In what month does hurricane season begin?
114827
The 2005 Atlantic hurricane season officially began on June 1, 2005, and lasted until November 30, 2005. These dates conventionally delimit the period of each year when most tropical cyclones form in the Atlantic basin, although effectively the season persisted into January of 2006 due to continued storm activity. Forecasters originally called for a modestly above-average hurricane season; however, 2005 unexpectedly became the most active season on record, shattering records on repeated occasions. A record twenty-seven tropical storms formed, of which a record fifteen became hurricanes. Of these, seven strengthened into major hurricanes, a record-tying five became Category 4 hurricanes and a record three reached Category 5 strength, the highest categorization for hurricanes. Among these Category 5 storms was Hurricane Wilma, the most intense hurricane ever recorded in the Atlantic.\n\nThis seems to me accurate.  I had origionall thought that the hurricane season started in September.  Last year it started on June 1.
854576
Spring:March 20-June 21 Summer:June 21-September 23\nFall:September 23-December 21 Winter:December 21-March 20
1176107
Till September at the earliest.
268540
SPRING BEGINS on March 20th at 06:49 AM\n\nDiary Entry: March 06, 2006\nWhen Does Spring Begin?\nThe beginning of spring depends on how you define the season. Astronomically speaking, spring begins two weeks from today, when the Sun will be directly overhead at the equator. If you are into accounting spring began on March 1st. By convention, official weather records consider the three months of March-May as spring in the Northern Hemisphere. This is solely to make climate comparisons between years and locations possible. More organically, spring is when temperatures begin to rise and cyclonic activity, or storminess, begins to decrease. On average winter temperatures in New York bottom out in mid-January, slowly rise through February before taking off in early-March.
559204
Tropical; moderated by trade winds; dry season (November to April); rainy season (May to October)\n\nThe Cuba weather is mild subtropical, thanks to its proximity to the Tropic of Cancer, its narrow configuration, east to west oriented receives the refreshing action of tradewinds and marine breezes. During the short winter are influences of cold air masses coming from the North, but they are of short duration. The average temperature throughout the year oscillates between the 20 and 35ºC, lowering sometimes to 10°C. The Eastern region enjoys a warmer weather than the western and the variations of temperature between the day and the night are less accentuated in the coastal regions that in inland. Those that enjoy the beach will be glad to know that the average water temperature surpasses 25°C.\n\nBy its geographic situation, the country is affected between June 1st and 30th November by the cyclone season. They can affect the island in hurricane form with winds that goes up to 200 km/h and heavy storms. This cyclone stage agrees approximately with the rainy season (May to October), in front of the dry one (November to April).\n\nThe experience of a cyclone emergency is a moving but non dangerous fact; all the hotels have modern structure or are rehabilitated and protected to receive the phenomenon. Around all the streets are circulating vehicles with megaphones giving instructions to the population and is requested only to leave the houses in case of extreme need. In the buildings, the person in charge places instructions in the lobby for the guests and the windows as the doors are protected. For the non Caribbean visitors it is a new experience; the television, that exceptionally emits by the morning, initiates to first hours its emissions with weather parts.
148092
Wikipedia has a good answer: http://en.wikipedia.org/wiki/Tropical_cyclone\n\nin addition:\n\nhttp://www.britannica.com/eb/article-67118\n\nFormation of tropical cyclones\n\nTropical cyclones represent still another example of sea-air interactions. These storm systems are known as hurricanes in the North Atlantic and eastern North Pacific and as typhoons in the western North Pacific. The winds of such systems revolve around a centre of low pressure in an anticlockwise direction in the Northern Hemisphere and in a clockwise direction in the Southern Hemisphere. The winds attain velocities in excess of 115 kilometres per hour, or 65 knots, in most cases. Tropical cyclones may last from a few hours to as long as two weeks, the average lifetime being six days.\n\nThe oceans provide the source of energy for tropical cyclones both by direct heat transfer from their surface (known as sensible heat) and by the evaporation of water. This water is subsequently condensed within a storm system, thereby releasing latent heat energy. When a tropical cyclone moves over land, this energy is severely depleted and the circulation of the winds is consequently weakened.\n\nSuch storms are truly phenomena of the tropical oceans. They originate in two distinct latitude zones, between 4° and 22° S and between 4° and 35° N. They are absent in the equatorial zone between 4° S and 4° N. Most tropical cyclones are spawned on the poleward side of the region known as the intertropical convergence zone (ITCZ).\n\nMore than two-thirds of observed tropical cyclones originate in the Northern Hemisphere, and roughly the same proportion occur in the Eastern Hemisphere. The North Pacific has more than one-third of all such storms, while the southeast Pacific and South Atlantic are normally devoid of them. Most northern hemispheric tropical cyclones occur between May and November, with peak periods in August and September. The majority of southern hemispheric cyclones occur between December and April, with peaks in January and February.\n\n\n---------------------------------------------\n\nTyphoon is a tropical cyclone located in the western north Pacific basin (between 100E and 180E in the northern hemisphere). The category of a typhoon is decided by the maximum sustained winds, but please note that the typhoon in Japanese standard and the typhoon in international standard is not the same. Finally, among tropical cyclones in the world, the typhoon is the most frequent and the strongest tropical cyclone (http://agora.ex.nii.ac.jp/digital-typhoon/help/world.html.en)\n------------------------------------------------------\n\nhttp://www.taiwanho.com/modules.php?op=modload&name=News&file=article&sid=205\n\nTyphoons (called hurricanes in the Atlantic and East Pacific, and cyclones in the Indian Ocean and around Australia) are the worlds most violent and destructive storm systems. Around 17 typhoons form annually in the West Pacific, of which around one third make landfall. They are giant whirlwinds, with air circulating around an area of low pressure, and high winds extending about 100km from the centre.\n\nMost typhoons form between 5-30 degrees latitude, and 110-180 degrees longitude. Typhoons that form in the east of this region can travel for long distances without being affected by landmasses. This gives them plenty of time to build up their strength. Hence, the very strong and long lasting supertyphoons tend to form closer to the date line. Sea surface temperatures in the Nino 4 region (5S-5N, 160E-150W) affect the longitude at which typhoons tend to form. Warm sea surface temperatures in this region result in more typhoons forming closer to the date line.\n\nSome prerequisites for typhoon formation are listed below:\n\n1. Sea surface temperatures greater than 26C to a depth of 60m. This provides the moisture for the thunderstorm activity in the storm.\n\n2. A large enough drop in temperature with height so that the atmosphere is conditionally unstable to
129451
Monsoon season cause it was always raining!!\nSeriously.. I would guess late fall early winter.
483952
The 2006 Atlantic hurricane season will be an ongoing event in the annual cycle of tropical cyclone formation. It will officially start June 1, 2006, and last until November 30, 2006.\n\nThe 2006 Pacific hurricane season will be an ongoing event in the annual cycle of tropical cyclone formation. It will officially start May 15, 2006 in the eastern Pacific and June 1, 2006 in the central Pacific, and will last until November 30, 2006.
214613
Weather patterns change in cycles.  We can expect another active hurricane season this year, in eight years you'll probably see a relatively passive hurricane season.
1187123
No one can really say. Meteorologists are expecting more hurricanes this season (with at least 4 being category four and five). How many of these to actually hit Florida is a complete variable. There is a ton of factors that would go into that. So no one can say for sure.
182670
4 seasons to a year.  A season in the common sense is defeind by tepreature.  but a season in the technical sense is defined by the earth's tilt relative to your hemisphere.  They usually don't match; spring and fall are often too short.\n\nThe equinoxi are at June 21 and December 21; they mark the start of winter and summer in the northern hemisphere.  They are reversed in the southern hemisphere.  SPring and fall are halfway in between.
10623
I don't normally do this but this caught my eye and I am going to "guess" Florida, because every afternoon I know when I was there in July I could set my watch to those darn storms.  \n\nMind you this was only a guess
1079330
Depending on the strength and location of tropical cyclones, these "warm core" storm systems can be described, such as tropical depression, tropical storm, hurricane (in Americas) and typhoon (in Asia). They form between 10 and 30 degrees of the equator and 87% form within 20 degrees of it.  Hong Kong, Taiwan and Japan are situated along the typhoon's path as the jet stream pushes it northward, with the earth’s rotation.\n\nWorldwide, tropical cyclone activity peaks in late summer when water temperatures are the warmest. In the North Atlantic, the hurricane season occurs from June 1 to November 30, sharply peaking from late August through September. The Northeast Pacific has a broader period of activity, but in a similar time frame to the Atlantic. The Northwest Pacific sees typhoons year-round, with a minimum in February and a peak in early September. \n\nSimply, earth's rotation + highest humidity level + location = typhoon (or hurricane).
78197
Anytime you ask statistical question such as this, you need data to figure out any kind of estimate.  One of the problems with any type of weather forecasting this far into the future is that there is not enough data to calculate, and hence, predict what will happen on a particular day in a particular area far months into the future.  \n\nAccording to the National Weather Service webpage for your area: "Hurricanes are products of an interaction between both the ocean and the atmosphere.  Fueled by energy from the warm ocean waters, they can be steered by the easterly trade winds, as well as the temperate westerlies.  Some hurricanes, especially strong ones, are even able to alter the environment that steers them.  This is a major reason why it can sometimes be very difficult to predict where a particular hurricane will track."\n\nUnfortunately, you are going to have to wait until Labor Day Weekend, 2006 to get your answer, but you can contact the Tampa Bay Weather Service Office if you would like to talk to a professional.
777295
Take a look at this site.  You will need to specify dates and places\n\nhttp://www.weather.gov/climate/
225349
In the Atlantic, it runs from June 1 to November 30. In the Eastern Pacific, the season lasts from May 15 to November 30.
181782
Generally, October to April, but I'm sure that it depends on where you are in California. I lived on the central coast. That's what it was there.