Hurricanes don’t
happen every day, but when they do, they can cause significant damage and
create chaos. Some seasons are heavily active, while others may only see one or
two major storms that never make landfall. The weather is unpredictable, so
opting not to travel at all during hurricane season isn’t necessary. Being
prepared for the possibility, however, will ensure that you will still enjoy
your vacation, while staying safe and protecting yourself as well as your
investment.
Tip # 3 -
Inquire with lodging/transportation
option about hurricane policies. Some hotels, resorts, transportation options, and other tourist
venues have policies on hurricane impact. Check with your travel service
provider to find out if this is available, and what’s covered. While it’s
not advisable to rely on this in lieu of travel insurance, this can give
you added coverage and options should unforeseen circumstances occur
related to a hurricane.Thursday, June 19, 2014
Wednesday, June 18, 2014
Travel Tips for Hurricane Season - #2
Hurricanes don’t
happen every day, but when they do, they can cause significant damage and
create chaos. Some seasons are heavily active, while others may only see one or
two major storms that never make landfall. The weather is unpredictable, so
opting not to travel at all during hurricane season isn’t necessary. Being
prepared for the possibility, however, will ensure that you will still enjoy
your vacation, while staying safe and protecting yourself as well as your
investment.
Tip # 2 -
Set up an additional travel
destination option. While a visit to Jamaica, South Beach, or the Carolina coast are
excellent and extremely popular choices for a summer vacation, these
cities also see frequent hurricane activity, even in close-call brushes.
Even indirect hits have been known to seriously alter travel depending on
weather conditions. Flights in or out of these cities can be grounded
without warning. Gloomy weather can ruin a trip to the beach or even make
it dangerous to get in the water. Theme parks can suddenly close; cruises
are often forced to change the itinerary, or depart hours earlier than
scheduled. Having a backup plan (preferably somewhere inland) will ensure
that you can still have an enjoyable trip should your plans for your first
choice fall through.
Tuesday, June 17, 2014
Travel Tips For Hurricane Season - #1
From now until November 30, people across the US have to be prepared for
the potential of a hurricane either where they live or where they plan to
visit. Hurricane season coincides with one of the most active and popular times
of the year to travel, leaving many feeling apprehensive about traveling to a
location that can be hit by a hurricane, or traveling away from home if they
live in an area affected by hurricane season.
The good news is there are some tips that
can alleviate the pressure of traveling during hurricane season, and greatly
lessen or eliminate the chances of a ruined vacation. Join us this week as we
post four key tips to success for staying informed and being prepared.
#1 - Buy travel insurance. Travel insurance is a significant factor in
salvaging money invested in a trip that’s been interrupted or cancelled. If
your flight is cancelled, or the hotel you were planning to stay at is damaged
by a storm, or you’re stuck at home bearing down and miss your cruise, you have
some recourse. Travel insurance can oftentimes make the difference between
having the option to plan a new trip at a later time, and losing thousands of
dollars for good.
Monday, June 16, 2014
The Mystery of Double Rainbows
Double
rainbows: If the hope of one pot of gold isn't enough, sometimes Mother Nature
gives us the opportunity to pursue two. This double-dose of atmospheric optimism is a result of optical effects occurring in tandem.
All
rainbows require the presence of the sun and rain in order to form. In order to
see a rainbow, the sun must be to the viewer's back, and rain must be falling
ahead of the viewer. It doesn't necessarily have to be raining on or near the
viewer, but rain must be present ahead of the viewer towards the horizon. And during
a particularly lucky scenario, two rainbows will form at the same time.
As
sunshine breaks through the clouds and beams towards the raindrops, some of the
light encounters the raindrops and bends - called refraction. When the light refracts, the
process causes the sunlight to separate into different wavelengths. These different wavelengths correspond to different
colors: red and orange correspond to longer wavelengths, while blue and purple
correspond to shorter wavelengths.
The
refracted light waves then bounce - or reflect - off of the circular edge of the raindrop, and then they
refract again as they exit the raindrop and travel through the air.
Because
raindrops are relatively round when the sunlight refracts through them, the
visual result is a spherical arc that soars all across the sky. Viewers who are
lucky enough to see a whole rainbow will observe a colorful arc spanning the
entire Earth, from end to end.
Rainbows
remain a relatively rare event as they will only occur when the refracted
sunlight strikes the raindrop's edge at the exact angle of 48 degrees. If the
angle is less than 48 degrees, then the light will simply pass through the
raindrop. Any greater than 48º, then the light reflects straight back out of
the raindrop, and no refraction will occur. Without refraction, a rainbow will
not form.
When two rainbows form at the same time
the first and brighter rainbow is called the primary rainbow. This rainbow is
created by the process described above, and only requires the light to reflect
off of the raindrop once before refracting out of the raindrop.
The second and fainter rainbow is called the secondary
rainbow. It occurs when refracted light does not escape the raindrop after
being reflected the first time. Instead, the refracted light reflects off the
raindrop's surface a
second time as well, producing a secondary rainbow with
its colors reversed compared to the primary rainbow. Unfortunately,
fewer light rays are available to undergo the additional refraction process, so
the resulting secondary rainbow appears less vivid.
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