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
November Climate Data (Page 2)

 

    |-- 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  69.5 1987  30.0 1991  1.64 1984  0.6 1951  13   13    299    0    0   1352    1
 2  70.5 2016  22.5 1951  1.90 1961  0.7 1951  13   26    312    0    0   1352    2
 3  69.5 2016  23.5 1991  3.18 1959   T *1970  14   40    326    0    0   1352    3
 4  68.5 2005  29.5 1991  2.74 1994   T  1995  14   54    340    0    0   1352    4
 5  67.5 2017  31.5 1951  1.52 2015  1.0 1951  14   68    354    0    0   1352    5
  
 6  71.5 2023  24.5 1959  1.83 1996  2.1 1951  15   83    369    0    0   1352    6
 7  72.0 2023  29.0 1951  3.78 1957   T *1991  15   98    384    0    0   1352    7
 8  73.0 2023  26.0 1991  3.57 2011  0.0  --   15  113    399    0    0   1352    8
 9  71.5 2020  30.5 2000  1.25 1966   T  1977  16  129    415    0    0   1352    9
10  70.5 2022  22.5 1950  0.93 2004  1.8 1995  16  145    431    0    0   1352   10

11  69.0 1949  27.0 1950  2.02 1992 (7.0)1976  16  161    447    0    0   1352   11
12  69.5 1955  21.0 2019  1.30 1988  0.3 2018  17  178    464    0    0   1352   12
13  68.0*2007  19.5 1986  2.75 1993  0.0  --   17  195    481    0    0   1352   13
14  69.5*1989  24.5*2018  1.99 1958  2.3 2022  17  212    498    0    0   1352   14
15 (72.5)1964  27.5 2014  2.68 1987   T  1951  18  230    516    0    0   1352   15

16  70.0 1952  28.0*1997  1.52 1958   T *2014  18  248    534    0    0   1352   16
17  69.5 2016  18.0 1959  2.79 2015  2.0 1980  18  266    552    0    0   1352   17
18  64.0 1985  26.0 2014  4.21 1985  0.3 2022  19  285    571    0    0   1352   18
19  63.5 1973  31.5 1968  1.76 1985   T *1972  19  304    590    0    0   1352   19
20  64.5 2020  29.0 2000  2.28 1992   T *1988  19  323    609    0    0   1352   20

21  63.5*1990  21.0 1964  1.53 2011  2.0 1972  20  343    629    0    0   1352   21
22  65.5 1983  28.5 1964  2.39 1982  1.0 1971  20  363    649    0    0   1352   22
23  66.5 1973  20.5 1970  1.70 1973  3.0 1971  20  383    669    0    0   1352   23
24  67.0 1966  19.0 1950 (4.85)1973  0.1 1996  21  404    690    0    0   1352   24
25  65.5 1966  24.5 1993  2.05 1952  2.0 1993  21  425    711    0    0   1352   25

26  68.0 1990  23.5 1975  2.66 1968  4.0 1975  21  446    732    0    0   1352   26
27  69.0 1960  24.0 1952  2.20 2015   T *1984  22  468    754    0    0   1352   27
28  65.0 1998 (16.0)1976  0.52 2019  2.0 1958  22  490    776    0    0   1352   28
29  66.5 1998  20.5 1976  1.78 2006  0.6 1952  22  512    798    0    0   1352   29
30  63.5 1970  23.0 1964  2.12 2006  0.1 1974  23  535    821    0    0   1352   30
* Indicates occurrences in 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: December 30, 2023