597 CDUS41 KPBZ 280717 CLIPIT CLIMATE REPORT NATIONAL WEATHER SERVICE PITTSBURGH PA 317 AM EDT WED MAY 28 2014 ................................... ...THE PITTSBURGH PA CLIMATE SUMMARY FOR MAY 27 2014... CLIMATE NORMAL PERIOD 1981 TO 2010 CLIMATE RECORD PERIOD 1871 TO 2014 WEATHER ITEM OBSERVED TIME RECORD YEAR NORMAL DEPARTURE LAST VALUE (LST) VALUE VALUE FROM YEAR NORMAL .................................................................. TEMPERATURE (F) YESTERDAY MAXIMUM 84 110 PM 92 1880 74 10 61 MINIMUM 63 720 PM 34 1961 53 10 40 AVERAGE 74 63 11 51 PRECIPITATION (IN) YESTERDAY 1.31 1.62 1956 0.14 1.17 T MONTH TO DATE 4.17 3.37 0.80 1.93 SINCE JUN 1 39.25 37.61 1.64 38.30 SINCE JAN 1 14.94 14.52 0.42 11.94 SNOWFALL (IN) YESTERDAY 0.0 T 1961 0.0 0.0 0.0 MONTH TO DATE 0.0 0.0 0.0 0.0 SINCE OCT 1 63.4 41.4 22.0 57.4 SINCE JUL 1 63.4 41.4 22.0 57.4 SNOW DEPTH 0 DEGREE DAYS HEATING YESTERDAY 0 4 -4 14 MONTH TO DATE 150 182 -32 156 SINCE MAR 1 1477 1401 76 1438 SINCE JUL 1 6008 5658 350 5550 COOLING YESTERDAY 9 2 7 0 MONTH TO DATE 47 34 13 51 SINCE MAR 1 57 44 13 68 SINCE JAN 1 57 44 13 68 .................................................................. WIND (MPH) HIGHEST WIND SPEED 33 HIGHEST WIND DIRECTION W (280) HIGHEST GUST SPEED 47 HIGHEST GUST DIRECTION W (280) AVERAGE WIND SPEED 6.4 SKY COVER POSSIBLE SUNSHINE MM AVERAGE SKY COVER 0.8 WEATHER CONDITIONS THE FOLLOWING WEATHER WAS RECORDED YESTERDAY. THUNDERSTORM HEAVY RAIN RAIN LIGHT RAIN FOG RELATIVE HUMIDITY (PERCENT) HIGHEST 93 1100 PM LOWEST 57 1200 AM AVERAGE 75 .......................................................... THE PITTSBURGH PA CLIMATE NORMALS FOR TODAY NORMAL RECORD YEAR MAXIMUM TEMPERATURE (F) 74 92 1911 1881 1875 MINIMUM TEMPERATURE (F) 53 35 1971 SUNRISE AND SUNSET MAY 28 2014...........SUNRISE 555 AM EDT SUNSET 842 PM EDT MAY 29 2014...........SUNRISE 554 AM EDT SUNSET 843 PM EDT - INDICATES NEGATIVE NUMBERS. R INDICATES RECORD WAS SET OR TIED. MM INDICATES DATA IS MISSING. T INDICATES TRACE AMOUNT. && SNOW DEPTH IS MEASURED AT 7 AM EST OR 8 AM EDT. $$