Total Solar Eclipse August
21, 2017 Rough Draft, Page Under
Construction
Trip to Oregon
The morning of
Saturday, August 19th, Glenda and I drove out of Lathrop to
Winnemucca, Nevada, where we stayed with a reservation of $45 at the Motel 6.
We did not obtain reservations for the trip home assuming we’d make the trip in
one shot. We should have. There was not traffic, amazing since dense, ugly
traffic was expected. We got up at 3AM and headed out about 4AM for our site in
Oregon. We had 6 sites plotted, one main site and 5 back-up sites. It was
expected that a high census would make it difficult to obtain a good site.
Originally we were
going to observe the eclipse in Madras, OR since it has the highest probability
of clear skies for the entire length of the eclipse, and it is on the road
north from our home. We had arrangements in a hotel, but they dumped us for
higher rates due to the eclipse. I-5 and US 97 were going to be a madhouse, so
our friend bill Liter said that we could go to his friend’s ranch NW of Long
Creek, OR. At the last minute, we were
having exact location issues, so I came up with multiple back-up locations. Geographically,
we would pass these back-up locations before the ranch. One was perfect, but a
sign on it said “No Trespassing”, so we went to #w, and it was excellent. There
were only a handful of people there when we arrived Sunday morning at about
9:30, it was in National forest land, so we most likely should not be kicked
out, and it was excellently open in the area of viewing he eclipse. So we
stayed put. I had talked to Juliano Bianchi, Grant McKinney, Omar Anzualda, and
Eric Panza regarding these locations inviting them to join us. Eric found it
and he joined us for the eclipse, the others did not come to our site. By
eclipse time there were roughly 200 people at this site.
We stopped outside
Mt. Vernon and got t-shirts, cinnamon rolls, and pooped. Other than the hotel
price gouging, we experienced no inflation, food, gas, t-shirts, they were all
fair and square. Gas at this point has not run out.
Site
We were ½ mile west of US 395 about a half
mile north of Mile Marker 96B. Our estimated duration time was 2 minutes 2.5
seconds. It was dry forest at 5100 feet above dry grazing landscape. The
weather was PERFECT!
Equipment
I took an AstroScan
2001 SAS club scope, Glenda used it. I took a 4” microDob that Ben Brown gave
me for my school use, I put it on a one-armed Dobsonian mount. This was my
primary visual instrument. We took Glenda’s 6” f/8, Eric used it. I took Bruce,
a 140mm Astrophysics triplet refractor, Starfire, on a Takahashi EM-400 mount.
This was my photographic platform. I shot it with a Canon EOS t2i, Costco
special. We had binoculars, didn’t use them.
Photos of Eclipse
My Photoshop experience is pretty lame, but here are a few layered
stacked images. Heads-up, some came out pretty weird.
In trying to get details from the outer corona all the way in to
the inner corona, I ended up with this. Shorter exposures combined
to show the chromosphere and flare.
It is by no means what I was trying to get, but it is so dramatic
that I thought I’d post it.
Another chromosphere shot. Chromosphere combined
with crazy corona effect.
Deeper, brighter, weirder. A bit softer.
More corona weirdness and harder chromosphere.
Just more.
A flare zoomed in on. This was
early in the eclipse, later on the “stem” of the flare could be seen. Closer
to what it actually looked like, but I just don’t have the Photoshop skills to
make it happen.
Here are my original
shots where I used Photoshop to merge images. I have no idea what I am doing
with Photoshop.
This is a fair
balance between solar flare and corona.
This is balance for
the solar flare and the chromosphere appearing around the lunar limb in the
lower left.
Balanced to show
more mid to outer corona.
This is a bit
softer, but not striation information is showing.
Over-exposed, but
shows more striation information in the outer corona.
Processed to show
more outer corona striation information, and as a result the Earth-lit lunar
face shows details.
A bit of Photomerge
stacking, a bit of unsharp masking, and a bit of brightness and contrast
goofing gave me this image, a best balance so far between inner
chromosphere/flare features and outer corona features.
Trip Back to California
The totality ended
around 10:24 AM and by 12:15 we were packed and ready to drive away. Nobody
ever seems to look at the partial phases after totality, they pack up. We were
confident that we would make it home before midnight. It took us about 5
minutes to find out that this was very incorrect. The traffic jams they had
predicted became a reality. We finally got out of most of the clutter after
burns, OR on our way to Winnemucca. I had built a large box to go on my trailer
hitch to carry extra gasoline expecting that the gas stations would run out.
They did. We couldn’t get gas before Winnemucca, so we pulled over near the
Or/NV boarder and fueled up. That got us to Winnemucca where there were no more
gas outages. But we didn’t have a motel room and we were four days of sleep
deprivation and realized that getting home in one shot was going to be bad.
However, there were no rooms. With the construction there weren’t places to
pull over and sleep. When we did find places to sleep we couldn’t. No rooms in
Winnemucca. None in Sparks or Reno. We tried to sleep in the Reno Wal-Mart
parking lot, but couldn’t. Se we continued. Tried to motel up in Colfax and
Auburn, finally just drove home. Glenda took over for the last two hours. We
pulled in our driveway at 4:07 AM Tuesday morning. I am so glad that we got
home without getting hurt or killed.
Summary of Experience
The sky darkens, the
sun fades away in intensity. It gets cooler. Then shazam! It goes out like
somebody flipped a witch. The black round disk of the moon covers the sun
leaving only the corona to be seen. Through the scope you can see the
striations in the corona, the crimson flares protruding from the limb of the
Moon [actually the sun which is covered by the Moon], and at the very beginning
and very end, you can see the bloody chromosphere sneaking along the limb of
the Moon. Everybody is cheering in amazement and disbelief of what is happening
in front of them. You can see stars and planets. We saw Regulus [alpha Leonis]
about a degree and a half from the limb of the moon, still well within the
solar corona. Too short of a time goes by and it ends with a tiny little
arc-welder glare one the limb of the Moon, and it combined with the corona
gives us the illusion of a diamond ring. All the people applaud. Then as it
begins to brighten the landscape you notice that the colors of the grass,
trees, people and all things are wrong. You can’t get a finger on it, they’re
just wrong. It shouldn’t be, the solar photosphere is again illuminating
everything only 1/1000 times as bright as usual. But your brain says the colors
are wrong. Within 10 minutes it is bright enough that things look totally
normal again.
Of all the things
that happen in an eclipse, there is one that you don’t expect to happen and it
is the most impactive of them all. That is the emotional whack that happens to
you. It is overwhelming. It’s like a baseball bat across the chest. You’re
standing there on the edge of weeping. You’re hugging your loved ones. You need
to go wipe your ass because you just crapped your pants.
This is Glenda and I
the day before the eclipse after we arrived at our spot. We were immediately
certain that this was where we would observe the eclipse. Why move, it’s
perfect. The weather was clear but a bit hazy, later that night it got very
cloudy and we had some concern, but he forecast was excellent. I did an
on-the-spot star party since the folks there had never seen a high quality
refractor. It was fun but a bit hazy. Later, about 1AM it cleared perfectly and
was shockingly beautiful. I polar aligned the scope and it was ready for
business.
Glenda and I were
joined by my nephew Eric Panza. The three of us had such a remarkable time that
we were brought nearly to tears. An eclipse is more than an astronomical even.
It brings out undiscovered emotional reactions that are totally unexpected. I
highly recommend that you, at some point in your life, go see a total solar
eclipse with people you love. This was shot only minutes after totality. We
were still in shock.
This is our set-up
for the eclipse. It is only about 7:50 AM and we are waiting for the sun to
clear the trees so we can establish a good focus and make sure the alignment is
good and the drive is working. The telescope was given to us by Ellen Raemsch.
The telescope was her husband’s, Bruce Raemsch, who passed away earlier this
year. So the telescope’s name is Bruce in his honor, and when I finally get my
“official” eclipse photograph processed, it will be dedicated to him. It is an
Astrophysics 140 Starfire EDF, sitting upon a Takahashi EM-400 German
Equatorial Mount. I used a Canon EOS t2i Rebel camera to shoot my photos. I
honestly was not certain I was going to shoot shots. I was either going to
shoot or look at the eclipse through the scope, I decided last minute to shoot.
I’m glad I did. IO didn’t clean my camera at all and unfortunately my eclipse
photos have dust issues, but nonetheless I like them. The telescope has a pair
of Lundt 100 mm hydrogen alpha filters, stackable, but I chose to not bring
them due to already having too much stuff to deal with, and I didn’t want to
mess them up. Plus it’s an eclipse, there are too many other things to worry
about.
On the gas tank box,
the green box on the back of our Dodge, we set up 4” scopes to observe the
eclipse. They worked wonderfully! Glenda on the red one, me on the black an
orange one. The red one is an old Astroscan 2001, it belongs to the SAS. The
black on, BB, was given to me by Ben Brown [hence the name BB], I use it at
school. It also worked wonderfully. They were perfect for solar eclipses. You
can see detail and the power is low enough that you can see the corona way out.
In the foreground, bottom left corner of the photograph, is Glenda’s homemade
telescope a 6” f/8 Dobsonian. Eric used it to observe partial phase, but I
think he did not for totality.