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Chasing Eclipses Around the World is a Way of Living: A Small Group of People Cannot Get Enough of it

Chasing eclipses is a way of living. Eclipse chasers travel around the world for enjoying watching eclipses.

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Solar Eclipse
FILE - This March 9, 2016 file photo shows a total solar eclipse in Belitung, Indonesia. Wyoming state tourism officials say the solar eclipse passing over the entire length of Wyoming in August could give the state economy a much needed boost. (AP Photo, File) VOA
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Washington D.C. [USA], August 21, 2017: While Monday’s total solar eclipse in the U.S. will be a once-in-a-lifetime sky show for millions, there’s a small group of people who have experienced it all before and they can’t get enough of it.

Glenn Schneider has seen 33. Fred Espenak has watched 28. Donald Liebenberg has logged 26. For newbie Kate Russo, it’s 10 and counting.

These veteran eclipse chasers spend lots of money and craft intricate plans all to experience another mid-day darkening of the sky. Many work in science and related fields and they’ll travel around the world, even to Antarctica, to see one more.

A minibus parked in a designated eclipse viewing area is seen in a campground near Guernsey, Wyoming, Aug. 20, 2017.VOA

“I do this not so much as an avocation, but as an addiction,” said Schneider, a University of Arizona astronomy professor.

Russo, a psychologist in Ireland who wrote a book about people’s eclipse experiences, said some people find the experience life-changing. That happened to her.

“Eclipse chasing isn’t just a hobby or interest,” Russo wrote in an email from Wyoming, where she traveled to see Monday’s eclipse. “Eclipse chasing is a way of life. It becomes who you are.”

This photo provided by the Oregon State Police shows the crowd at the Big Summit Eclipse 2017 event near Prineville, Ore., Saturday, Aug. 19, 2017. The full solar eclipse will happen Monday, Aug. 21, 2017. (Oregon State Police via AP) VOA

Monday’s eclipse will cut a 70-mile-wide (112-kilometer) path of totality across the country, when the moon moves between Earth and the sun, blocking it for as much as 2 1/2 minutes. It’s the first coast-to-coast full eclipse since 1918. Many of the big eclipse chasers are planning to be in Oregon or Wyoming because there’s a better chance of clear weather there in August. They’ll be ready to drive hundreds of miles if need be to find good weather.

Total solar eclipses happen on average every 18 months or so, but they usually aren’t near easy-to-drive highways. Norma Liebenberg has been to a dozen, mostly joining her avid eclipse watcher husband, Donald, in remote places like Libya, Zambia and Western China.

“It’s sort of mind-boggling that there are 1,000 people out in these isolated places to see it,” she said. She even forgave her husband when he missed their first anniversary to go to a clouded-out eclipse in the South Pacific.

There’s a compulsiveness to eclipse chasers, especially photographers, said Dr. Gordon Telepun, an Alabama plastic surgeon who has seen only three.

“It’s very anxiety-producing, it’s very challenging,” said Telepun, who even developed a talking phone app that times an eclipse so photographers don’t miss anything. “It’s an adrenaline rush man, I’m telling you.”

FILE – Retired NASA astrophysicist, author, photographer and eclipse expert Fred Espenak known as “Mr. Eclipse” speaks during a press conference in Torshavn, the capital city of the Faeroe Islands, March 19, 2015. VOA

Telepun said his hero is “Mr. Eclipse” Espenak, a retired NASA astrophysicist, who explains why chasers are the way they are.

“It’s the closest any of us will come to being an astronaut and being in space,” Espenak said.

Eclipse chasers say their first always hooks them.

Schneider, who got a telescope at age 5, planned out his first eclipse precisely. He was 14 in 1970 and he traveled from New York City to East Carolina University’s stadium. He had choreographed how he was going to spend the 2 minutes 53 seconds of darkness. Then came the moment.

“I was frozen in place,” he recalled. “I had binoculars around my neck for two and a half minutes and I never picked them up.”

When it was over “I was shaking. I was crying. I was overwhelmed,” he said. “It was at that instant when I said ‘Yeah, this is what I’m going to do with the rest of my life’.”

Now Schneider takes his grown daughter with him to eclipses. And he invented what he calls the “lug-o-scope,” a telescope that folds into its own luggage to make his eclipse chasing easier.

“Flexibility is probably No. 1,” Schneider said. “Keeping your options and open and be ready to take that option if that’s what’s needed.”

A veteran of 28 eclipses, Espenak often leads groups of 50 some people to view eclipses, lecturing both about the beauty and the science. Except when the hour grows close and the skies get dark, he goes silent.

“On eclipse day he’s all business. He does not want to be diverted from his checklist of everything he wants to do,” explains University of Tennessee’s Mark Littmann, co-author with Espenak of the book “Totality.” “It’s like you’re kind of trying to chat with a pilot coming in for an emergency landing. It isn’t that he’s just not friendly, it’s just not the right time anymore.”

Donald Liebenberg has seen and blogged about his 26 eclipses for Clemson University, where he does research. He holds the record for most time in totality because the retired federal scientist used to view them by airplane whenever possible. In 1973, he convinced the French to let him use the supersonic Concorde for eclipse viewing and he flew at twice the speed of sound. He got 74 minutes of eclipse time in that one flight.

After spending more than 60 years flying around the world, this time the Liebenbergs are only going as far as their driveway.

This eclipse is coming directly to them in South Carolina.

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Detection of “Rogue”- a Planetary Mass Object With a Surprisingly Powerful Magnetic Field

"Rogue" planetary-mass object with a surprisingly powerful magnetic field travelling through space unaccompanied by any parent star.

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The so-called
The so-called "rogue" planet does not revolve around a star, but instead rotates around the galactic center in interstellar space. Pixabay

Astronomers have detected a possible “rogue” planetary-mass object with a surprisingly powerful magnetic field travelling through space unaccompanied by any parent star.

The extrasolar object, about a dozen times more massive than Jupiter, is located some 20 light-years from Earth, showed the findings made using the US National Science Foundation’s Karl G. Jansky Very Large Array (VLA) telescope.

“This object is right at the boundary between a planet and a brown dwarf, or ‘failed star,’ and is giving us some surprises that can potentially help us understand magnetic processes on both stars and planets,” said Melodie Kao from Arizona State University in the US.

Kao led this study while a graduate student at California Institute of Technology (Caltech).

The strange object, called SIMP J01365663+0933473, has a magnetic field more than 200 times stronger than Jupiter’s, according to the study published in The Astrophysical Journal Supplement Series.

The object was originally detected in 2016 as one of five brown dwarfs the scientists studied with the VLA to gain new knowledge about magnetic fields and the mechanisms by which some of the coolest such objects can produce strong radio emission.

Astronomers discovered "Rogue"
Astronomers discovered “Rogue”.

Brown dwarf masses are notoriously difficult to measure, and at the time, the object was thought to be an old and much more massive brown dwarf.

Last year, an independent team of scientists discovered that SIMP J01365663+0933473 was part of a very young group of stars.

Its young age meant that it was in fact so much less massive that it could be a free-floating planet — only 12.7 times more massive than Jupiter, with a radius 1.22 times that of Jupiter.

The Caltech team that originally detected its radio emission in 2016 had observed it again in a new study at even higher radio frequencies and confirmed that its magnetic field was even stronger than first measured.

Also Read: Astronomers discovered Sun-like star that devoured its own planets

The VLA observations provided both the first radio detection and the first measurement of the magnetic field of a possible planetary mass object beyond our solar system. (IANS)