Massachusetts Snowfall: By Year & Recent Totals
How much snow does Massachusetts really get, and what's the story behind those icy winters? The Bay State experiences a diverse range of snowfall, influenced by its varied geography and proximity to the Atlantic Ocean, leading to fascinating variations across its regions.
Massachusetts, a state synonymous with historical significance, vibrant cities, and a rugged coastline, is also a place where winters icy grip is felt with remarkable intensity. The amount of snow that blankets the state each year is a topic of perennial interest, driving meteorologists and residents alike to delve into the details of past seasons and anticipate the forthcoming winter. Analyzing snowfall data, examining regional variations, and understanding the historical context provide a deeper understanding of this critical aspect of Massachusetts climate.
The snowfall totals presented in various analyses are generally based on annual averages derived from weather data collected from 1991 to 2020. This comprehensive data set, provided by the US National Centers for Environmental Information, offers a robust foundation for evaluating snow patterns across the state. This information is useful not only for residents and local authorities, but also for researchers trying to understand long-term climate trends.
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Massachusetts, as a state, presents a fascinating geographical study in climate. The region encompasses several distinct zones, each with their own microclimates that directly impact snowfall levels. One can segment the state for comparative analysis into the following key regions, each presenting a unique weather profile:
- Cape Cod and the Islands: This coastal area, affected by the moderating influence of the Atlantic, often sees milder winters, where snowfall may be less compared to inland regions.
- Eastern Massachusetts: This region, including the metropolitan area of Boston, experiences a blend of coastal and inland weather patterns, frequently resulting in notable snowfall amounts.
- Central Massachusetts: Further inland, the central region is prone to colder temperatures, and therefore frequently witnesses higher snowfall totals.
- Western Massachusetts: In the western part of the state, particularly in the Berkshire region, the higher elevations are exposed to intensified winter conditions, including significantly higher snowfall.
According to NOAA records, the most snow that Boston, Massachusetts, has ever received in a single calendar year is a staggering 108.6 inches, which occurred in 2015. This extreme example underscores the potential for intense winter weather in the region. It is also a testament to the variability that can exist from year to year.
To date, May 4, 2025, shows Boston's year-to-date snowfall total as 22.4 inches. These records are always in flux. Tracking data allows a real-time look at this season's snow trends, and this year's snowfall compared to historical averages provides context for recent weather events. These figures are useful for city planning and emergency preparedness.
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This page gives insight into the highest daily snowfall of each year in Boston, including the specific dates on which these extreme events took place. This offers a specific look at the most severe individual snowstorms. When a date has a plus sign beside it, it signifies that the same amount of snow also fell on at least one other day earlier in that particular year.
Historical records are an invaluable tool for examining weather patterns, with these specific records going back as far as 1893. Such a long-term perspective helps in observing cyclical patterns, and making a broader analysis of climate trends. These records show a valuable look at long-term climate trends and variability.
Since 1937, snowfall extremes have been measured at Boston's Logan International Airport. Because Logan International Airport serves as the city's primary weather station, these measurements allow for an accurate, consistent data record. Data collected at a standardized location ensures consistency.
An example of a particularly heavy snowfall day in Boston was February 12, 1988, which recorded 25.9 inches of snow. Such measurements help contextualize the severity of certain individual snowstorms. This data is useful for evaluating the impact of major weather events.
The first set of monthly snow totals are averages for 2010 to 2019. This gives information on the amounts of snowfall across seasons and allows for a comparative analysis of monthly trends. This data is useful for seasonal planning and forecasting.
It is important to remember that snow and ice are melted and reported as inches of water. This is the universal standard for expressing precipitation data. In this way, different forms of precipitation can be compared to one another. This conversion method aids in a clear understanding of total precipitation amounts, regardless of form.
Data from the precipitation database are currently available to the public in Microsoft Excel format. This format promotes accessibility and the opportunity for further analysis and research. The ability to download precipitation data in Excel provides flexibility for users to examine, manipulate, and visualize the information.
The data is sorted alphabetically by station and then listed by year. This standard helps with ease of use and data organization. This makes finding specific locations and years easier.
The unit used for precipitation data is inches. This is the accepted method for quantifying precipitation within the U.S. The use of inches ensures data consistency across different locations and time periods, which helps in comparisons.
The crown for the latest snowfall in Southern New England belongs to Litchfield, Connecticut, which saw nearly 5 inches of snow on May 29, 1909. Such information reveals the occasional long-lasting nature of winter conditions in the region. It highlights the variability of snowfall and extreme weather.
It's somewhat surprising that this record didn't go to Berkshire, Massachusetts, but the amount in Connecticut was measured in the Litchfield Hills, which are essentially part of the same range as the Berkshire Mountains. Elevation and proximity to specific geographical features play a large role in snowfall patterns. These geographical components show how diverse the weather patterns can be.
The tables below provide an overview of yearly averages for both rainfall and snowfall for various cities, communities, and other locations in Massachusetts. These tables are indispensable for identifying local variations. Such local comparisons highlight the geographic impact on weather patterns.
Each place has a total for the amount of precipitation it usually receives in a year. This total represents a long-term average of combined rainfall and snowfall, providing a comprehensive measure of total moisture. This total helps to define a region's climate in more specific detail.There is also a count of the number of days with wet weather, when precipitation amounts to 0.01 inches (0.25 millimetres) or more. This figure presents a different perspective on the frequency and duration of wet weather events. This provides a measure of climate related factors, influencing local environmental conditions.
How much snow has fallen in Massachusetts so far this year? According to the National Weather Service (NWS), the current years figures are constantly changing. Tracking up-to-date information is crucial. For example, in Haverhill, the reported snowfall totals currently are 18 inches.
Here is a table with some examples of Boston's annual snowfall over the years, based on records available. This table is helpful to provide a clear, comparative overview. These are specific examples which illustrate the historical patterns.
| Year | Total Snowfall (Inches) |
|---|---|
| 1893 | 43.3 |
| 1904 | 52.2 |
| 1915 | 48.1 |
| 1920 | 37.9 |
| 1933 | 62.7 |
| 1937 | 53.2 |
| 1949 | 68.9 |
| 1956 | 41.8 |
| 1960 | 59.5 |
| 1969 | 67.9 |
| 1978 | 53.2 |
| 1983 | 50.7 |
| 1993 | 74.9 |
| 2003 | 35.3 |
| 2010 | 60.0 |
| 2015 | 108.6 |
| 2018 | 38.0 |
| 2022 | 47.1 |
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