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ANNUAL MAXIMUMS AND MINIMUMS FOR INTEGRATED AVERAGE EARTH TEMPERATURESª
EARTH TEMPERATURES, °F
LOCATION	MAX.	MIN.	LOCATION	MAX.	MIN.
Auburn, AL	74	56	Bozeman, MT	56	32
Decatur, AL	71	48	Huntley, MT	64	36
Tempe, AR	81	59	Lincoln, NB	69	39
Tucson, AR	85	65	Norfolk, NB	66	40
Brawley, CA	90	68	New Brunswick, NJ	65	42
Davis, CA	76	56	Ithaca, NY	59	39
Ft. Collins, CO	64	36	Raleigh, NC	73	52
Gainsville, FL	80	69	Columbus, OH	65	41
Athens, GA	77	57	Coshocton, OH	64	40
Tifton, GA	80	62	Lake Hefner, OK	77	51
Moscow, ID	57	37	Pawhuska, OK	74	50
Lemont, IL	65	39	Ottawa, Ont., Canada	59	36
Urbana, IL	68	42	Corvallis, OR	66	46
West Lafayette, IN	66	38	Pendleton, OR	67	39
Burlington, IA	71	38	Calhoun, SC	76	52
Manhattan, KS	69	41	Union, SC	70	48
Lexington, KY	70	46	Madison, SD	61	33
Upper Marlboro, MD	70	42	Jackson, TN	71	49
East Lansing, MI	63	37	Temple, TX	83	59
St. Paul, MN	62	34	Salt Lake City, UT	63	40
State Univ., MS	79	55	Burlington, VT	63	35
Faucett, MO	65	43	Pullman, WA	60	36
Kansas City, MO	66	42	Seattle, WA	61	45
Sikeston, MO	71	43	x	x	x

ª Earth temperatures are integrated averages from surface to a depth of 10 ft derived to simulate observed phenomena, each for average amplitude and phase angle with earth thermal diffusivity, ? = 0.025 ft²/h.