Category Archives: Atlantic, Caribbean, and Gulf of Mexico

Atlantic TCs

Tropical Storm Arthur Weakens

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Former Tropical Storm Arthur weakened on Wednesday evening as it moved along the coast near Galveston, Texas.  At 11:00 p.m. EDT on Wednesday the center of Tropical Depression Arthur was located at latitude 29.7°N and longitude 94.5°W which put the center about 35 miles (55 km) north-northeast of Galveston, Texas.  Arthur was moving toward the northeast at 9 m.p.h. (15 km/h).  The maximum sustained wind speed was 35 m.p.h. (55 km/h) and there were wind gusts to 45 m.p.h. (75 km/h).  The minimum surface pressure was 1000 mb.

An upper level trough over the central U.S. was producing westerly winds that were blowing across the top of Tropical Depression Arthur on Wednesday evening.  The upper level winds blew the tops off of many of the thunderstorms in Arthur.  A few thunderstorms were still occurring in bands in the eastern periphery of Arthur’s circulation.  The other bands revolving around the center of Arthur consisted primarily of showers and lower clouds.

Tropical Depression Arthur will move around the northwestern side of a high pressure system that extends from the western Atlantic Ocean to over the Gulf of Mexico.  The high pressure system will steer Arthur toward the northeast during the next 24 hours.  On its anticipated track, Tropical Depression Arthur will move near the border between Texas and Louisiana on Thursday.  Arthur will start to move toward the east by Friday.

Tropical Depression Arthur could interact with a stationary front to drop heavy rain over parts of the Southeast U.S.  Heavy rain could cause floods in some locations.

Flood Watches are in effect for southeast Texas, most of Louisiana, the southern half of Mississippi, central Alabama, Northwest Florida, and northern Georgia.

Tropical Storm Arthur Develops Near Texas Coast

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Tropical Storm Arthur developed near the coast of Texas on Wednesday morning.  At 12:30 p.m. EDT on Wednesday the center of Tropical Storm Arthur was located at latitude 28.8°N and longitude 95.5°W which put the center about 40 miles (65 km) southwest of Galveston, Texas. Arthur was moving toward the northeast at 9 m.p.h. (15 km/h).  The maximum sustained wind speed was 45 m.p.h. (75 km/h) and there were wind gusts to 60 m.p.h. (95 km/h).  The minimum surface pressure was 999 mb.

A Tropical Storm Warning is in effect for the portion of the coast from Sargent, Texas to Morgan City Louisiana.

A low pressure system near the coast of Texas, formerly called Potential Tropical Cyclone One, strengthened on Wednesday morning and the U.S. National Hurricane Center designated the system as Tropical Storm Arthur.

The strongest winds were occurring in bands in the eastern and northern sides of Tropical Storm Arthur.

A weather station in Galveston, Texas, (KGLS) reported a sustained wind speed of 39 m.p.h. (63 km/h) and a wind gust of 59 m.p.h. (95 km/h).

NOAA buoy 42035 which is east of Galveston, Texas reported a sustained wind speed of 45 m.p.h. (75 km/h) and a wind gust of 52 m.p.h. (83 km/h).

A weather station on oil platform Galveston 209A (KGVW) reported a sustained wind speed of 70 m.p.h. (113 km/h) and a wind gust of 80 m.p.h. (130 km/h).  It should be noted that the weather station is 121 feet (37 meters) above sea level.

The distribution of thunderstorms in Tropical Storm Arthur was asymmetrical.  Thunderstorms were occurring in bands in the eastern and northern parts of Arthur’s circulation.  Bands in the western and southern parts of Tropical Storm Arthur consisted primarily of showers and lower clouds.

The surface center of Tropical Storm Arthur appeared to be east of a low in the middle troposphere based on visible satellite loops.  The middle level low was producing southwesterly winds that were blowing toward the top of Arthur’s circulation.  Those winds were causing strong vertical wind shear.  The vertical wind shear was causing the asymmetrical distribution of thunderstorms.

The strongest winds were occurring in the bands of thunderstorms in the eastern and northern parts of Tropical Storm Arthur.  Winds to tropical storm force extended out 175 miles (280 km) in the eastern half of Arthur’s circulation.  Winds in the western half of Tropical Storm Arthur were blowing at less than tropical storm force.

Tropical Storm Arthur will move around the northwestern side of a high pressure system that extends from the western Atlantic Ocean to over the Gulf of Mexico.  The high pressure system will steer Arthur toward the northeast during the next 24 hours.  On its anticipated track, Arthur will move inland near the border between Texas and Louisiana in a few hours.

Tropical Storm Arthur will move through an environment that will be marginally favorable for intensification during the next few hours.  Arthur will move over water where the Sea Surface Temperatures are near 28°C.  It will move under the southern part of an upper level trough that is over the central U.S.  The upper level trough will produce westerly winds that will blow toward the top of Arthur’s circulation.  Those winds will cause strong vertical wind shear.  The vertical wind shear will inhibit development, but the wind shear may not be enough to prevent some intensification.  Tropical Storm Arthur could intensify during the next few hours before it makes landfall in Louisiana.

Tropical Storm Arthur will bring gusty winds and heavy rain to parts of the southeastern U.S.  Heavy rain is likely to cause floods in some locations.

Flood Watches are in effect for southeast Texas, most of Louisiana, the southern half of Mississippi, central Alabama, Northwest Florida, and northern Georgia.

Tropical Storm Arthur could also cause a storm surge of up to 4 feet (1 meter) along the coast of Louisiana.

Tropical Storm Warning Issued for Louisiana

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The potential risk posed by a low pressure system near Corpus Christi, Texas prompted the U.S. National Hurricane Center to issue a Tropical Storm Warning for a portion of the coast of Louisiana on Tuesday afternoon.  The National Hurricane Center has designated the low pressure system as Potential Tropical Cyclone One.  At 8:00 p.m. EDT on Tuesday the center of Potential Tropical Cyclone One was located at latitude 27.6°N and longitude 97.3°W which put the center about 15 miles (25 km) south-southeast of Corpus Christi, Texas.  The low pressure system was moving toward the northeast at 6 m.p.h. (10 km/h).  The maximum sustained wind speed was 30 m.p.h. (50 km/h) and there were wind gusts to 40 m.p.h. (65 km/h).  The minimum surface pressure was 1004 mb.

A Tropical Storm Warning is in effect for the portion of the coast from Sabine Pass to Morgan City, Louisiana.

A Tropical Storm Watch is in effect for the portion of the coast from Sargent, Texas to Sabine Pass, Louisiana.

The National Hurricane Center designated a low pressure system over South Texas as Potential Tropical Cyclone One on Tuesday. The distribution of thunderstorms in Potential Tropical Cyclone One was still asymmetrical on Tuesday evening. Thunderstorms were occurring in bands in the eastern side of the low pressure system. The strongest thunderstorms were occurring in bands that were over the Gulf of Mexico. Bands in the western half of the low pressure system consisted primarily of showers and lower clouds. Storms near the center of circulation generated upper level divergence that pumped mass away from the low pressure system. The removal of mass caused the surface pressure to slowly decrease.

Potential Tropical Cyclone One will move around the northwestern side of a high pressure system that extends from the western Atlantic Ocean to over the Gulf of Mexico.  The high pressure system will steer the low pressure system toward the northeast during the next 24 hours . On its anticipated track, the low pressure system could move over the northwestern Gulf of Mexico.

If Potential Tropical Cyclone One moves over the northwestern Gulf of Mexico, it will move into an environment that will be marginally favorable for the development of a tropical storm.  The low pressure system will move over water where the Sea Surface Temperatures are near 28°C.  It will move under the southern part of an upper level trough that is over the eastern U.S.  The upper level trough will produce westerly winds that will blow toward the top of Potential Tropical Cyclone One.  Those winds will cause moderate vertical wind shear.  The vertical wind shear will inhibit development, but the wind shear may not be enough to prevent the formation of a tropical depression or a tropical storm.

The U.S. National Hurricane Center is indicating that the probability is 70% that a tropical depression or a tropical storm forms over the northwestern Gulf of Mexico. Reconnaissance planes have been tentatively tasked to fly into the the low pressure system on Wednesday, if necessary.

The low pressure system has already dropped heavy rain over parts of South Texas and northern Mexico.

Flood Watches are in effect for South Texas, southeast Texas, most of Louisiana, the southern half of Mississippi, central Alabama, Northwest Florida, and northern Georgia.

Tropical Storm Watch Issued for Texas and Louisiana

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The potential risk posed by a low pressure system over South Texas prompted the U.S. National Hurricane Center to issue a Tropical Storm Watch for a portion of the coast of Texas and Louisiana on Tuesday.  The National Hurricane Center also designated the low pressure system as Potential Tropical Cyclone One.  At 2:00 p.m. EDT on Tuesday the center of Potential Tropical Cyclone One was located at latitude 27.19°N and longitude 97.8°W which put the center about 55 miles (90 km) southwest of Corpus Christi, Texas.  The low pressure system was moving toward the northeast at 6 m.p.h. (10 km/h).  The maximum sustained wind speed was 30 m.p.h. (50 km/h) and there were wind gusts to 40 m.p.h. (65 km/h).  The minimum surface pressure was 1006 mb.

A Tropical Storm Watch is in effect for the portion of the coast from Sargent, Texas to Morgan City, Louisiana.

The National Hurricane Center designated a low pressure system over South Texas as Potential Tropical Cyclone One on Tuesday.  The distribution of thunderstorms in Potential Tropical Cyclone One was asymmetrical.  Thunderstorms were occurring in bands in the eastern side of the low pressure system.  The strongest thunderstorms were occurring in bands that were over the Gulf of Mexico.  Bands in the western half of the low pressure system consisted primarily of showers and lower clouds.  Storms near the center of circulation generated upper level divergence that pumped mass away from the low pressure system.  The removal of mass caused the surface pressure to slowly decrease.

Potential Tropical Cyclone One will move around the northwestern side of a high pressure system that extends from the western Atlantic Ocean to over the Gulf of Mexico.  The high pressure system will steer the low pressure system toward the northeast during the next 24 hours.   On its anticipated track, the low pressure system could move over the northwestern Gulf of Mexico.

If Potential Tropical Cyclone One moves over the northwestern Gulf of Mexico, it will move into an environment that will be marginally favorable for the development of a tropical storm.  The low pressure system will move over water where the Sea Surface Temperatures are near 28°C.  It will move under the southern part of an upper level trough that is over the eastern U.S.  The upper level trough will produce westerly winds that will blow toward the top of Potential Tropical Cyclone One.  Those winds will cause moderate vertical wind shear.  The vertical wind shear will inhibit development, but the wind shear may not be enough to prevent the formation of a tropical depression or a tropical storm.

The U.S. National Hurricane Center is indicating that the probability is 70% that a tropical depression or a tropical storm forms over the northwestern Gulf of Mexico.  Reconnaissance planes have been tentatively tasked to fly into the the low pressure system on Tuesday night and Wednesday, if necessary.

The low pressure system has already dropped heavy rain over parts of South Texas and northern Mexico.

Flood Watches are in effect for South Texas, southeast Texas, most of Louisiana, and the southern half of Mississippi.

Low Pressure over South Texas

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A low pressure system formed over South Texas on Monday evening.  The low pressure system was designated as Invest 90L by the U.S. National Weather Service.  At 2:00 a.m. EDT on Tuesday the center of a low pressure system was located at latitude 26.9°N and longitude 99.3°W which put the center about 35 miles (55 km) south-southeast of Laredo, Texas.  The low pressure system was moving toward the northeast at 8 m.p.h. (13 km/h).  The maximum sustained wind speed was 25 m.p.h. (35 km/h) and there were wind gusts to 35 m.p.h. (55 km/h).  The minimum surface pressure was 1009 mb.

An upper level low interacting with the northern end of a tropical wave caused a surface low pressure system to form over South Texas on Monday evening.  The low pressure system was evident on surface weather maps which showed a weak counterclockwise rotation over southern Texas.  Thunderstorms were occurring in bands in the eastern side of the low pressure system.  Bands in the western and southern parts of the low pressure system consisted primarily of showers and lower clouds.

The low pressure system will move around the northwestern side of a high pressure system that extends from the western Atlantic Ocean to over the Gulf of Mexico.  The high pressure system will steer the low pressure system toward the northeast during the next 24 hours.  On its anticipated track, the low pressure system could move over the northwestern Gulf of Mexico.

If the low pressure system moves over the northwestern Gulf of Mexico, it will move into an environment that will be marginally favorable for the development of a tropical storm.  The low pressure system will move over water where the Sea Surface Temperatures are near 28°C.  It will move under the southern part of an upper level trough that is over the eastern U.S.  The upper level trough will produce westerly winds that will blow toward the top of the low pressure system.  Those winds will cause moderate vertical wind shear.  The vertical wind shear will inhibit development, but the wind shear may not be enough to prevent the formation of a tropical depression or a tropical storm.

The U.S. National Hurricane Center is indicating that the probability is 60% that a tropical storm forms over the northwestern Gulf of Mexico.  Reconnaissance planes have been tentatively tasked to fly into the the low pressure system on Tuesday night and Wednesday, if necessary.

The low pressure system has already dropped heavy rain over parts of South Texas and northern Mexico.

Flood Watches are in effect for South Texas, southeast Texas, most of Louisiana, and southern Mississippi.

 

Atlantic Hurricane Season Starts

The Atlantic hurricane season officially started on June 1, 2026.  The hurricane season began quietly.  No tropical depressions, tropical storms or hurricanes were present over the Atlantic Ocean, the Caribbean Sea, or the Gulf of Mexico.  No tropical cyclones are expected to form over the Atlantic Ocean during the next few days.  Whenever a tropical storm does form over the Atlantic Ocean, the first name on the list will be Arthur.

Fewer tropical storms and hurricanes are expected to form over the Atlantic Ocean this year.  A strong El Niño pattern is expected to develop over the Equatorial Pacific Ocean during the next few months.  Much warmer than normal Sea Surface Temperatures (SSTs) are expected to be present over the eastern Equatorial Pacific Ocean during the hurricane season.

The warmer Sea Surface Temperatures associated with an El Niño produce more rising motion and convection.  The stronger rising motion begins to move toward the east when it reaches the upper troposphere where it produces stronger westerly winds.  The stronger westerly winds blow over the Caribbean Sea and the western Atlantic Ocean.  Those stronger westerly winds cause more vertical wind shear.  More vertical wind shear makes it more difficult for tropical storms and hurricanes to develop.

Hurricane Melissa Races Past Bermuda

Hurricane Melissa raced past Bermuda early on Friday.  At 5:00 a.m. EDT on Friday the center of Hurricane Melissa was located at latitude 35.9°N and longitude 64.0°W which put the center about 255 miles (405 km) north of Bermuda.  Melissa was moving toward the northeast at 41 m.p.h. (67 km/h).  The maximum sustained wind speed was 90 m.p.h. (145 km/h) and there were wind gusts to 105 m.p.h. (165 km/h).  The minimum surface pressure was 973 mb.

Hurricane Melissa was well into a transition to a strong extratropical cyclone on Friday morning.  An upper level trough over the eastern U.S. was producing strong southwesterly winds that were blowing toward the top of Melissa’s circulation.  Those winds were causing strong vertical wind shear.  The strong vertical wind shear combined with cooler Sea Surface Temperatures to cause Hurricane Melissa to make a transition to an extratropical cyclone.

The strong vertical wind shear was also blowing the tops of new thunderstorms that started to form in Hurricane Melissa.  Thunderstorms were still developing just to the east of the center of Melissa’s circulation.  However, the strong upper level winds were quickly blowing the tops off of those thunderstorms.  Drier air was wrapping around the western and southern sides of Hurricane Melissa.  The strong vertical wind shear and drier air caused the bands revolving around the center of Melissa to consist primarily of showers and lower clouds.

The transition to an extratropical cyclone caused the size of the circulation around Hurricane Melissa to increase.  Winds to hurricane force extended out 80 miles (130 km) from the center of Melissa’s circulation.  Winds to tropical storm force extended out 265 miles (425 km) from the center of Hurricane Melissa.

Hurricane Melissa will move through an environment unfavorable for the intensification of a hurricane.  Melissa will move over water where the Sea Surface Temperatures are near 24°C.  It will move under the eastern part of the upper level trough that is over the eastern U.S.  The upper level trough will continue to produce strong southwesterly winds that will blow toward the top of Melissa’s circulation.  Those winds will continue to cause strong vertical wind shear. The strong vertical wind shear and cool Sea Surface Temperatures cause Hurricane Melissa to complete the transition to an extratropical cyclone.

The upper level trough will steer Hurricane Melissa quickly toward the northeast during the next 24 hours. On its anticipated track, Hurricane Melissa will be pass near the southeastern part of Newfoundland on Friday night.

Hurricane Melissa Speeds Toward Bermuda

Hurricane Melissa was speeding toward Bermuda on Thursday morning.  At 8:00 a.m. EDT on Thursday the center of Hurricane Melissa was located at latitude 26.8°N and longitude 72.7°W which put the center about 605 miles (980 km) southwest of Bermuda.  Melissa was moving toward the north-northeast at 21 m.p.h. (33 km/h).  The maximum sustained wind speed was 105 m.p.h. (165 km/h) and there were wind gusts to 125 m.p.h. (200 km/h).  The minimum surface pressure was 965 mb.

A Hurricane Warning is in effect for Bermuda.

Hurricane Melissa strengthened as it moved over warm water near the Bahamas on Wednesday night.  A new larger eye formed at the center of Melissa’s circulation.  The eye was surrounded by a broken ring of thunderstorms and the strongest winds were occurring in that broken ring of storms.  Bands of showers and thunderstorms were revolving around the core of Melissa’s circulation.  Storms near the core of Melissa generated upper level divergence that pumped more mass away to the northeast of the hurricane.  The removal of more mass caused the surface pressure to decrease again.

The size of the circulation around Hurricane Melissa increased as it strengthened again.  Winds to hurricane force extended out 60 miles (95 km) from the center of Melissa’s circulation.  Winds to tropical storm force extended out 195 miles (315 km) from the center of Hurricane Melissa.

The Hurricane Intensity Index (HII) for Hurricane Melissa is 17.8.  The Hurricane Size Index (HSI) is 19.8 and the Hurricane Wind Intensity Size Index (HWISI) is 37.6.

Hurricane Melissa will move through an environment somewhat favorable for intensification during the next 24 hours.  Melissa will move over water where the Sea Surface Temperatures are near 27°C.  It will move under the eastern part of an upper level trough that is over the eastern U.S.  The upper level trough will produce southwesterly winds that will blow toward the top of Melissa’s circulation.  Those winds will cause moderate vertical wind shear.  The moderate vertical wind shear will inhibit intensification, but the wind shear may not be enough to prevent intensification.  Hurricane Melissa could intensify during the next 24 hours.  The upper level winds will get stronger on Friday.  More vertical wind shear will cause Hurricane Melissa to weaken.  The stronger wind shear will also cause Melissa to start a transition to an extratropical cyclone.

The upper level trough will steer Hurricane Melissa toward the northeast during the next 24 hours.  On its anticipated track, Hurricane Melissa will be near Bermuda on Thursday night.

Hurricane Melissa will bring strong winds and heavy rain to Bermuda on Thursday night.  Melissa will pass near the southeastern part of Newfoundland on Friday night.

Hurricane Melissa Brings Wind and Rain to the Bahamas

Hurricane Melissa was bringing wind and rain to the Bahamas on Wednesday afternoon.  At 5:00 p.m. EDT on Wednesday the center of Hurricane Melissa was located at latitude 22.9°N and longitude 74.8°W which put the center about 20 miles (30 km) southeast of Clarence Town, Bahamas.  Melissa was moving toward the northeast at 16 m.p.h. (26 km/h).  The maximum sustained wind speed was 90 m.p.h. (145 km/h) and there were wind gusts to 105 m.p.h. (165 km/h).  The minimum surface pressure was 974 mb.

Hurricane Warnings are in effect for the Central Bahamas and the Southeastern Bahamas.

A Hurricane Watch is in effect for Bermuda.

Tropical Storm Warnings are in effect for the Turks and Caicos.

The circulation around Hurricane Melissa showed signs of reorganization on Friday afternoon.  However, passage over Jamaica and eastern Cuba significant changed the structure of the core of Melissa’s circulation.  A new large eye with a diameter of 45 miles (75 km) formed at the center of Hurricane Melissa.  New thunderstorms were developing in a broken ring that surrounded the large eye.  The strongest winds were occurring in that broken ring of storms.  New thunderstorms were also forming in the bands revolving around the center of Melissa’s circulation.

The structural changes in the middle of Hurricane Melissa caused the size of the circulation to increase.  Winds to hurricane force extended out 60 miles (95 km) in the eastern side of Melissa’s circulation.  Winds to hurricane force extended out 25 miles (40 km) in the western side of Hurricane Melissa.  Winds to tropical storm force extended out 185 miles (300 km) in the eastern half of Melissa’s circulation.  Winds to tropical storm force extended out 125 miles (200 km) in the western half of Hurricane Melissa.

The Hurricane Intensity Index (HII) for Hurricane Melissa is 13.9.  The Hurricane Size Index (HSI) is 16.6 and the Hurricane Wind Intensity Size Index (HWISI) is 30.5.  Hurricane Melissa is similar in intensity to Hurricane Beryl when Beryl hit Texas in 2024.  Melissa is much larger than Beryl was.

Hurricane Melissa will move through an environment marginally favorable for intensification during the next 12 hours.  Melissa will move over water where the Sea Surface Temperatures are near 28°C.  It will move under the southeastern part of an upper level trough over the eastern U.S.  The upper level trough will produce southwesterly winds that will blow toward the top of Melissa’s circulation.  Those winds will cause the vertical wind shear to increase. The vertical wind shear will inhibit intensification, but the wind shear may not be enough to prevent intensification.  Hurricane Melissa could intensify during the next 12 hours.  The upper level winds will get stronger on Thursday.  More vertical wind shear will cause Hurricane Melissa to weaken.  The stronger wind shear will also cause Melissa to start a transition to an extratropical cyclone.

The upper level trough will steer Hurricane Melissa toward the northeast during the next 24 hours.  On its anticipated track, Melissa will continue to move over the Bahamas during the next few hours.  Hurricane Melissa will be near Bermuda on Thursday night.

Hurricane Melissa will continue to bring strong winds and heavy rain to the Central and Southeastern Bahamas on Wednesday night.  Melissa could bring strong winds and heavy rain to Bermuda on Thursday night.

Hurricane Melissa Batters Eastern Cuba

Strong winds in Hurricane Melissa battered eastern Cuba early on Wednesday.  At 8:00 a.m. EDT on Wednesday the center of Hurricane Melissa was located at latitude 20.6°N and longitude 75.7°W which put the center about 45 miles (75 km) northwest of Guantanamo, Cuba.  Melissa was moving toward the north-northeast at 14 m.p.h. (22 km/h).  The maximum sustained wind speed was 105 m.p.h. (165 km/h) and there were wind gusts to 125 m.p.h. (200 km/h).  The minimum surface pressure was 968 mb.

Hurricane Warnings are in effect for the Cuban provinces of Granma, Santiago de Cuba, Guantanamo, Holguin, and Las Tunas.

Hurricane Warnings are in effect for the Central Bahamas and the Southeastern Bahamas.

A Hurricane Watch is in effect for Bermuda.

A Tropical Storm Warning is in effect for Haiti.

A Tropical Storm Warning is in effect for the Cuban province of Camaguey.

A Tropical Storm Warning is in effect for the Turks and Caicos.

After leaving a trail of destruction in Jamaica, Hurricane Melissa battered eastern Cuba early on Wednesday.  Melissa was still a major hurricane at the time is made the center of circulation landfall in the province of Santiago de Cuba.  Melissa started to weaken slowly again after the center moved over land.

Hurricane Melissa was still a powerful storm on Wednesday morning.  Winds to hurricane force extended out 30 miles (50 km) from the center of Melissa’s circulation.  Winds to tropical storm force extended out 185 miles (300 km) in the eastern half of Melissa’s circulation.  Winds to tropical storm force extended out 105 miles (165 km) in the western side of Hurricane Melissa.

The Hurricane Intensity Index (HII) for Hurricane Melissa at the time of landfall was 17.8.  The Hurricane Size Index (HSI) was 11.9 and the Hurricane Wind Intensity Size Index (HWISI) was 29.7. Hurricane Melissa was similar in size and intensity to Hurricane Sally when Sally hit South Alabama in 2020.

Hurricane Melissa will move through an environment marginally favorable for intensification during the next 24 hours.  Melissa will move over water where the Sea Surface Temperatures are near 28°C.  It will move under the southeastern part of an upper level trough over the eastern U.S.  The upper level trough will produce southwesterly winds that will blow toward the top of Melissa’s circulation.  Those winds will cause the vertical wind shear to increase.  The vertical wind shear will inhibit intensification.  Hurricane Melissa is likely to maintain its intensity during the next 24 hours after it moves northeast of Cuba.

The upper level trough will steer Hurricane Melissa toward the northeast during the next 24 hours.  On its anticipated track, Melissa will move northeast of Cuba during the next few hours.  Hurricane Melissa will move over the Bahamas later today.  Melissa will be near Bermuda on Thursday night.

Hurricane Melissa will continue to bring strong winds and heavy rain to eastern Cuba during the next few hours.  Heavy rain is likely to cause flash floods in some location.  Widespread electricity outages are likely in eastern Cuba.  Melissa will also bring strong winds and heavy rain to the Bahamas later today.