438 
CDUS44 KBRO 200630
CLIHRL

CLIMATE REPORT 
NATIONAL WEATHER SERVICE BROWNSVILLE, TX
130 AM CDT MON OCT 20 2025

...................................

...THE HARLINGEN CLIMATE SUMMARY FOR OCTOBER 19 2025...

CLIMATE NORMAL PERIOD 1991 TO 2020
CLIMATE RECORD PERIOD 1912 TO 2025


WEATHER ITEM   OBSERVED TIME   RECORD YEAR NORMAL DEPARTURE LAST      
                VALUE   (LST)  VALUE       VALUE  FROM      YEAR     
                                                  NORMAL           
...................................................................
TEMPERATURE (F)                                                          
 YESTERDAY                                                           
  MAXIMUM         97   1256 PM  99    2014  87     10       88       
  MINIMUM         70    715 AM  46    1923  65      5       66       
  AVERAGE         84                        76      8       77     

PRECIPITATION (IN)                                                    
  YESTERDAY        0.00          0.90 1960   0.10  -0.10     0.00     
  MONTH TO DATE    0.69                      1.75  -1.06     2.95     
  SINCE SEP 1      3.90                      7.06  -3.16    11.05     
  SINCE JAN 1     33.14                     20.05  13.09    29.73     

SNOWFALL (IN)                                                              
  YESTERDAY        0.0                                                
  MONTH TO DATE    0.0                                                
  SINCE SEP 1      0.0                                                
  SINCE JUL 1      0.0                                                
  SNOW DEPTH       0                                                 

DEGREE DAYS                                                           
 HEATING                                                              
  YESTERDAY        0                         0      0        0        
  MONTH TO DATE    0                         0      0        0        
  SINCE SEP 1      0                         0      0        0        
  SINCE JUL 1      0                         0      0        0        

 COOLING                                                              
  YESTERDAY       19                        11      8       12        
  MONTH TO DATE  293                       251     42      239        
  SINCE SEP 1    857                       771     86      774        
  SINCE JAN 1   4055                      3861    194     4054        
...................................................................


WIND (MPH)                                                            
  HIGHEST WIND SPEED    18   HIGHEST WIND DIRECTION    NE (50)        
  HIGHEST GUST SPEED    26   HIGHEST GUST DIRECTION     E (70)        
  AVERAGE WIND SPEED     6.1                                        


WEATHER CONDITIONS                                                    
THE FOLLOWING WEATHER WAS RECORDED YESTERDAY.                         
  FOG                                                                 
  FOG W/VISIBILITY <= 1/4 MILE                                        
  HAZE                                                                


RELATIVE HUMIDITY (PERCENT)
 HIGHEST   100                                                        
 LOWEST     45                                                        
 AVERAGE    73                                                        

..........................................................


THE HARLINGEN CLIMATE NORMALS FOR TODAY
                         NORMAL    RECORD    YEAR                     
 MAXIMUM TEMPERATURE (F)   87        98      1919                      
 MINIMUM TEMPERATURE (F)   65        43      1923                      


SUNRISE AND SUNSET                                                    
OCTOBER 20 2025.......SUNRISE   733 AM CDT   SUNSET   658 PM CDT     
OCTOBER 21 2025.......SUNRISE   733 AM CDT   SUNSET   657 PM CDT     


-  INDICATES NEGATIVE NUMBERS.
R  INDICATES RECORD WAS SET OR TIED.
MM INDICATES DATA IS MISSING.
T  INDICATES TRACE AMOUNT.




$$