How to Avoid the Pitfalls of Memorial Day
From light eating to the No. 1 beach danger, here are tips to making your Memorial Day healthy and safe.
Rip Currents: No. 1 Beach Danger continued...
"Surf pushes water inside the sandbar,
and once pressure builds up there is a collapse of the sandbar," Brewster
tells WebMD. "What makes this particularly dangerous is that people inside
the sandbar have this sense of calm. They seem to be sheltered from most of the
wave turbulence. They are often waders who get sucked out through the sandbar
like it was a toilet flushing."
When there's a break in the sandbar, the
longshore currents head out to sea. As they funnel through the break, they get
incredibly strong. This is a rip current. It can flow as fast as 5 mph --
faster than an Olympic swimmer and stronger than the strongest man on earth.
Contrary to popular belief, someone caught in a rip current isn't pulled under
water. And it won't flow to France -- the rip current dissipates just beyond
the breakers. But it's still a killer.
"When you're at the beach, rip currents
are the most important thing you need to worry about," Gould tells WebMD.
"If there's no lifeguard, it's not safe. Everything I've read suggests
there's a significant rip current problem on the Florida Gulf coast -- but no
Ironically, when you're walking on the
beach, rip currents look very inviting.
"Rip currents form underwater channels
that you wouldn't be able to spot standing on the shore," Brewster says.
"What you see is an area where the waves are less likely to break as
quickly or as violently. So you walk along the shore and see this calm area.
People tend to be attracted to those areas -- the most dangerous ones on the
Surviving a Rip Current
As deadly as rip currents are, it's not
that hard to survive one -- if you stay calm and know exactly what to
"To get out, just tread water and allow
the rip current to carry you out -- they tend to dissipate outside the breaking
surf," Brewster says. "Then you can wait for help, or swim around the
rip current and back to shore. But few people have the calm to do this. Most
drown because they swim against it and tire out."
So for most people, Brewster recommends
swimming parallel to the shore. One doesn't have to be a very strong swimmer to
do this. Rip currents aren't exactly narrow, but they are concentrated in one
place. In a short while, most swimmers should be outside the current and able
to make it back to shore.
Sometimes the rip current is diagonal to
shore. If you try to swim parallel to shore but aren't making any progress,
Brewster says, turn around and swim parallel to shore in the other direction.
That should do the trick.