![Mt. Washington, New Hampshire Hike Mt. Washington, New Hampshire Hike](http://web.archive.org./web/20110907142239im_/http://i.ytimg.com/vi/z0cXxvyeCl0/0.jpg)
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- Published: 18 Jun 2009
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- Author: Vcoitra
Name | Mount Washington |
---|---|
Photo | Mt. Washington from Bretton Woods.JPG |
Photo caption | Mount Washington, from Bretton Woods.The cog railway track is visible, on the spur to the left of the summit. |
Elevation ft | 6288 |
Elevation ref | |
Prominence ft | 6138 |
Prominence ref | |
Map | USA New Hampshire |
Map size | 170 |
Label position | left |
Listing | Ultra prominent peak;White Mountain 4000-footers;#1 New England Fifty Finest;U.S. state high point |
Location | Sargent's Purchase, Coos County, New Hampshire, USA |
Range | Presidential Range |
Lat d | 44.2702778 |
Long d | -71.3033333 |
Coordinates | |
Coordinates ref | |
Topo | USGS Mount Washington It was known as Agiocochook, or "Home of the Great Spirit", before European settlers arrived. |
Units | imperial |
Float | left |
Clear | both |
Source | NOAA }} |
The summit station of Mount Washington has an alpine climate (Köppen ET), though warming to a subarctic climate (Köppen Dfc) with lower elevation, although it receives an extremely high amount of precipitation, atypical for most regions with such cold weather.
The weather of Mount Washington is notoriously erratic. This is partly due to the convergence of several storm tracks, mainly from the South Atlantic, Gulf region and Pacific Northwest. The vertical rise of the Presidential Range, combined with its north-south orientation, makes it a significant barrier to westerly winds. Low-pressure systems are more favorable to develop along the coastline in the winter months due to the relative temperature differences between the Northeast and the Atlantic Ocean. With these factors combined, winds exceeding hurricane force occur an average of 110 days per year. From November to April, these strong winds are likely to occur during two-thirds of the days.
Mount Washington once held the world record (still the Northern Hemisphere and Western Hemisphere record) for directly measured surface wind speed, at , recorded on the afternoon of April 12, 1934. Although this record was surpassed in Cyclone Olivia in 1996, this wasn't reported as official until 2010. It can still be argued that Mount Washington holds the record for the highest surface wind speed recorded 'by man'; the new Australian record was measured by an automated station while no human was present, while the Mount Washington wind gust was actually measured by a human being. Phenomena measured via satellite or radar, such as tornadoes, hurricanes, and air currents in the upper atmosphere, are not directly measured at the Earth's surface and do not compete with either of these records.
The first regular meteorological observations on Mount Washington were conducted by the U.S. Signal Service, a precursor of the National Weather Service, from 1870 to 1892. The Mount Washington station was the first of its kind in the world, setting an example followed in many other countries. For many years, the record low temperature was thought to be occurring on January 29, 1934, but upon the first in-depth examination of the data from the 19th century at NOAA's National Climatic Data Center in Asheville, North Carolina, a new record low was discovered. Mount Washington's official record low of was recorded on January 22, 1885. However, there is also hand-written evidence to suggest that an unofficial low of occurred on January 5, 1871.
On January 16, 2004, the summit weather observation registered a temperature of and sustained winds of , resulting in a wind chill value of at the mountain. During a 71-hour stretch from around 3 p.m. on January 13 to around 2 p.m. on January 16, 2004, the wind chill on the summit never went above .
East of the summit, a plateau known as the Alpine Gardens extends south from Chandler Ridge at about elevation. It is notable for plant species either endemic to alpine meadows in the White Mountains or outliers of larger populations in arctic regions far to the north. Alpine Gardens drops off precipitously into two prominent glacial cirques. Craggy Huntington Ravine offers rock and ice climbing in an alpine setting. More rounded Tuckerman Ravine is New England's premier venue for spring back-country skiing as late as June and then a scenic hiking route. It rises about 500 meters above alpine tree line.
South of the summit lies a second and larger alpine plateau, Bigelow Lawn, at to elevation. Satellite summit Boott Spur and then the Montalban Ridge including Mount Isolation and Mount Davis extend south from it, while the higher Southern Presidentials—Mounts Monroe, Franklin, Eisenhower, Pierce, Jackson and Webster—extend southwest to Crawford Notch. Oakes Gulf separates the two high ridges.
The weather at Mount Washington has made it a popular site for glider flying. In 2005, it was recognized as the 14th National Landmark of Soaring.
Another event, although not a race, is the annual MINIs On Top event. The drive to the summit began with 73 MINI Cooper and Cooper S vehicles and now exceeds 200 cars. MINIs On Top (or MOT) is held the Saturday of Father's Day weekend every June. The Mt. Washington Auto Road has also hosted the Mt. Washington Alternative Energy Days, a two-day gathering of alternative energy alternative vehicles.
On August 7, 1932, Raymond E. Welch, Sr., became the first one-legged man to climb Mount Washington. An official race was held and open only to one-legged people. Mr. Welch climbed the "Jacob's Ladder" route and descended via the carriage road. Raymond Welch had lost his leg due to a sledding injury as a seven-year-old child. At the time of his climb, Mr. Welch was the station agent for the Boston & Maine Railroad in Northumberland, New Hampshire.
In September 2010, Travis Pastrana set a new record for ascent of Mt. Washington in a car, using his Subaru WRX STi.
Mount Washington continued FM broadcasting in 1958 with the construction of WMTW-FM 94.9, which became WHOM in 1976. WHOM and WMTW-TV shared a transmitter building, which also housed the generators to supply power to the mountain. On February 9, 2003, a fire destroyed the transmitter building and the generators (where it started), which at the time still had WHOM's transmitters inside it. WHOM subsequently built a new transmitter building on the site of the old power building, and also constructed a new standby antenna on the Armstrong tower. (For the first time since 1948, the Armstrong tower was used for broadcasts.)
In 1987, WHOM and WMTW were joined on the peak of the mountain by WMOU-FM (renamed WZPK and now WPKQ) on a separate tower. Steve Powell, owner and president of New England Broadcasting, had the tower for WZPK (known as "The Peak") built higher than the other structures on the summit; it became the highest point east of the Mississippi and north of the Carolinas. The WPKQ transmitters are located in the back of the Yankee Building. Due to the extreme weather on Mount Washington, both WHOM and WPKQ use specially designed FM antennas which are housed in special cylindrical radomes, manufactured by Shively Labs of nearby Bridgton, Maine.
In June 2008, the possibility of television returning to Mount Washington came to light, with the filing by New Hampshire Public Television to move WLED-TV from its current location near Littleton to the old WMTW mast on top.
Musical tributes have also been made, such as Symphony no. 64, Op. 422 ("Agiochook"), composed around 1990 by the American composer Alan Hovhaness (1911–2000), dedicated to Mount Washington, which the composer climbed during his youth.
Category:Mountains of New Hampshire Category:New England Four-thousand footers Category:Climbs in cycle racing Category:Mountains on the Appalachian Trail Category:Landforms of Coos County, New Hampshire Category:Visitor attractions in Coos County, New Hampshire
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