National Weather Service United States Department of Commerce

Powerful Pacific System Impacting the West; First Significant Snow for Portions of the East

Power Pacific system will continue to bring significant impacts for Pacific Northwest into northern California the remainder of the week. Dangerous coastal affects, heavy rain, flooding, strong winds, and higher elevation mountain snow continues. Meanwhile, a storm across the east is set to bring the first accumulating snow to many higher elevations of the Catskills into the central Appalachians. Read More >

Fayetteville, Arkansas
December Climate Data (Page 2)

 

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    |-- Temp. Records --||- Precip Records -||------ Degree Day Normals -------|
     Hi        Lo         Record    Record    Heating          Cooling
Day  Mean Year Mean Year  Rain Year Snow Year Day Month Season Day Month Season  Day
 1  67.0 1982  25.5 2006  0.47 1991   T *2014  23   23    841    0    0   1352    1 
 2  69.0 2012  17.5 1985  2.86 1982  2.0 1971  23   46    864    0    0   1352    2 
 3  68.5 2012  24.5 2006  1.71 1982  0.5 1971  23   69    887    0    0   1352    3 
 4  64.5 2001  25.0 2009  1.09 1999  1.0 1984  24   93    911    0    0   1352    4 
 5  66.0 1956  24.5 2002  1.92 1975  4.0 1984  24  117    935    0    0   1352    5 
   
 6  67.0 1966   4.0 1950  1.12 1974 (6.7)2013  24  141    959    0    0   1352    6 
 7 (71.0)1966   7.0 1950  0.62 1997  1.0 1989  24  165    983    0    0   1352    7 
 8  64.5 1991  15.0 2005  2.25 1980  2.0 1989  25  190   1008    0    0   1352    8 
 9  60.0 1970  15.0 1995  1.95 1971  0.5 2007  25  215   1033    0    0   1352    9 
10  63.0 1996  18.0 1972  2.13 1960   T *1972  25  240   1058    0    0   1352   10 
 
11  59.5 1965  19.0 1957  0.97 1999  0.5 1997  25  265   1083    0    0   1352   11 
12  66.0 2015  11.5 1962  1.14 1998  6.0 2000  26  291   1109    0    0   1352   12 
13  63.0 1975  13.5*1985  1.53 2015  2.8 2020  26  317   1135    0    0   1352   13 
14  61.0 2021  10.5 1958  1.60 1987  1.0 1987  26  343   1161    0    0   1352   14 
15  72.0 2021  13.0 1951  1.91 1992  2.0 1985  26  369   1187    0    0   1352   15 
 
16  63.5 2006  10.0 1989  2.99 2001   T *2019  27  393   1214    0    0   1352   16 
17  63.0 1957  16.5 2000  3.16 2021  0.3*2016  27  420   1241    0    0   1352   17 
18  54.0 1952  12.5 2016  0.87 1995  0.1 1996  27  447   1268    0    0   1352   18 
19  64.0 1978   9.5 1983  1.47 1987  0.3 1995  27  474   1295    0    0   1352   19 
20  64.5 1949  16.5*1980  1.24 1962  1.0 1973  27  501   1322    0    0   1352   20 
 
21  57.0 2017   8.5 1989  2.05 2013  2.0 1983  27  528   1349    0    0   1352   21 
22  62.0 1996   0.5 1989  1.11 1966  4.0 1963  28  556   1377    0    0   1352   22 
23  64.0 1982   2.5 1989  0.96 2002  2.0 1966  28  584   1405    0    0   1352   23 
24  66.5 2021 (-2.5)1983  1.51 2023  6.0 2009  28  612   1433    0    0   1352   24 
25  61.5 2016  -0.5 1983  2.16 1987  4.0 1975  28  640   1461    0    0   1352   25 
 
26  62.0 1971   8.5 1983  1.33 2015   T *1983  28  668   1489    0    0   1352   26 
27  61.0 2021  20.5 2017 (6.49)2015  1.0 1988  28  696   1517    0    0   1352   27 
28  62.5 1984  18.5 1983  1.10 1954  2.0 1997  28  724   1545    0    0   1352   28 
29  62.5 2022   7.0 1983  1.52 1969  3.0 1990  28  752   1573    0    0   1352   29 
30  66.5 1951  11.0 1983  1.09 2002  5.0 1969  29  781   1602    0    0   1352   30
31  66.0 1951  11.0 1976  1.43 1984  2.0 1973  29  810   1631    0    0   1352   31
* Indicates occurrences n previous years     ( ) Indicates monthly extremes
Period of Record:
Temperature:  August 1949 - Present
Rainfall:     August 1949 - Present
Snowfall:     August 1949 - Present
Normals:      1991-2020 (30 Year Average)
(Monthly normals are computed by adding all of the daily mean data
 and then dividing by the number of days in the month)

 

Updated: February 1, 2024