Total Solar Eclipse 2017
Monday, 21 Aug
2017
FAQ
Please take a minute to read these, and if you still
have questions, please feel free to contact us!
What is a total solar eclipse?
Essentially, it's when the moon moves right in front of
the sun, covering it completely for a very short time. It
darkens the whole sky, lets you look right at the sun (only when it's completely
covered, though), and shows you the beautiful corona that surrounds the sun.
Stars come out, the horizon glows, the temperature drops, and
day turns into night. It's one of the most beautiful things you can ever see on
earth.
Well, one
happens about every year or every other year, somewhere on earth.
However, you have to be situated in a very narrow strip of land (the
'path of totality') if you want to see the total phase of the
eclipse. Otherwise, all you see is a pretty boring partial
eclipse. Very few people (as a percentage of the overall population) have ever seen a
total solar eclipse.
The only total eclipses that have
happened in the last 40 years in
For the 2017
eclipse, there is a strip of land about 100 miles wide or so (the path of
totality) that stretches from central
We know, but you
can never start planning too early for these things. Total
eclipses happen about once a year, somewhere on earth, but they're usually in
very out-of-the-way places. There are groups of die-hard
eclipse chasers who think these are so beautiful, they travel to the far corners
of the earth to see them. Their planning begins years in
advance, and usually entails difficult travel to the
remotest parts of the earth. For the 2017 eclipse, we get to
see one right smack dab in the middle of good old American soil!
Check on www.eclipse2017.org for the actual times of totality from your
location.
Lots. There is a
complete listing on eclipse2017.org, but here are some of the bigger
ones: Salem OR, Ontario OR, Rexburg
ID, Grand Teton NP, Jackson Hole, Casper, North Platte,
Lincoln (barely!), Leavenworth, the north side of Kansas City, Jefferson City,
the south side of St. Louis, Cape Girardeau, Carbondale IL, Paducah KY, Bowling
Green KY (barely!), Nashville, Cleveland TN (barely!), Smokey Mtns NP (only the southern part), Greenville, Columbia SC,
Charleston (barely!).
A better
question. You will NOT see
totality from any of these places, though they are very close to the
path. (Move into the path, and see totality!)
Bend OR,
A lot of math. No, seriously,
astronomers do know the equations that model the motion of the earth and moon
extraordinarily accurately. Eclipse predicting has been
around for thousands of years, but with the computers we have now, those
predictions are actually very simple and VERY accurate. We
can predict eclipses thousands of years from now with astounding accuracy - in
fact, the only thing that prevents our long-range predictions from being perfect
is that we don't know exactly how much longer the day will get as the earth's
spin gradually slows down over thousands and thousands of years!
Just little things like that...
NO!!! You have to
be IN the path of totality, or all you'll see is a partial eclipse!
Those are pretty common, and are absolutely nothing to see, compared with
the beauty of totality. If you get nothing from this at all,
please get this: You MUST be IN the
path of totality to experience the glory of a total eclipse!
If where you are is not in the path of totality, then move yourself into
it on eclipse day, and you will come away understanding what we were talking
about! Miss it, and you'll miss everything; you'll have no
idea what all the people who WERE in the path are raving about the day after,
and you will have missed it! The pictures you'll see in the
newspaper and on TV will be NOTHING compared to the experience of having been
there! Do NOT miss out!
If you go, you
will understand. It is simply the most unbelievable thing you
can ever experience in your life. If you stay home, then
nothing we can say will convince you that you should've gone.
Please trust someone who's seen eight of these, on all continents - don't
miss it!
Absolutely!! You are incredibly
lucky, and you should invite lots of friends over. Please
visit our site at www.eclipse2017.org for viewing tips, and get enough pairs of
solar viewing glasses for all the people you'll invite to experience it with
you. An eclipse is even better if shared with a few hundred
of your closest friends!
At www.eclipse2017.org, we will have
the locations of all the official viewing areas that have been set up by the
local communities in the path. Hopefully there will be a lot
of these, and they will be set up with security and eclipse viewing glasses so
you can safely enjoy the event.
Thousands will.
There are literally thousands of people from all over the world who chase
these things, every eclipse, no matter where. They go to the
deserts of
Rules
will be set up by each community's security officials and
governments. But if you want to get into an official viewing
area, you should be able to.
Get them out of school.
The school will probably not let them watch it anyway, due to liability
concerns, and you as their parent are their first and best teacher.
Get yourself out of work, and get them out of school.
Get to the path, make a long weekend of it, and go see something together
that they will tell their grandchildren about. We're talking
World Series, Super Bowl, Moon Landing type stuff
here. They will remember it for the rest of their lives, and
you will be their supreme hero for having shown them that something this
beautiful exists on the earth we all share. Even with kids
who have been completely desensitized by video games, a total eclipse will make
them say "Whoa", and mean it!
Don't count on it.
While schools are fantastic for giving lesson plans and teaching the
mechanics of eclipses, it is an unfortunate truth that schools have to be
completely focused on liability these days. They simply can't
allow kids to watch these types of phenomena, because of the off chance that one
kid will stare at the sun without filters and blind himself.
YOU are your children's best teacher, so get them out of school, get them
a pair of solar viewing glasses, and get them and yourself to the
path. You'll understand why after it's over.
They can report to their class afterwards, and try to explain how cool it
was to all the kids whose parents didn't take them. They
won't be able to.
NO! Animals will
be scared senseless by the eclipse, and you will want to be enjoying it instead
of trying to calm your animals. Everyone around you will not
want to be bothered by your animals either, so please leave them at
home. Again, you have to take the word of someone who's seen
many of these - the dogs and cats will NOT like it! In fact,
you'll find that, even though you understand 100% what is going on, you'll still
feel a little of the fear that prehistoric people must have felt in seeing the
sun get swallowed up as day turns into night. Please don't
subject your trusting animals to that fear!
Technically, you'll be able to see
totality from anywhere in the path. The closer you are to the
center of the path, the longer totality will be for you. If
this is your first eclipse, it would be a good plan to try and get as close to
that center line as possible. However, you should also be
respectful of where you choose to set up. The side of the
road is not good from a safety standpoint, and people's yards and parking lots
belong to them! Rest areas may be very crowded, but parks and
other open public areas are wonderful. Eclipse2017.org will
keep a listing of all known official viewing areas, so visit early and visit
often to keep up to date with the best location for you!
This is a biggie.
You CANNOT look at the sun while ANY PART of its bright disk is still
visible. The moon does cover quite a bit of it during the
partial phases leading up to totality, but you HAVE to use special solar viewing
glasses (that you can get at cost on eclipse2017.org) to look at it during the
partial phases. You MUST use these glasses to look at the sun
during this time, and if you use them, it's 100% safe. During
the brief period of totality ONLY, you can look directly at the totally eclipsed
sun without any kind of filters, and you will not believe the sight.
In fact, during totality ONLY, you can even look with binoculars if you
want. The view is simply stunning. After
totality, though, the glasses have to come back. To
repeat: You MUST use the special solar viewing glasses
whenever the sun is not TOTALLY eclipsed. And you CAN look
directly at the sun without the glasses ONLY during the very brief time when the
sun is in total eclipse. It's only a minute or two, but the
memory of it will last your lifetime. If you're not in the
path of totality, you have to use the filters for the ENTIRE eclipse, and you
will not see any of the cool things during totality that will amaze
you. You might as well stay at work, see the pictures in the
paper the next day, and go away wondering what all the fuss was
about.
Unless you
have special solar filters for your camera and telescope, you can't even set up
for pictures like this - the heat of the sun will melt your lenses!
If you want to pull out a point and shoot during totality, be advised
that your pictures will NOT be any good. First of all, you
need a huge telephoto lens to take pictures of
something the size of the sun. If you don't believe us, go
out and take a picture of the full moon the next time you see one.
It's about the same size as the sun, and it will show you the kind of
results you'll get. Leave picture-taking to the astronomers
and the folks with filters and huge telephoto lenses, and simply enjoy the view
with your eyes. Whatever you do, do NOT use any type of
flash! Not only will you not get pictures that are any good
(see above), but you'll ruin the experience of the eclipse for everyone around
you when your flash goes off! Put the camera up, and watch
the thing! No picture ever did justice to a total eclipse
anyway!
Yup, unless you
have a special solar filter that fits over the end of the scope (not at the
eyepiece!) Those are about $200 each, so you should know
whether you have one or not! Ditto for binoculars - if you
bring them, you can ONLY use them during the brief period of
totality. You may see professionals
at the viewing areas who do have the right setup - some
will even have their scopes hooked up to TV monitors. ASK
NICELY, and they will probably let you grab a
peek. Keep your kids clear of their stuff,
though! :-)
Eclipse chasers
don't like to use the C-word, but they do have to consider the possibility, of
course. If it's cloudy, you won't see anything - simple as
that. So what veteran eclipse chasers do is to plan for a
viewing location that historically has given signs of having as few clouds as
possible on eclipse day. But we're still subject to the whims
of weather, and so mobility on eclipse day is very important.
It's not unusual for die-hard eclipse chasers to keep airplanes on
standby, in case they have to make a last-minute run for it to escape
clouds! With mobility as easy as it is in
Uh huh,
you can - the same way you can watch a wonderful meal being eaten on TV, a live
shot of a huge pile of hundred-dollar bills on TV, or a guy having a great date
with a wonderful woman - on TV. It's not the same as being
there by a long shot! You cannot rely on any picture in any
newspaper or on any TV as being ANYTHING even remotely equivalent to the
experience of having been there and seen the eclipse yourself.
So if you think that watching on TV is a good enough substitute, again
you'll find yourself wondering what all the fuss is about the next day from
those people who were there. Please don't be left
out. Watch the pictures on TV only enough to laugh at how
lame they are compared to your memory of having seen the real
thing!
You will be asking yourself within
about a half second when the next one is. And the answer to
that is that there isn't another one on land until 2019 (in southern
If I have to explain, you wouldn't
understand. If you already understand, nothing I can say will
matter. It's like having kids, or riding a Harley, or being
in love. It just is - and you just have to
believe.
You're
already there! www.eclipse2017.org