After unseasonably high temperatures this week gave way to snow Wednesday, frigid temperatures and more snowfall are expected for the area.
Driving conditions in the Quad Cities were compromised yesterday after rain turned to snowfall around 7:30 a.m., said meteorologist Tom Philip of the National Weather Service. The Quad City International Airport on Wednesday recorded 2.7 inches of snow and .52 inches of rain and melted snow.
"As the [winter storm] system moved over the area, it brought colder air from the north down to the entire region," Mr. Philip explained.
While the Quad Cities saw 62 degrees around noon Tuesday, temperatures today are expected to top out around 13 degrees, accompanied by a few scattered flurries. Tonight's low is expected to be 7 degrees below zero, with a wind chill of 20 degrees below zero, followed by a Friday high in the teens.
Mr. Philip said a second storm system is expected to bring an additional one to two inches of snow Friday night and into Saturday. Temperatures then are expected to climb to 26 degrees Saturday and around 30 degrees on Sunday.
Today is Tuesday, Sept, 30, the 273rd day of 2014. There are 92 days left in the year.
1864 — 150 years ago: The ARGUS Boys are very anxious to attend the great Democratic mass meeting tomorrow and we shall therefore, print no paper on the day. 1889 — 125 years ago: H.J. Lowery resigned from his position as manager at the Harper House. 1914 — 100 years ago: Curtis & Simonson was the name of a new legal partnership formed by two younger members of the Rock Island County Bar. Hugh Cyrtis and Devore Simonson.. 1939 — 75 years ago: Harry Grell, deputy county clerk was named county recorder to fill the vacancy caused by a resignation. 1964 — 50 years ago: A new world wide reader insurance service program offering around the clock accident protection for Argus subscribers and their families is announced today. 1989 — 25 years ago: Tomato plant and other sensitive greenery may have had a hard time surviving overnight as temperatures neared the freezing point.