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 >

Tulsa, Oklahoma
January Climate Data (Page 1)

 

     |-----Normals 1991-2020------| |--------- Record Temperatures ---------|
     Temperature   Precipitation     Hi        Lo        Hi        Lo
Day  Mx/Mn  Mean  Day  Month  Year   Max  Year Max  Year Min  Year Min  Year   Day
  
 1   48/29   38  0.06  0.06   0.06   76  2006  13  1974  60  2005   0  1928    1 
 2   48/29   38  0.07  0.13   0.13   76 *2004  10  1911  60  2004   2 *2001    2 
 3   48/28   38  0.06  0.19   0.19   78  2009  14 *1959  58  1997  -2  1919    3 
 4   48/28   38  0.06  0.25   0.25   70 *1956  12  1959  63  1955  -8  1947    4 
 5   48/28   38  0.06  0.31   0.31   73  1984  16  1940  55  1916  -7  1947    5 
 
 6   48/28   38  0.06  0.37   0.37   74  2008  15 *1913  60  2008  -2  2014    6 
 7   48/28   38  0.05  0.42   0.42   77  1965  15  1968 (64) 1907  -5  1912    7 
 8   48/28   38  0.06  0.48   0.48   75  2003  17  1970  51  1939  -5  1988    8 
 9   48/28   38  0.05  0.53   0.53   72  2002  10  1977  53  2020   0 *1977    9 
10   48/28   38  0.06  0.59   0.59   75  1911  13  1962  49  2013  -5  1977   10 
 
11   48/28   38  0.05  0.64   0.64   80  1911  (2) 1918  52  1911  -6  1977   11 
12   48/28   38  0.04  0.68   0.68   74 *2006   3  1912  57  1960 -13  1918   12 
13   48/28   38  0.05  0.73   0.73   75  1907  11  1916  51  1959 -12  1916   13 
14   48/28   38  0.05  0.78   0.78   75 *1952   6  2024  51 *1953  -4  1916   14 
15   49/28   38  0.05  0.83   0.83   70  2006  14  2024  53  1980  -3  2024   15 
 
16   49/28   38  0.05  0.88   0.88   78  1938  14  1930  58  1990  -2  2024   16 
17   49/28   38  0.06  0.94   0.94   73  1952  10  1930  55  1973  -3  1930   17 
18   49/28   38  0.05  0.99   0.99   72 *2015  12  1940  53  1923 -14  1930   18 
19   49/28   38  0.05  1.04   1.04   75  1951  14 *1970  52  2006  -5  1943   19 
20   49/28   38  0.05  1.09   1.09   77  1986  15  1984  51  1923  -3  1985   20 
 
21   49/28   38  0.05  1.14   1.14   75  1957  15  1935  57 *2018  -1  1918   21 
22   49/28   39  0.05  1.19   1.19   78  1909  16  1962  57  1909(-16) 1930   22 
23   49/28   39  0.05  1.24   1.24   78  1909  12  1963  54 *1967  -8  1930   23 
24   50/28   39  0.05  1.29   1.29   79  1950  15  1940  51  1919  -4  1906   24 
25   50/28   39  0.05  1.34   1.34   74  1952  18  1940  55  1944   2 *1940   25 
 
26   50/28   39  0.04  1.38   1.38   71 *2015  20  1957  55 *1944   7  1963   26 
27   50/28   39  0.05  1.43   1.43   74  1914  21 *1948  55 *1999   1  1963   27 
28   50/28   39  0.05  1.48   1.48  (82) 1909  21  1972  59 *1968   3  1948   28 
29   50/28   39  0.05  1.53   1.53   76 *2011  14  1966  50 *1988  -2  1949   29 
30   51/28   40  0.05  1.58   1.58   74  1931  15  1949  58  1988  -6  1949   30 
 
31   51/29   40  0.05  1.63   1.63   76 *1989   7  1918  48  1923  -5  1979   31
* Indicates occurrences in previous years     ( ) Indicates monthly extremes
January Monthly Normals (1991-2020):
 
Normal Max Temperature:   48.9F    Monthly Heating Degree Days:        823 
Normal Min Temperature:   28.0F    Season Total Heating Degree Days:  2190 
Normal Mean Temperature:  38.5F    Monthly Cooling Degree Days:          0 
Normal Monthly Rainfall:  1.63"    Season Total Cooling Degree Days:     0 
Normal Monthly Snowfall:  1.9" 
 
January Monthly Records: 
 
Warmest Month:  48.4F in 2006      Wettest Month:  6.74" in 1916 
Coolest Month:  21.7F in 1918      Driest Month:   0.00" in 1986 
                                   Most Snowfall:  12.7" in 1979
(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 8, 2024