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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
February Climate Data (Page 2)

quick links: january (page 2) february (page 1) march (page 2) back
    |-- 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  62.5 1986 (-2.5)1951  2.27 1990  2.0*2011  27   27   2544    0    0      0    1 
 2  62.5 1986   5.5 2011  1.18 1989  5.0 2014  27   54   2571    0    0      0    2 
 3  62.5 2020   4.5 1996  1.08 2012  7.8 2022  27   81   2598    0    0      0    3 
 4  66.0 2008   6.5 1989  0.93 1955  4.0 1985  27  108   2625    0    0      0    4 
 5  58.5 2019  10.0 1989  1.17 1964  5.0 1959  27  135   2652    0    0      0    5 
  
 6  59.0 2019  11.5 2014  1.91 1999  4.0 1979  27  162   2679    0    0      0    6 
 7  62.0 2009  11.5 1985  2.12 1973  4.0 1961  26  188   2705    0    0      0    7 
 8  63.5 2001   6.5 1971  1.43 1966  8.0 2010  26  214   2731    0    0      0    8 
 9  61.5 1959   6.0 1971 (3.61)1966(14.6)2011  26  240   2757    0    0      0    9 
10  63.0 1999   5.0 2011  0.98 1998  4.0 1986  26  266   2783    0    0      0   10 
 
11  70.0 2017   7.0 1981  1.68 1950  0.2 1995  26  292   2809    0    0      0   11 
12  66.5 1962  16.5 1958  1.47 2007  3.0 1982  25  317   2834    0    0      0   12 
13  65.5 1962  14.0 2021  2.10 1989  2.0 1951  25  342   2859    0    0      0   13 
14  64.0 1954   8.0 2021  1.92 1990  2.2 2021  25  367   2884    0    0      0   14 
15  67.5 2018  -2.0 2021  3.08 1993  3.0 1960  25  392   2909    0    0      0   15 
 
16  62.0 2022   0.0 2021  2.13 2008  7.0 1967  25  417   2934    0    0      0   16 
17  64.0 2011  15.0 1993  1.06 2000  4.0 1978  24  441   2958    0    0      0   17 
18  62.0 2011  11.5 1978  1.19 1951   T *2021  24  465   2982    0    0      0   18 
19  61.8 2018  16.0 2021  1.94 1955  4.5 2006  24  489   3006    0    0      0   19 
20  61.5*2017  24.0 2006  3.07 1997  2.0 1978  24  513   3030    0    0      0   20 
 
21  61.5 2022  15.0 1963  0.96 1969  5.0 1966  23  536   3053    0    0      0   21 
22  63.0*2023  21.0 1968  2.68 1975  0.3 1983  23  559   3076    0    0      0   22 
23  64.0 1982  20.0 2015  2.78 1985  7.0 1975  23  582   3099    0    0      0   23 
24 (71.0)1956  18.0 1965  1.83 2018  3.0 1991  23  605   3122    0    0      0   24 
25  62.0 2024  19.5 2003  0.61 1993  2.0 1960  22  627   3144    0    0      0   25 

26  67.5 1996  19.0*2002  2.12 1984  0.5 2013  22  649   3166    0    0      0   26 
27  64.5 1981  15.5 2015  0.83*2011  4.0 1960  22  671   3188    0    0      0   27 
28  64.5 2017  16.5 1962  1.36 1987  1.7 2015  21  692   3209    0    0      0   28 
29  67.0 1972  22.0 1960  0.26 2004  0.1 1968 [21  713   3230    0    0      0]  29
* Indicates occurrences in previous years     ( ) Indicates monthly extremes
[ ] Add February 29 degree days to each month's total during leap years only
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: March 18, 2024