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..:: Snowfall Seasonal Summary (cm) ::..



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Data last updated 15/6/2026 at 07:01.
Northern Hemisphere Meterological Seasons
Winter: December, January, February
Spring: March, April, May
Summer: June, July, August
Fall: September, October, November

 Daily DetailMonthly SummarySeasonal Summary 




Snowfall
DateWinterSpringSummerFallYear
Dec 2025 / Nov 20260.0 of 5.6 cm less than the average snowfall Winter0.0 of 0.6 cm less than the average snowfall Spring0.0*  ---0.0* of 6.1 cm less than the average snowfall yearly
Dec 2024 / Nov 20250.0 of 5.6 cm less than the average snowfall Winter0.0 of 0.6 cm less than the average snowfall Spring0.0  0.0  0.0 of 6.1 cm less than the average snowfall yearly
Dec 2023 / Nov 20240.0 of 5.6 cm less than the average snowfall Winter0.0 of 0.6 cm less than the average snowfall Spring0.0  0.0  0.0 of 6.1 cm less than the average snowfall yearly
Dec 2022 / Nov 20230.0 of 5.6 cm less than the average snowfall Winter0.0 of 0.6 cm less than the average snowfall Spring0.0  0.0  0.0 of 6.1 cm less than the average snowfall yearly
Dec 2021 / Nov 20220.0 of 5.6 cm less than the average snowfall Winter0.0 of 0.6 cm less than the average snowfall Spring0.0  0.0  0.0 of 6.1 cm less than the average snowfall yearly
Dec 2020 / Nov 20216.0 of 0.5 cm more than the average snowfall Winter0.0 of 0.6 cm less than the average snowfall Spring0.0  0.0  6.0 of 0.1 cm less than the average snowfall yearly
Dec 2019 / Nov 20200.0 of 5.6 cm less than the average snowfall Winter0.0 of 0.6 cm less than the average snowfall Spring0.0  0.0  0.0 of 6.1 cm less than the average snowfall yearly
Dec 2018 / Nov 20191.0 of 4.6 cm less than the average snowfall Winter0.0 of 0.6 cm less than the average snowfall Spring0.0  0.0  1.0 of 5.1 cm less than the average snowfall yearly
Dec 2017 / Nov 20183.0 of 2.6 cm less than the average snowfall Winter10.0 of 9.4 cm more than the average snowfall Spring0.0  0.0  13.0 of 6.9 cm more than the average snowfall yearly
Dec 2016 / Nov 20170.0 of 5.6 cm less than the average snowfall Winter0.0 of 0.6 cm less than the average snowfall Spring0.0  0.0  0.0 of 6.1 cm less than the average snowfall yearly
Dec 2015 / Nov 20160.0 of 5.6 cm less than the average snowfall Winter0.0 of 0.6 cm less than the average snowfall Spring0.0  0.0  0.0 of 6.1 cm less than the average snowfall yearly
Dec 2014 / Nov 201512.3 of 6.8 cm more than the average snowfall Winter0.0 of 0.6 cm less than the average snowfall Spring0.0  0.0  12.3 of 6.2 cm more than the average snowfall yearly
Dec 2013 / Nov 20140.0 of 5.6 cm less than the average snowfall Winter0.0 of 0.6 cm less than the average snowfall Spring0.0  0.0  0.0 of 6.1 cm less than the average snowfall yearly
Dec 2012 / Nov 201349.0 of 43.5 cm more than the average snowfall Winter0.0 of 0.6 cm less than the average snowfall Spring0.0  0.0  49.0 of 42.9 cm more than the average snowfall yearly
Dec 2011 / Nov 201213.0 of 7.5 cm more than the average snowfall Winter0.0 of 0.6 cm less than the average snowfall Spring0.0  0.0  13.0 of 6.9 cm more than the average snowfall yearly
Dec 2010 / Nov 20114.5 of 1 cm less than the average snowfall Winter0.0 of 0.6 cm less than the average snowfall Spring0.0  0.0*  4.5* of 1.6 cm less than the average snowfall yearly
Dec 2009 / Nov 2010---0.0* of 0.6 cm less than the average snowfall Spring0.0  0.0  0.0* of 6.1 cm less than the average snowfall yearly
 
Max49.0 10.0 0.0 0.0 49.0
Avg5.5 0.6 0.0 0.0 6.1
Min0.0 0.0 0.0 0.0 0.0
 
Color Key
< 1.0 1.0 - 2.0 2.0 - 4.0 4.0 - 6.0 6.0 - 8.0 8.0 - 10.0 10.0 - 12.0 12.0 - 18.0 18.0 - 24.0 24.0 - 36.0 36.0 - 48.0 48.0 - 96.096.0>
* denotes incomplete data for the month/year.

Script Developed by Murry Conarroe of Wildwood Weather.


GLOSSARIO METEOROLOGICO
Pioggia
Precipitazione di gocce d'acqua di vario diametro, tra 0,5 e 7 mm. Le gocce di pioggia traggono origine dalle gocce di nube: quando quest'ultime diventano abbastanza grosse da poter cadere prendono il nome di gocce di pioggia. Una goccia di pioggia contiene circa centomila goccioline di nube e si forma per coalescenza fra gocce di nube piccole e più grosse. La pioggia minuta e persistente cade dagli altostrati che partono da quote molto basse. La pioggia intensa è prodotta dai nembostrati. Tanto più intensa è la pioggia, tanto è maggiore è lo sviluppo verticale della nube alla cui sommità sono presenti cristalli di ghiaccio. L'unità di misura adottata è il millimetro, che equivale ad un litro d'acqua per metro quadrato di superficie.