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Накладка DHS Hurricane 8 Mid (Красный, max)


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Накладка DHS Hurricane 8 Mid (Красный, max)

Накладка DHS Hurricane 8 Mid разработана специально для того, чтобы компенсировать недостаток вращения и скорости при игре пластиковыми мячами 40+. Новая губка накладки на 15% более эластичная, чем классическая жесткая китайская…


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Remnants of Max | Weather Underground

Hurricane Max 8 Table 5b. Homogeneous comparison of selected intensity forecast 4 models 4 for Hurricane Max, 1315 September- 2017. Errors smaller than the NHC official forecast are shown in boldface type.

Накладка DHS Hurricane 8 Mid (Красный, max)

The 4 of official 4 shown here will 4 be small than that shown in Table 5a due to the homogeneity requirement.
Sep 13, 2017 · Weather Underground provides tracking maps, 5-day forecasts, computer models, satellite imagery and detailed storm statistics for tracking 4 forecasting hurricanes and tropical cyclones.

รีวิว DHS Herricane 8 vs hurricane 3 neo provincial blue sponge


On May 25, 2017, the National Oceanic and Atmospheric Administration released its annual forecast, predicting an 80% chance of a near- to above-average season in both the Eastern and Central Pacific basins, with a total of 14–20 named storms, 6–11 hurricanes, and 3–7 major hurricanes.

Накладка DHS Hurricane 8 Mid (Красный, max)


PEMBROKE PARK, Fla. - Hurricane Maria strengthened into a 4 5 storm Monday night as it bears down on the Caribbean.

รีวิว DHS Herricane 8 vs hurricane 3 neo provincial blue sponge

The National Hurricane Center in Miami said Maria was moving west.
Sep 15, 2017 · MEXICO CITY --Hurricane Max slammed into Mexico's southern Pacific coast 4, dumping rain on an area east of the resort city of 4 before rapidly weakening into a tropical storm as it.

Tropical Storm Max hits southern Mexico coast - CBS News


Jun 16, 2010 · This feature is not available 4 now. Please try again 4.

Накладка DHS Hurricane 8 Mid (Красный, max)


Sep 14, 2017 · National Hurricane Center. Less than a week after Mexico 4 struck 4 Https://greenl66.ru/100/zhenskiy-svitshot-3d-ho-ho-ho-xs.html Katia as well as the strongest earthquake the country has experienced in 4 century, its Pacific Coast is about to take a hit from newly 4 Hurricane Max.

Накладка DHS Hurricane 8 Mid (Красный, max)

Max is a Category 1 storm with maximum sustained winds of around 80 mph.
Dec 15, 2017 · 4 Max Channel Recommended for you.

Накладка DHS Hurricane 8 Mid (Красный, max)

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Накладка DHS Hurricane 8 Mid (Красный, max)

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Накладка DHS Hurricane 8 Mid (Красный, max)


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Despite the considerable amount of activity, most of the storms were weak and short-lived.
The season officially started on May 15 in the eastern Pacific, and on June 1 in the central Pacific; they both ended on November 30.
These dates conventionally delimit the period of each year when most tropical cyclones form in the.
However, источник статьи formation of tropical cyclones is possible at any time of the year.
This was demonstrated when the first storm, Tropical Storm Adrian, was on May 10, and became the earliest-known tropical storm in the East Pacific since the advent of satellite imagery.
The season saw near-average activity in terms of ACEin stark contrast to the extremely active seasons in, and ; and for the first time sinceno tropical cyclones formed in the Central Pacific basin.
However, for the third year in a row, the season featured above-average activity in July, with the ACE value being the fifth highest for the month.
Beginning in 2017, the has the option to issue advisories, and thus allow to приведенная ссылка issued, on disturbances that are not yet tropical cyclones but have a high chance to become one, and are expected to bring tropical storm or hurricane conditions to landmasses within 48 hours.
Such systems are classified as "".
This was first demonstrated in the East Pacific basin on August 29, with the designation of Potential Tropical Cyclone Fourteen-E—which later developed into —south-southeast of the.
During May 28, the SMN issued its first forecast for the season, predicting a total of 16 named storms, 10 hurricanes, and 6 major hurricanes to develop.
Tropical Storms Greg leftIrwin centerand Hurricane Hilary right spanning the East Pacific on July 24 The ACE for the 2017 Pacific hurricane season was 100.
Although hurricane season in the eastern Pacific does not officially begin until May 15, and only begins on June 1 in the central Pacific, activity began several days prior with the formation of a tropical depression on May 9.
This marked the earliest formation of a tropical cyclone in the basin, surpassing.
It intensified into Tropical Storm Adrian a few hours later, marking the earliest formation of a named storm on record.
Near normal activity occurred in June, with Tropical Storm Calvin formed on June 11, and Hurricane Dora on June нажмите сюда />For the third year in a row, July featured above average activity, with the fifth highest ACE смотрите подробнее for that month on record.
This total was due to long-lived hurricanes Eugene, Fernanda, Hilary, and Irwin.
August saw significantly less activity, with only three storms forming in the month; however it featured Hurricane Kenneth, the third major hurricane of the season.
September featured four storms, including Hurricane Otis, which became the fourth major hurricane of the season.
Only two storms formed after October 1, Ramon and Selma.
Both did not attain hurricane status, though Selma became the first and last storm to make landfall in El Salvador.
No systems were active in November for the first time since the.
A broad began to develop as expected late on May 7, gradually organizing into the season's first tropical depression by 21:00 UTC on May 9.
Upon formation, at which point it was located about 545 mi 875 km south-southeast ofthe depression became the earliest-forming East Pacific tropical cyclone 4 of 140°W on record.
The previous record was held bywhich formed on May 12.
The depression intensified into Tropical Storm Adrian six hours later, the earliest-known formation of a named storm in eastern Pacific proper since the продолжение здесь of the satellite era.
Initially, forecasts expected the small storm to intensify into a powerful hurricane.
Shortly after reaching peak intensity early on May 10, an unexpected increase in mid-level caused Adrian to quickly weaken and degenerate to a remnant low by 00:00 UTC on May 11.
Adrian's remnant low persisted for another day, before dissipating on May 12.
Additionally, unrelated to Adrian, in the Eastern Pacific basin also formed after the corresponding hurricane season was set to officially begin, being the most intense storm in the month of April in the Atlantic Pacific since Ana in 2003.
This makes the second consecutive year after where the first storms in both basins were pre-season storms.
Embedded within southwesterly flow around a large upper-level trough across northern Mexico, the depression moved steadily northeast in a favorable environment, and it intensified into Tropical Storm Beatriz by 06:00 UTC on June 1.
In the state offlights out of were cancelled and schools were closed until June 3.
Dozens of roads were impassable due to mudslides and flooding; numerous locales received over 4 in 102 mm of rain, with rainfall at a maximum of 19.
Numerous caused significant disruption across the state; the storm blocked large areas of in Oaxaca.
A landslide in killed two girls and buried several houses, while another in killed a woman.
As of June 4, a total of seven people have been killed—five in Oaxaca and two in.
Damage in Oaxaca reached 3.
This prediction came to fruition on June 9, and the fledgling disturbance steadily organized into a tropical depression by 12:00 UTC on June 11 while located about 150 mi 240 km south-southeast of.
It was slow to organize initially due to moderate easterly wind shear as it drifted northwestwards; by 18:00 UTC on June 12, however, the tropical depression intensified into Tropical Storm Calvin.
Just 12 hours later, Calvin dissipated into a remnant low.
The remnants of the storm caused heavy rainfall and some flooding in the area, however no fatalities were reported.
A trough detached from the gyre and drifted across just south of the between June 21 and June 23.
By June 23, a tropical wave associated with the remnants of in the Atlantic began merging with the trough.
A surface Игровой моноблок 23.8 Lenovo IdeaCentre formed early on the продолжить чтение day, followed by the development of a tropical depression at 18:00 UTC.
Initially located about 230 mi 370 km south-southeast of Acapulco, the depression moved west-northwestward due to a mid-tropospheric ridge, which stretched from northern Mexico westward into nearby Pacific waters.
At 06:00 UTC on June 25, the depression intensified into Tropical Storm Dora.
Thereafter, favorable conditions including low wind shear and warm sea surface temperatures allowed Dora to undergo rapid intensification, becoming a hurricane at 06:00 UTC on June 26 and a Category 2 hurricane about six hours later.
Dora remained a Category 2 hurricane for about 12 more hours before beginning to rapidly weaken over cooler sea surface temperatures and in an environment of drier air, falling to Category 1 intensity at 06:00 UTC on June 27 and deteriorating to a tropical storm around 18:00 UTC.
The storm later degenerated into a remnant low near early on June 28, after all of the storm's convection had been diminished.
The remnant low moved slowly over the eastern Pacific before dissipating early on July 1.
The outer bands of Dora brought heavy rains toresulting in flash floods that inundated 20 homes.
Overall damage was minor, however.
However, by 12 hours later, the entrainment of dry air caused Eugene to weaken увидеть больше a Category 2 hurricane, and due to traveling over cooler waters, Eugene weakened to a tropical storm on the following day.
As the coverage of deep convection steadily dwindled, Eugene fell to tropical depression intensity around 15:00 UTC on July 12, and degenerated to a remnant low six hours later.
Dangerous combined with swells of 4 to 8 ft 1.
On Читать полностью 10 alone, lifeguards in made 200 rescues while 600 were made in ; lifeguards also responded to 700 medical emergencies.
Contrary to predictions of gradual development, the disturbance rapidly читать статью into a tropical посмотреть больше by 03:00 UTC on July 12, and further strengthened to become Tropical Storm Fernanda основываясь на этих данных 15:00 UTC that day.
The nascent cyclone initially battled moderate northeasterly wind shear, with its low-level circulation displaced to the northeastern edge of the deep convection.
This period of unfavorable upper-level winds was Принтер HP DesignJet T530 36-in (5ZY62A), and soon afterwards Fernanda commenced a period ofintensifying into a hurricane at 21:00 UTC on July 13.
A well-defined eye formed within a growingand Fernanda further intensified into a major hurricane early on July 14.
Only six hours later, the system was upgraded to a Category 4 hurricane.
A series of microwave passes around that time began to indicate the formation of a secondary eyewall that halted the cyclone's development as it tracked west-northwest to northwest.
The eyewall replacement cycle concluded early on July 16, allowing Fernanda to remain a powerful hurricane amid https://greenl66.ru/100/avtomobilnaya-akustika-kenwood-kfc-s1393.html environmental conditions.
By late on July 18, however, cooler ocean temperatures and a more stable environment prompted the storm's weakening trend.
Fernanda fell below hurricane intensity shortly before entering the 4 Pacific as it succumbed to stronger southwesterly wind shear, becoming a tropical depression at 03:00 UTC on July 21, and after failing to produce sustained deep convection, degenerated to a remnant low about 500 miles 805 km east ofby 21:00 UTC on July 22.
Despite only marginally conducive environmental conditions, the disturbance began to show signs of organization two days later, and it attained tropical depression status by 06:00 UTC on July 17.
The system's center later degenerated into a low-pressure trough посетить страницу theprompting the NHC to discontinue advisories at 21:00 UTC on July 20.
The disturbance formed two days later and slowly organized into a tropical depression by 15:00 UTC on July 17.
The tropical cyclone battled strong west-northwesterly wind shear after formation, intensifying into Tropical Storm Greg by 09:00 UTC on July 18, as deep convection burst near the center.
However, the storm remained in a steady state for several days thereafter, despite continued predictions of intensification.
Ultimately, given global models' poor handling of the environment, NHC lowered their intensity forecast for Greg.
The cyclone continued west 4 the remainder of its life and maintained a similar convective structure, with intermittent bursts of deep convection near the center.
Approaching the Central Pacific, Greg's low-level circulation became increasingly difficult to locate as it moved into a cooler, drier environment intertwined by increasing southerly wind shear, and the system weakened to a tropical depression around 21:00 UTC on July 25.
It degenerated to a remnant low 24 hours later.
A large area of disturbed weather progressed westward across later that day, steadily organizing into a tropical depression by по ссылке UTC on July 21.
The cyclone failed to organize immediately after formation, and its low-level center migrated to the southern по ссылке of associated convection.
By 03:00 UTC on July 23, though, better defined banding features and a more organized convective structure led the NHC to designate the system as Tropical Storm Hilary.
Over the coming hours, the cyclone's convective structure evolved into a small central dense overcast while hints of an eye became apparent; in accordance with satellite estimates, Hilary was upgraded to a hurricane at 09:00 UTC on July 24.
After maintaining its intensity, the hurricane began to weaken late on July 26 as northerly wind shear increased.
It fell back to tropical storm intensity around 03:00 UTC on July 27, and ultimately degenerated to a remnant low four days later.
A tropical wave began producing disorganized cloudiness three days later, and the broad system slowly organized into a tropical depression by 15:00 UTC on July 22.
Its structure changed little after formation, impinged by strong wind shear; despite this, satellite wind data indicated the cyclone intensified into Tropical Storm Irwin by 09:00 UTC on July 23.
Over the next 24 hours, deep convection began to wrap around the center and a mid-level eye formed as environmental conditions improved; by 09:00 UTC on July 25, Irwin intensified into a hurricane.
Almost immediately, outflow from nearby Hurricane Hilary increased wind shear over the system and caused it to begin weakening; Irwin rapidly fell to tropical storm strength around 15:00 UTC on July 26.
Contrary to projections of continued weakening, however, the storm's cloud pattern maintained or even improved over subsequent days as it passed over marginal ocean temperatures.
Finally, after losing its deep convection and being reduced to a swirl of low-level clouds, Irwin was declared a remnant low around 21:00 UTC on August 1.
An area of disorganized showers and thunderstorms associated with a tropical wave materialized three days later, but little change occurred thereafter.
Early on August 3, a surface circulation formed in association with concentrating convection, and this process led to the formation of a tropical depression by 06:00 UTC the next day.
The newly formed cyclone did not intensify after designation, and its low- and mid-level circulations separated by over 265 mi 425 km on August 5 due strong easterly wind shear.
Falling short of the tropical storm criteria, the short-lived depression was declared a remnant low at 18:00 UTC that day.
The lingering vortex slowed its northwestward motion and executed a counter-clockwise loop, before dissipating completely 205 miles 335 km southwest of the Baja California Peninsula on August 8.
The feature pushed westward, developing into before making landfall on theand attaining its peak as a Category 1 hurricane before making landfall near on August 10.
Although its low-level circulation dissipated, the NHC in days prior noted the potential for Franklin's mid-level remnants to reform in the East Pacific.
The remnants of Franklin induced a surface low off the coast of southwestern Mexico on August 11, and steady organization led to the formation of Tropical Storm Jova by 03:00 UTC the next day.
On a westward course, Jova was plagued by strong wind shear from an area of high pressure over northwestern Mexico, with a very disorganized appearance on satellite.
After lacking sufficient organization to be declared a tropical cyclone, the storm was declared a remnant low around 03:00 UTC on August 14.
A large area of disturbed weather developed two days later as predicted; however, organization страница slow to occur, and a tropical depression only formed four days later, around 15:00 UTC on August 18.
The newly formed cyclone embarked on a west to west-northwest course, intensifying into Tropical Storm Kenneth early on August 19 and further into a hurricane by 15:00 UTC on August 20.
Despite forecasts of only slight additional intensification, Kenneth rapidly intensified, with the warming dramatically and the surrounding cloud tops cooling.
Progressively cooler and increasing caused Kenneth to steadily weaken following the intensification trend, with its inner core eroding and low-level circulation becoming displaced.
By 21:00 UTC on August 22, the storm weakened below hurricane strength.
On the following day, at 21:00 UTC, Kenneth was declared to be post-tropical.
Main article: A vigorous tropical wave emerged off the western coast of Africa on August 16; it crossed Central America into the East Pacific on August 25.
Part of a large cyclonic gyre, the disturbance failed to organize for several days—despite already producing tropical storm-force winds—amid high wind shear from in the Gulf of Mexico.
After Harvey weakened, however, an increase in the system's organization led to the formation of Tropical Storm Lidia around 18:00 UTC нажмите чтобы узнать больше August 30.
Lidia continued to weaken as it moved northwest, degenerating to a remnant low around 06:00 UTC on September 3 and dissipating twelve hours later.
However, its mid-level circulation survived, and eventually spawned an area of low pressure off the coast of Mexico.
On September 11, the system organized into Tropical Depression Fifteen-E.
During the next several days the depression slowly drifted westward.
Situated within a dry environment, it struggled to intensify for nearly a week, and some models even predicted the depression would dissipate without ever reaching tropical storm strength.
However, by 15:00 UTC on September 16, the system unexpectedly started to organize with a small area of deep convection developing near its low-level center, which allowed it to finally strengthen into Tropical Storm Otis later on the same day.
While only marginal strengthening was forecast, Otis unexpectedly rapidly intensified into a Category 2 hurricane by 15:00 UTC on September 17, despite low ocean temperatures, dry air, and increased wind shear.
Otis continued to intensify into a Category 3 major hurricane by 03:00 UTC on September 18, developing a well-defined eye with a diameter of 12 mi 19 km.
Twelve hours after developing a well-defined eye, Otis started weakening at a remarkable rate, losing most of its deep convection due to low ocean surface temperatures, until it weakened into a remnant low on September 19.
Main article: On September 9, the NHC mentioned the possibility for an area of low pressure to form south of Mexico over later days.
A trough of low pressure materialized the next day, steadily organizing into a tropical depression near the southwestern coast of Mexico around 15:00 UTC on September 13.
Despite forecasts of little or no intensification, the newly formed cyclone intensified into Tropical Storm Max six hours later.
Quick intensification ensued as the storm improved in structure and developed a well-defined eye, prompting the NHC to upgrade Max to a hurricane around 12:00 UTC on September 14.
The mountainous terrain of inland Mexico severely disrupted Max's circulation, causing it to degenerate by 09:00 UTC on September 15.
In preparation for Max, about 788 people evacuated to temporary shelters.
Throughout Guerrero, over 1,500 homes were inundated by floodwaters or damaged by strong winds that ripped off roofs.
Over 100 trees were downed, mudslides and sinkholes closed several roads includingand telephone service was cut.
At the height of the storm, 126,503 customers lost electricity.
A bridge between and was severely damaged, and access to was severed due to a flooded highway.
One of 17 rapidly-rising rivers swept away a residence and two neighbors who attempted to rescue the homeowner; one of the neighbors died, constituting one of two deaths attributed to the storm.
At least 3,000 residents across five municipalities in Guerrero were stranded.
Waves of 10—16 ft 3—5 m battered the coastline, where six ships were sunk.
The disturbance gradually organized during the following days and by 09:00 UTC on September 14 the system was noted to develop a well-defined center and spiral banding.
This led to the formation of Tropical Storm Norma, operationally skipping tropical depression status.
In post-season analysis, it was determined that Norma had formed as a tropical depression three hours earlier, and that it did not strengthen into a tropical storm until 12:00 UTC.
At this time warnings were being issued for the southern portions of the as Norma was forecast to become a significant hurricane and make landfall in the area.
However, its broad circulation and the entrainment of dry air quickly became an impediment in doing so.
Norma then weakened back to a tropical storm at 12:00 UTC later that day while becoming stationary, though a developing ridge over began to move the storm slowly towards the north.
Norma maintained its intensity the next day and continued being slowly steered by the ridge towards a northwesterly to west-northwesterly path, all tropical storm warnings were discontinued as Norma started to shift its track more to the west.
The cyclone continued weakening for several days as it slowly drifted to the west, until finally degenerating into a remnant low at 03:00 UTC on September 20.
The remnants of Norma persisted for a little over 2 days before they completely dissipated.
The depression organized into a tropical storm six hours later and was given the name Pilar, the sixteenth named storm of the annual Pacific hurricane season.
By 09:00 UTC on September 24, Pilar continued to track north along the coast, with warnings being issued for the southwestern coast of Mexico.
However, early on September 25, these warnings were discontinued, as Tropical Storm Pilar showed signs of weakening mainly due to land interaction, and was reduced to a tropical depression before ultimately dissipating at around 21:00 UTC later that same day.
Although Pilar did not make landfall as a tropical cyclone, heavy rainfall was reported into the northeast ofand in other areas along the Mexican coastline.
The system increased in intensity and became Tropical Storm Ramon later on the same day, skipping tropical depression status.
Due to wind shear from a large anticyclone to its north, the storm did not intensify much further.
Although Ramon was forecast to linger over open waters as it moved westward, this did not occur and the system quickly grew disorganized.
Ramon weakened into a tropical depression on October 4, having lasted as a tropical storm only for 18 hours.
As it moved westward, Ramon continued to weaken, until it finally degenerated into a trough of low pressure by 00:00 UTC the following day.
The National Hurricane Center issued its last advisory on the degenerated system at 09:00 UTC, on October 5.
Main article: Late on October 24, the NHC began to 4 the formation of an area of low pressure located south of eastern Central America.
The system quickly gained organization as it moved northwestwards, and was declared Tropical Storm Selma at 09:00 UTC on October 27.
This marked only the second time that an Eastern Pacific tropical cyclone became a tropical storm east of 90°W, the other being.
With the environment thought to be generally conducive to intensification, Selma was forecast to gain some strength before moving northwards into Central America.
However, with wind shear stronger than expected, this did not materialize, and Selma never strengthened beyond minimal tropical storm status.
Eventually, at 12:00 UTC on October 28, Selma made landfall just southeast of 4, becoming the first Eastern Pacific tropical cyclone to make landfall anywhere in.
Once over land, Selma weakened quickly, and degenerated into a post-tropical cyclone by 21:00 UTC on October 28.
Selma's dissipated overland within the next several hours.
Heavy rains produced by Selma and a cold front resulted in flooding that killed seven people in Honduras.
Dozens of landslides damaged homes and blocked roadways while 13 rivers topped their banks.
Approximately 38,000 people required evacuation and more than 3,000 homes were flooded as 13 rivers topped their banks.
Rainfall extended into Nicaragua, causing floods that claimed another 10 lives in areas recovering from.
Main articles:, and The following names were used for named storms that formed in the northeastern Pacific Ocean during 2017.
No names were retired, so this list will be used again in the 2023 season.
This same list was used in the.
The next four names that were slated for use in 2017 are shown below; however, none of them were used.
People also took to Twitter to poke fun at the name and at Clinton with political jokes.
It includes their duration, names, landfall sdenoted in parentheses, damages, and death totals.
Deaths in parentheses are additional and indirect an example of an indirect death would be как сообщается здесь traffic accidentbut were still related to that storm.
Damage and deaths include totals while the storm was extratropical, a tropical wave, or a low, and all the damage figures are in 2017 USD.
ссылка на подробности are provided at.
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Berg July 30, 2017.
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Brown August 6, 2017.
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Beven II August 10, 2017.
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Blake August 11, 2017.
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Zelinsky August 12, 2017.
Miami, Florida: National Hurricane Center.
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Pasch August 13, 2017.
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Zelinsky 4 12, 2017.
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Brown August 14, 2017.
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Roberts August 18, 2017.
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Brown August 21, 2017.
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здесь August 22, 2017.
Brown August 22, 2017.
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Avila December 20, 2017.
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Miami, Florida: National Hurricane Center.
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