Two weeks ago the National Weather Association held it's annual
conference in Birmingham, Alabama. Many things were discussed at this
conference, but one of the major discussions was about the super
outbreak we has this past spring across the southeast. More importantly
they wanted to learn from the mistakes that were made. Despite all the
improvements in forecasts and technology, this year's outbreak was the
2nd deadliest outbreak in the country. So why is this, and how do we
make it better?
Experts from all over the devastated area from National Weather
Service employees, Emergency Managers, TV meteorologists, to private
sector companies interviewed various victim's families and tornado
survivors to determine how did they survive, and why some others did
not.
"For the first time, we have heard the term 'unsurvivable storm,'"
John "Rusty" Russell said, speaking specifically about the April 27th
outbreak. However, he said for storms that hit Alabama, they might have
been more survivable had more shelters been available. "A lot of the
people who died did everything they were supposed to do, and still got
killed because we don't have the shelter capacity," he said. "Some
areas have no community shelters [at all]."
This particular survey is the first in a series of interviews and
surveys aimed at saving lives by helping weather professionals provide
better warnings and education, and helping the public better assess
their risk, said Laura Myers, a social sciences research professor at
Mississippi State University, who is helping conduct the study.
The reason this is so important is because this past year was one
of the deadliest years on record for tornadoes. So far in 2011, the
total deaths from tornadoes stands at 546, the fourth highest yearly
count on record, and the highest since 1936. The difference between now
and 1936 is the technology. There were no sirens, weather radios,
televisions, or even a real warning system back then. The April 27th
outbreak killed 313 people, 248 of which were in Alabama, followed by
the tornado on May 22 in Joplin, Missouri killing 162.So why is it that
we have such advanced technology, and this many people are still
perishing? This is what the study is setting out to find.
"We know people don't do what we expect of them," Myers said. "But we
also know that the more information people have about weather
warnings, the more likely they are to take protective action."
Most of the people interviewed said they generally didn't rely on
sirens, especially because they wanted more specific geographic
information to go with their tornado warnings, not just a siren.
Ninety-seven percent said that the "proximity/path of the storm" was
the most important thing they look/listen for to determine whether they
need to seek shelter or not. Some praised TV meteorologists who know
the area and can cite specific roads and landmarks. Which is why the
analysts think more than three-quarters of the group said they relied
on television to follow the severe weather, but only until their power
went out. Which is why TV cannot be the only outlet people get their
information from. Seventy-seven percent said sirens sounded in their
area, but only 24 percent said they rely on them. The most troubling
thing that the results revealed was that 68 percent said they did not
have access to a below ground or reinforced storm shelter.
"It disturbs me that two-thirds of the respondents don't have access
to a below ground shelter," said meteorologist and moderator John
Scala.
For years people have been focused on trying to improve technology to
be able to help track and warn about tornadoes, but the one thing that
has been overlooked is the human factor...how do people behave in these
situations.
"We've done an awful lot on the warning side now let's see what we
can do to improve decision making," Scala said. "I think there's a lot
we can do to improve awareness, perception of risk, and education."
Once the surveys and interviews are complete the team hopes to be
able to provide new ideas for how to keep people safe from tornadoes in
the future.
Sources: National Weather Association, American Meteorological Society, & al.com
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