a tropical storm on July 13, with forecasted weakening continuing over the next 48 hours.
Tropical Storm Darby strengthened rapidly, with maximum sustained winds reaching 70 mph and gusts exceeding 110 kph. NASA used satellite imagery to estimate the storm's minimum central pressure at 998 millibars.
Hurricane Celia is currently in the Eastern Pacific Ocean but will issue warnings once it passes west of 140 degrees west longitude. NASA satellites capture images showing a cloud-filled eye and powerful thunderstorms wrapping around the low-level center.
Tropical Depression 4 formed in the Eastern Pacific, strengthening into a tropical storm with maximum sustained winds near 40 mph. The storm is expected to track over cold water kicked up from Hurricanes Blas and Celia, affecting its strength.
Hurricane Celia has strengthened to a Category 1 hurricane with maximum sustained winds near 90 mph. The storm is expected to move towards the west-northwest with decreasing speed, potentially weakening by Tuesday.
Tropical Depression 4E intensified into Tropical Storm Celia, with a better-organized cloud pattern and increased winds. The storm is expected to pass near an area of cooler sea surface temperatures, slowing its intensification before potentially strengthening into a hurricane by Sunday.
The Suomi NPP satellite captured a visible image showing Hurricane Blas' eye filled with high clouds, while infrared imagery revealed a pinhole eye. The storm was weakening rapidly, with maximum sustained winds decreasing to near 105 mph.
Tropical Depression 4E formed in the Eastern Pacific Ocean, with maximum sustained winds near 35 mph. The depression is expected to become a tropical storm in three days and potentially reach hurricane status.
Hurricane Blas continues to hold a Category 3 status with a large eye and powerful thunderstorms. The storm is expected to weaken over the next two days, potentially becoming a tropical storm by Friday night.
Satellites captured a developing eye in Hurricane Blas, showing a cloud-filled and wide storm system. The hurricane is moving west-northwest at 12 mph and has maximum sustained winds of near 125 mph.
The first hurricane of the Eastern Pacific season, Blas, was analyzed by NASA on July 5. Powerful thunderstorms with very cold cloud top temperatures were detected in infrared light. The storm's surface winds were also monitored using the RapidScat instrument, which showed strong winds east of the center.
A new study published by researchers at the University of Delaware's Disaster Research Center aims to sharpen planners' insight on how many people may leave a given area during a hurricane. The study found that demographic data, such as race and socioeconomic status, influence evacuation decisions, with white respondents having a highe...
Tropical Storm Danielle formed on June 20 and dissipated over eastern Mexico by June 21. NASA analyzed its rainfall rates and cloud top temperatures using the GPM mission core satellite and Aqua satellite.
NASA and NOAA satellites detected Tropical Depression 4 developing into Tropical Storm Danielle off the Mexican coast. The storm strengthened into a tropical cyclone on June 20, bringing heavy rain to eastern Mexico.
A collection of studies investigated the effects of Hurricane Sandy on public health, highlighting factors contributing to community resilience and healthcare system impacts. Research also explored the effect on at-risk individuals, with funding allocated through the US Department of Health and Human Services.
The remnants of Tropical Depression 1E dissipated over the southwestern coast of Mexico. The system's winds decreased from 25 mph to lower gusts, with minimum central pressure at 1008 millibars.