Perilous Times and Climate Change
Sudden downpour causes 69 car crashes on Ariz. interstate
The cars shown are some of the vehicles involved in a multi-car pile up
on westbound Interstate 10 in Phoenix, Ariz., on Saturday. Arizona
authorities say 69 vehicles were involved in at least three separate
collisions on the interstate.
PHOENIX (AP) — A surprise downpour sparked collisions involving 69
vehicles on an interstate near Phoenix's downtown area Saturday
evening, closing the westbound roadway for hours and sending seven
people to hospitals.
The crashes — described by authorities as the most in a single Phoenix
area in recent memory — began about 6:30 p.m. with many drivers going
too fast or not leaving enough distance between cars for the slippery
conditions, Department of Public Safety spokesman Bob Bailey said.
"The storm hit hard, hit fast, and caught a lot of drivers by
surprise," he said. "The collisions began in the far right side of the
roadway near the 7th Street exit ramp and this thing kind of
perpetuated itself, enveloping the whole roadway."
None of the injuries was life threatening and most were fairly minor,
Bailey said.
Phoenix Fire Department spokesman Jonathan Jacobs said several others
were treated at the scene for minor injuries.
A five-mile stretch of westbound Interstate 10 was closed for about 3
hours, reopening about 10 p.m. PT. DPS said the roadway was blocked off
at Washington Street near downtown Phoenix and several key onramps are
also closed.
Bailey said at least half the vehicles in the crashes had to be towed
away, accounting for the lengthy closure of the westbound lanes.
Eastbound traffic on I-10 wasn't affected.
Dozens of people involved in the accidents remained on the interstate
for hours after the accidents, Jacobs said. Authorities handed out
snacks and water and brought in air conditioned city buses for them to
relax in until arrangements were made to transport them home, he said.
Summer monsoon storms in the Phoenix area desert can bring heavy
deluges with little warning, often causing localized flooding.