New Yorkers all recognize that they have to battle high winds from time to time, but not all high wind events are caused by the same types of weather systems.

Hazardous high-wind events can occur from tight pressure gradients, strong frontal systems, nor’easters, hurricanes (note: nor’easters and hurricanes are discussed in the Coastal Storms profile) and severe thunderstorms, which may produce straight line winds or tornadoes. High wind events may or may not be accompanied by precipitation and can vary in geographic extent, intensity, and duration. For example, events can range from short bursts of high-speed winds, such as with a severe thunderstorm, to longer periods of sustained winds from events such as a hurricane. Severe thunderstorms typically have less than an hour of warning lead-time, but Nor’easters, tropical cyclones, and other types of high wind events usually have several hours to a few days of warning lead time.

New York City is subject to many types of high-wind events, but for the purposes of this hazard profile, are grouped into three categories (Severe thunderstorms, Tornadoes, and Non-thunderstorm high-wind events).

Causes of High Winds

New York City is subject to various highwind events that each have different characteristics, as shown below.

High-Wind Events Characteristics
Straight-line winds
  • Most common with storms
  • Blow in one direction
  • Speeds vary from low to very high
  • Associated with intense low atmospheric pressure
  • Duration of up to one day
  • Storms capable of producing high wind speeds, heavy rain, and hail
  • Storms sometimes accompanied by tornadoes
  • Associated with a severe thunderstorm
  • Violently rotating column of air
  • Wind speeds range from 65 to 300 miles per hour
  • Associated with a thunderstorm
  • Powerful downdraft that can cause severe, localized damage
  • High intensity of a tropical cyclone weather system
  • Counterclockwise rotation around a center of low pressure
  • Maintains strength over water
  • Associated with bands of strong thunderstorms and possibly tornadoes
  • Well-defined low-pressure center (“eye”)
  • Sustained winds of 74 mph or greater
  • Counterclockwise rotation around a center of low pressure
  • Forms and maintains strength over either land or water
  • Often associated with wintry precipitation (snow, sleet, freezing rain)

Depending on the type of high wind event affecting New York City the National Oceanic and Atmospheric Administration (NOAA)  uses two different scales to describe the event -  Enhanced Fujita is used to classify the severity of tornadoes and Beaufort is used to classify the intensity of wind speed. Each associates higher numbers on the scale with higher levels of property damage.  The size of hailstones and wind gust speeds can also be used to measure the severity of thunderstorms.

A severe thunderstorm produces wind gusts of 58 mph or more and/or hailstones of 1 inch or more in diameter.

Hailstone size varies widely, and the size correlates with the severity of the thunderstorm.

Hail Size and Related Damages

Hail Size and Related Damages

Source: Burt, Extreme Weather, 2007

Severe thunderstorms can also produce tornadoes. Prior to 2007, the NWS used the Fujita Scale (F-Scale) as the standard measurement to rate the strength of a tornado. Since February 1, 2007, NWS uses the Enhanced Fujita Scale (EF-Scale) as its standard measurement.

The EF-scale is more complex than the F-Scale and enables surveyors to assess tornado severity with greater precision. However, the F-Scale is still used to place the more recent high-wind events into the historical context.

NOAA’s chart compares these two scales and indicates the severity of damage associated with these rankings.

Enhanced Fujita Scale

F-Scale 3-sec. gust speed (mph) EF-Scale 3-sec. gust speed (mph) Typical Damage
F0 45-78 EF0 65-85 Light damage. Some damage to chimneys. Branches broken off trees. Shallow-rooted trees pushed over, signboards damaged.
F1 79-117 EF1 89-109 Moderate damage. Peels surface off roofs. Mobile homes pushed off foundations or overturned. Moving autos blown off roads.
F2 118-161 EF2 110-137 Considerable damage. Roofs torn off frame houses. Mobile homes demolished. Boxcars overturned. Large trees snapped or uprooted. Light-object missiles generated. Cars lifted off ground.
F3 162-209 EF3 138-167 Severe damage. Roofs and some walls from off well-constructed houses. Trains overturned. Most trees in forest uprooted. Heavy cars lifted off the ground and thrown.
F4 210-261 EF4 168-199 Devastating damage. Well-constructed houses leveled. Structures with weak foundations blown away some distance. Cars thrown and large missiles generated.
F5 262-317 EF5 200-234 Incredible damage. Strong frame houses leveled off foundations and swept away. Automobile-sized missiles fly through the air in excess of 100 meters (109 yards). Trees debarked. Incredible phenomena will occur.

Source: NOAA

The Beaufort Wind Scale is used to associate observations made during wind events with different levels of wind force and speed.

Beaufort Wind Scale

Force Wind Speed (mph) Terminology Description
0 Less than 1 Calm Calm, smoke rises vertically
1 1 - 4 Light air Smoke drift indicates wind direction, still wind vanes
2 5 - 7 Light breeze Wind felt on face, leaves rustle, vanes begin to move
3 8 - 12 Gentle breeze Leaves and small twigs constantly moving, light flags extended
4 13 - 18 Moderate breeze Dust, leaves, and loose paper lifted, small tree branches move
5 20 - 24 Fresh breeze Small trees in leaf begin to sway
6 25 – 31 Strong breeze Large branches in motion; whistling in telephone wires; umbrellas used with difficulty
7 32 – 38 Near gale Whole trees in motion; resistance felt while walking against the wind
8 39 - 46 Gale Twigs break off trees; wind impedes walking
9 47 – 54 Strong gale Slight structural damage to chimneys and slate roofs
10 55 - 63 Storm Seldom felt inland; trees uprooted; considerable structural damage
11 64 - 72 Violent storm Very rarely experienced; widespread structural damage; roofing peels off buildings; windows broken; mobile homes overturned
12 73+ Hurricane Widespread structural damage; roofs torn off homes; weak buildings and mobile homes destroyed; large trees uprooted

Source: NOAA, 2013

High winds and severe weather frequently affect New York City. Based on the frequency of these events in the past, the hazards associated with high winds are highly probable in the future.

New York City estimates the probability of future high-wind events based upon the annual frequency of past severe thunderstorms. From 2000 to 2017, New York City’s Hazard History and Consequence Database indicates that the city has had 209 severe weather events, including events where there were high winds, hailstones, lightning, macrobursts, and tornadoes. Of the 209 severe weather events tallied in the Hazard History and Consequence Database, 24 events produced hailstones ranging from 0.25 inches to 2.75 inches in diameter. Generally, the reported hailstone size was small, but 15 events produced hailstones of more than 0.75 inches in diameter.

The probability of future severe storms and damaging winds in New York City is high and such events may happens multiple times on a local scale each year. By comparison, the recurrence interval for tornadoes and large hail in New York City is much lower.

Tornadoes in New York City are less common than severe thunderstorms, but they are still likely to occur in the future.

New York City’s first reported tornado was in 1974.Over the past 40 years, twelve tornadoes appeared in New York City, with eleven ranked at low severity levels of F0 or F1.

Reports of tornadoes have increased in New York City over the years. Seven tornadoes have been reported between 2007 and 2018, compared with only six reported in the previous 33 years. This increase in reported occurrences may be due to the greater precision of the Enhanced Fujita Scale.

Non-thunderstorm high-wind events happen very frequently in New York City -- including tropical cyclones, nor’easters, atmospheric conditions forcing air from high- to low-pressure areas, and interactions between strong cold and warm frontal systems.

Based on the historical record, New York City experiences at least one of these high-wind events per year.

New York City is located in an area of the United States that FEMA classifies as susceptible to all types of high winds events.

FEMA and the National Fire Protection Association's (NFPA) Model Manufactured Home Installation Standards categorize the United States into four wind zones:  Zone I, Zone II, Zone III, and the highest wind zone, Zone IV. These wind zones portray the frequency and strength of extreme windstorms and are used to determine wind provisions for safe installation of manufactured homes.

As shown here, New York City is located in Zone II, which indicates that it is susceptible to winds in the 90- to 110-mph range.  As noted in the New England detail on the graphic, New York City is also considered to be located in a hurricane-prone region.

U.S. Wind Zones

U.S. Wind Zones

Source: FEMA

In the New York City metropolitan area, no single part of the city is more susceptible to high-wind hazards than another. This assessment is based on the historical record of where high-wind events have occurred.

Thunderstorms occur throughout New York City, but they do not necessarily affect all five boroughs simultaneously or produce high winds or hail that affect every location with the same severity. Some thunderstorms and their associated wind and hailstorms are extremely localized events.

A common misconception is that tornadoes do not occur in dense urban areas such as New York City. Scientists say that although tornadoes are rare, they could occur in any part of the city.

Since 1950, at least one tornado has occurred in each of the five boroughs, as shown on this map. Note that Manhattan’s August 1995 tornado is not plotted because accurate coordinates for this event are unavailable.


Between 1974 and 2013, New York experienced many non-thunderstorm high-wind events and severe thunderstorms, which produced damaging wind and tornadoes. Two events produced conditions so hazardous that they received Presidential Disaster Declarations.

For more information on high wind events, use the Hazard History and Consequence Database, an interactive tool developed for this website.