Golden Snowball Award

Last updated
Golden Snowball Award
Awarded formost snowfall in a season
Currently held by Buffalo, New York
Most awards Syracuse, New York (14)
Website goldensnowball.com

The Golden Snowball Award is an annual award presented to the city in Upstate New York that receives the most snowfall in a season. The original award was the result of a friendly competition between National Weather Service offices in Upstate New York.

Contents

Originally conceived after the Great Lakes Blizzard of 1977, the competition died out after the Rochester and Syracuse offices closed in the mid-1990s. However, the award was revived during the 2002–2003 snowfall season when Patrick DeCoursey started up a website to inform people about the past competition. Syracuse won the 2002-2003 season and they won every year from then through the 2010–2011 season as well. In the 2011–2012 season, Rochester was the first city other than Syracuse to win since the award's revival. They also received temporary possession of a trophy for the year. The original competition's trophy has been lost, prompting its replacement with a new one donated by a trophy shop in Syracuse. The current Golden Snowball trophy resides in the Meteorology Department at Buffalo State University. [1] [2]

Compared to Syracuse's average snowfall of 127.8 inches, or over 10 feet per year, New York City's annual snow average is a relatively small 2–3 feet per year in the city and about 3–4 feet per year in nearby suburbs. This is due to a number of factors, including lower latitude and oceanic influence keeping much of the precipitation as rain in the winter, combined with distance from the Great Lakes keeping the city well away from the influence of lake-effect snow. For the first time ever, during the 2005–2006 winter season New York City did have more snowfall than Albany, mainly due to the Blizzard of 2006, which was the city's biggest snowfall to date, while Albany was on the extreme northern fringe.

The cities that compete for the award are:

Until the 2006–2007 season, several smaller cities also competed for a smaller award, that includes a $50 check. These are:

Winners of the Golden Snowball

Snowfall by season

Note: Official National Weather Service snowfall statistics were not kept at the current locations for Binghamton and Syracuse until the 1951–52 season.

All measurements are in inches.

Season Albany Binghamton Buffalo Rochester Syracuse City With Most Snow
1940-4151.779.373.7Buffalo
1941-4245.289.666.3Buffalo
1942-4345.085.570.6Buffalo
1943-4448.658.046.1Buffalo
1944-4566.8120.794.7Buffalo
1945-4654.9110.549.5Buffalo
1946-4743.165.475.5Rochester
1947-4890.042.163.4Albany
1948-4944.240.150.9Rochester
1949-5062.688.781.7Buffalo
SeasonAlbanyBinghamtonBuffaloRochesterSyracuseCity With Most Snow
1950-5148.371.475.8Rochester
1951-5269.472.283.075.8100.5Syracuse
1952-5346.070.455.941.779.4Syracuse
1953-5448.465.189.977.591.3Syracuse
1954-5536.694.884.869.2101.4Syracuse
1955-5680.2122.6105.2121.4146.8Syracuse
1956-5770.390.2113.779.276.1Buffalo
1957-5874.4111.0124.7130.8143.8Syracuse
1958-5963.278.7114.5140.6137.2Rochester
1959-6060.1105.3115.6161.7134.8Rochester
SeasonAlbanyBinghamtonBuffaloRochesterSyracuseCity With Most Snow
1960-6172.799.7102.489.4130.5Syracuse
1961-6262.665.6101.465.677.3Buffalo
1962-6371.395.389.876.4118.3Syracuse
1963-6477.0103.371.592.083.8Binghamton
1964-6545.876.470.971.197.3Syracuse
1965-6667.183.798.3103.2118.8Syracuse
1966-6780.988.566.174.087.5Binghamton
1967-6842.263.671.676.781.2Syracuse
1968-6963.364.578.479.899.7Syracuse
1969-7087.7115.8120.5119.6127.6Syracuse
SeasonAlbanyBinghamtonBuffaloRochesterSyracuseCity With Most Snow
1970-71112.5108.697.0142.7157.2Syracuse
1971-7289.3106.2109.9105.1133.7Syracuse
1972-7370.967.778.873.082.2Syracuse
1973-7458.386.788.799.1123.2Syracuse
1974-7554.667.195.691.2105.5Syracuse
1975-7654.276.382.586.295.8Syracuse
1976-7770.674.4199.492.1145.0Buffalo
1977-7892.4115.3154.3160.9161.2Syracuse
1978-7963.580.097.3138.5118.5Rochester
1979-8027.456.868.472.293.4Syracuse
SeasonAlbanyBinghamtonBuffaloRochesterSyracuseCity With Most Snow
1980-8144.959.360.994.479.0Rochester
1981-8297.181.6112.4128.4137.3Syracuse
1982-8375.081.052.459.966.0Binghamton
1983-8465.270.9132.5118.0113.6Buffalo
1984-8541.362.5107.287.1116.4Syracuse
1985-8662.576.3114.770.7105.3Buffalo
1986-8780.678.867.567.1103.4Syracuse
1987-8876.781.656.469.8113.2Syracuse
1988-8919.047.867.486.697.8Syracuse
1989-9057.974.893.7105.8153.0Syracuse
SeasonAlbanyBinghamtonBuffaloRochesterSyracuseCity With Most Snow
1990-9128.767.057.568.396.9Syracuse
1991-9230.756.092.8110.6167.0Syracuse
1992-9394.2122.793.2131.5192.1Syracuse
1993-9488.1131.3112.7126.2163.8Syracuse
1994-9530.952.874.656.266.9Buffalo
1995-9686.5134.0141.4130.3170.9Syracuse
1996-9766.693.097.6104.7131.1Syracuse
1997-9852.392.075.699.7134.7Syracuse
1998-9944.173.3100.5111.698.3Rochester
1999-0062.182.463.6110.785.8Rochester
SeasonAlbanyBinghamtonBuffaloRochesterSyracuseCity With Most Snow
2000-0177.1112.6158.7133.0191.9Syracuse
2001-0247.463.5132.458.159.4Buffalo
2002-03105.4117.6111.3135.2153.2Syracuse
2003-0465.1106.4100.9125.6181.3Syracuse
2004-0575.9106.5109.1113.6136.2Syracuse
2005-0630.274.978.273.9124.6Syracuse
2006-0745.978.688.9107.2140.2Syracuse
2007-0861.170.7103.8106.0109.1Syracuse
2008-0952.673.3100.2103.7149.6Syracuse
2009-1045.481.474.190.2106.3Syracuse
SeasonAlbanyBinghamtonBuffaloRochesterSyracuseCity With Most Snow
2010-1187.2117.5111.8127.0179.0Syracuse
2011-1223.343.536.759.950.6Rochester
2012-1351.469.158.878.1115.4Syracuse
2013-1473.585.4129.9112.7132.0Syracuse
2014-1575.993.4112.9101.9119.7Syracuse
2015-1616.932.055.163.780.3Syracuse
2016-1760.8135.276.1107.1134.9Binghamton
2017-1877.390.6112.3120.5153.6Syracuse
2018-1955.481.4118.897.1115.0Buffalo
2019-2049.779.169.291.887.6Rochester
2020-2154.6105.077.269.673.3Binghamton
2021-2236.481.897.487.076.0Buffalo
2022-2355.061.5133.650.465.6Buffalo

Snowiest Season for all Golden Snowball Cities: Buffalo 199.4 inches (1976-77)

Least Snowiest Season for all Golden Snowball Cities: Albany 13.8 inches (1912-13)

Max, min, and average snowfall by city

Albany

Max: 112.5 inches (1970-71)

Min: 13.8 inches (1912-13)

Average: 59.2 inches

Binghamton

Max: 135.2 inches (2016-17)

Min: 32.0 inches (2015-16)

Average: 86.5 inches

Buffalo

Max: 199.4 inches (1976-77) [note 1]

Min: 36.7 inches (2011-12)

Average: 95.4 inches

Rochester

Max: 161.7 inches (1959-60)

Min: 41.7 inches (1952-53)

Average: 102.0 inches

Syracuse

Max: 192.1 inches (1992-93)

Min: 50.6 inches (2011-12)

Average: 127.8 inches

Related Research Articles

<span class="mw-page-title-main">Syracuse, New York</span> City in Central New York

Syracuse is a city and the county seat of Onondaga County, New York, United States. With a population of 148,620 and a metropolitan area of 662,057, it is the fifth-most populated city and 13th-most populated municipality in the state of New York.

<span class="mw-page-title-main">Upstate New York</span> Region of New York state

Upstate New York is a geographic region consisting of the area of New York State that lies north and northwest of the New York City metropolitan area. Although the precise boundary is debated, Upstate New York excludes New York City and Long Island, and most definitions of the region also exclude all or part of Westchester and Rockland counties, which are typically included in downstate New York. Major cities across Upstate New York from east to west include Albany, Utica, Binghamton, Syracuse, Rochester, and Buffalo.

<span class="mw-page-title-main">Snowbelt</span> Region in North America where heavy snowfall is common

The Snowbelt, Snow Belt, Frostbelt, or Frost Belt is the region near the Great Lakes in North America where heavy snowfall in the form of lake-effect snow is particularly common. Snowbelts are typically found downwind of the lakes, principally off the eastern and southern shores.

<span class="mw-page-title-main">North American blizzard of 2006</span> Winter storm in North America in 2006

The North American blizzard of 2006 was a nor'easter that began on the evening of February 11, 2006. It dumped heavy snow across the Mid-Atlantic and New England states, from Virginia to Maine through the early evening of February 12, and ended in Atlantic Canada on February 13. The major cities from Baltimore to Boston received at least a foot of snow, with a second-highest amount of 26.9 inches (68 cm) in New York City, the most since at least 1869, the start of record keeping, only broken by the January 2016 United States blizzard nearly 10 years later.

<span class="mw-page-title-main">1997 April Fool's Day blizzard</span>

The 1997 April Fool's Day blizzard was a major winter storm in the Northeastern United States on March 31 and April 1, 1997. The storm dumped rain, sleet, and snow from Maryland to Maine leaving hundreds of thousands without power and as much as three feet of snow on the ground.

<span class="mw-page-title-main">Climate of New York (state)</span> Overview of the climate of the U.S. state of New York

The climate of New York (state) is generally humid continental, while the extreme southeastern portion of the state lies in the warmer humid subtropical climate zone. Winter temperatures average below freezing during January and February in much of the state of New York, but several degrees above freezing along the Atlantic coastline, including New York City.

Upstate New York is a storied region in North American athletics.

The January 25–27, 2011 North American blizzard was a major Mid-Atlantic nor'easter and winter storm, and a New England blizzard that affected portions of the northeastern United States and Canada. This storm came just two weeks after a previous major blizzard had already affected most of these same areas earlier on the same month of January 2011. The storm also came just one month after a previous major blizzard that affected the entire area after Christmas in December 2010. This storm was the third significant snowstorm to affect the region during the 2010–11 North American winter storm season. It was followed a few days later by another massive storm that blanketed much of the United States and Canada.

<span class="mw-page-title-main">2015–16 North American winter</span>

The 2015–16 North American winter was not as frigid across North America and the United States as compared to the 2013–14 and 2014–15 winters. This was mainly due to a strong El Niño, which caused generally warmer-than-average conditions. However, despite the warmth, significant weather systems still occurred, including a snowstorm and flash flooding in Texas at the end of December and a large tornado outbreak at the end of February. The main event of the winter season, by far and large, was when a crippling and historic blizzard struck the Northeastern United States in late January, dumping up to 3 feet of snow in and around the metropolitan areas. Several other smaller snow events affected the Northeast as well, but for the most part the heaviest snowstorms and ice stayed out further west, such as a severe blizzard in western Texas in late December, and a major late-season snowstorm in Colorado in mid-April.

<span class="mw-page-title-main">2009–10 North American winter</span>

The 2009–10 North American winter saw several major blizzards affect the Northeastern United States. It refers to winter as it occurred across the North American continent from late 2009 to early 2010. While there is no well-agreed-upon date used to indicate the start of winter in the Northern Hemisphere, there are two definitions of winter which may be used. Based on the astronomical definition, winter begins at the winter solstice, which in 2009 occurred on December 21, and ends at the March equinox, which in 2010 occurred on March 20. Based on the meteorological definition, the first day of winter is December 1 and the last day February 28. Both definitions involve a period of approximately three months, with some variability.

<span class="mw-page-title-main">2016–17 North American winter</span>

The 2016–17 North American winter was quite warm across North America in general, due in part to a weak La Niña that was expected to influence weather conditions across the continent. Several notable events occurred during the season, including a potent winter storm that affected the East Coast of the United States in early January, the second-largest winter tornado outbreak on record later that month, and an unusually warm February. In addition, towards the end of the season, a large cyclonic storm system that caused a large tornado outbreak, flooding, and a potent blizzard occurred in the Heartland of the country. However, the most notable event of the winter was a powerful blizzard that impacted the Northeast and New England in mid-March, towards the end of the season.

<span class="mw-page-title-main">2018–19 North American winter</span> North American winter of 2018–19

The 2018–19 North American winter was unusually cold within the Northern United States, with frigid temperatures being recorded within the middle of the season. Several notable events occurred, such as a rare snow in the Southeast in December, a strong cold wave and several major winter storms in the Midwest, and upper Northeast and much of Canada in late January and early February, record snowstorms in the Southwest in late February, deadly tornado outbreaks in the Southeast and a historic mid-April blizzard in the Midwest, but the most notable event of the winter was a record-breaking bomb cyclone that affected much of the Central United States and Canada in mid-March. Unlike previous winters, a developing weak El Niño was expected to influence weather patterns across North America. Overall, however, winter of 2018–19 was mild along the mid- and lower parts of the East Coast, the West Coast, and most of the southern Plains. Overall, the meteorological winter of 2018-19 became the wettest on record for the United States.

<span class="mw-page-title-main">2019–20 North American winter</span>

The 2019–20 North American winter was unusually warm for many parts of the United States; in many areas, neutral ENSO conditions controlled the weather patterns, resulting in the sixth-warmest winter on record, and many areas in the Northeastern United States saw one of the least snowy winters in years. In fact, Baltimore and Islip saw no snow in February for the first time. Some notable events still occurred, such as a powerful blizzard that impacted the Western United States in late November, a series of cold shots in January and February, a snowstorm within the Texas Panhandle and a late-season blizzard in the High Plains.

<span class="mw-page-title-main">November 26 – December 3, 2019 North American blizzard</span> Winter storm

The November 26 – December 3, 2019 North American blizzard was a major winter storm from the Rocky Mountains to the Northeast as well as a record-breaking windstorm along the West Coast. It occurred the week of American Thanksgiving, hampering travel for millions across the United States.

<span class="mw-page-title-main">2020–21 North American winter</span> Winter season in North America

The 2020–21 North American winter was the most significant winter season to affect North America in several years, and the costliest on record, with a damage total of at least $33.35 billion. The season featured 6 storms ranking on the Regional Snowfall Index scale, with 4 storms ranking as at least a Category 3. Most of the winter's damage and fatalities occurred due to a historic and major cold wave in mid-February. Several other significant events occurred, including a crippling early-season ice storm in the Southern Plains, a powerful nor'easter in mid-December, another major nor'easter in early February, two major and widespread winter storms in mid-February, and a major blizzard in the Rocky Mountains in mid-March. The winter-related events were responsible for at least 358 fatalities, making it the deadliest season since 1992–93. A La Niña pattern influenced much of the winter in North America.

<span class="mw-page-title-main">December 15–17, 2020 nor'easter</span> North American noreaster in 2020

The December 15–17, 2020 nor'easter was a powerful nor'easter that hammered the Northeastern United States and produced widespread swaths of over 1 foot (12 in) of snow in much of the region from December 15–17, 2020, ending a 1,000+ day high-impact snowstorm drought in much of the Mid-Atlantic and coastal New England regions. The system developed out of a weak area of low-pressure that first developed over the Central United States producing some snowfall before moving eastward, and by December 16, a new, dominant area of low pressure began to develop along the Southeast coast. This low steadily deepened as it moved along and impacted the Mid-Atlantic coastline, prompting several winter-related advisories and warnings for much of the Northeast.

<span class="mw-page-title-main">January 14–17, 2022 North American winter storm</span> Category 2 snow and ice storm in North America

The January 14–17, 2022 North American winter storm brought widespread impacts and wintry precipitation across large sections of eastern North America and parts of Canada. Forming out of a shortwave trough on January 13, it first produced a swath of snowfall extending from the High Plains to the Midwestern United States. The storm eventually pivoted east and impacted much of the Southern United States from January 15–16 before shifting north into Central Canada, the Mid-Atlantic states, and the Northeastern United States. The system, named Winter Storm Izzy by The Weather Channel, was described as a "Saskatchewan Screamer".

<span class="mw-page-title-main">Great Snowstorm of 1944</span> Winter Storm

The Great Snowstorm of 1944 was a distruptive winter storm that brought high winds and between 12 and 30 inches of snow to the eastern Great Lakes region of North America between Sunday, December 10, and Wednesday, December 13, 1944. The areas most affected included northeastern Ohio, western Pennsylvania, West Virginia, upstate New York, southern Ontario and southern Quebec.

<span class="mw-page-title-main">2022–23 North American winter</span> Winter season in North America

The 2022–23 North American winter was an unusually warm winter for the east and an unusually cold winter for the west in North America, as it occurred across the continent from late 2022 to early 2023. The winter season in North America began at the winter solstice, which occurred on December 21, 2022, and it ended at the March equinox, which occurred on March 20, 2023. The first day of meteorological winter began on December 1 and unofficially ended on February 28; winter storms may still occur outside of these limits.

<span class="mw-page-title-main">November 2022 Great Lakes winter storm</span> Winter storm in November 2022

The November 2022 Great Lakes winter storm was a lake-effect winter storm that affected parts of Pennsylvania, Ohio, and New York. The winter storm caused high accumulations of snow across the Great Lakes region, with several locations receiving 50 in (130 cm) of snowfall across New York, with Hamburg, New York receiving 81.2 in (206 cm) and Orchard Park, New York recording 80 in (200 cm) of snow. At least four fatalities occurred, with three in New York and one in Indiana, and several highways closed after heavy snowfall. A travel ban was also issued for New York by governor Kathy Hochul, and thundersnow occurred across areas impacted by the winter storm.

References

  1. This is due to the Blizzard of 77.
  1. Vermette, Stephen (26 August 2022). "Golden Snowball Trophy on Campus". Buffalo State University . Retrieved 15 January 2024. The Buffalo State Geography and Planning Department is hosting the trophy on behalf of the City of Buffalo.
  2. Watson, Stephen (14 September 2023). "Snow contest: Buffalo lapping the field in Golden Snowball, Snow Globe rankings this winter". Buffalo News . Retrieved 15 January 2024. This is welcome news to Stephen Vermette, who teaches meteorology and climatology at SUNY Buffalo State University and is the keeper of the Golden Snowball trophy here..
  3. "Unwanted trophy: Buffalo won Golden Snowball but has not claimed it". 10 January 2020.