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>>In nature, hazardous weather is almost always in motion.
New research and technology are making it possible
to provide more continuous information
about a storm and its movement.
Threats in Motion is the next step in the evolution of how
weather information is provided to the public.
Let’s take a look at how tornado warnings are currently issued.
A warning polygon is added to alert those in harm’s way.
As the storm gets closer to the edge of the polygon,
a new warning is issued.
Once the storm has passed,
the old warning goes away.
This process is repeated for the life of the storm.
Now let’s look at how Threats in Motion works.
A warning polygon is issued at the location of the threat.
and warning extends out in time with a thirty minute projection
of the storm's path.
The warning moves in the same direction
- and at the same rate - as the storm.
People are alerted as soon as the warning polygon
includes their location.
>>Threats in Motion basically takes the computer power we have
to allow us to update it more frequently.
Give more frequent updates and advanced warning
for people who are downstream rom where the current warnings
are right now and give them advanced lead time
to take action.
ere’s an example of how Threats in Motion gives people
more time to react.
Let’s say Jane lives here.
And Hector lives here.
With the traditional warning polygon,
[Phone vibrates and rings] Jane gets an alert with plenty of time to take action.
Hector - on the other hand -
is just outside the warning polygon and doesn’t get
[Phone vibrates and rings] the alert until the next warning is issued.
Hector has less time to take precautions.
Now compare the same situation with Threats in Motion.
[Phone vibrates and rings]
With a moving warning,
both Jane and Hector
[Phone vibrates and rings] both Jane and Hector
receive an equal heads up.
Threats in Motion also will improve how long you
and your family need to stay in your shelter.
Notice Jane’s location.Once the threat moves past her,
she receives an all clear notification.
>>It’s a better more seamless way of letting people know
when they’re in the threat area
but almost as importantly when they’re out of it
and can come out of their shelter.
>>The way a warning is issued with Threats in Motion
will affect everyone.
That’s why NOAA researchers are partnering with
the National Weather Service,
TV broadcasters,
and emergency management.
>>We have to make sure we understand how end users
such as the public or businesses can receive
this information and know what to do with it.
We also have to make sure we understand
if forecasters are ready for this because its a
pretty big paradigm shift.
So we have quite a bit of research ahead of us
to set us up to do this successfully.
For more info on this project,
check us out online and follow us on Facebook and Twitter.
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