Watching the solar eclipse

Posted on 20 July 2017

Tips for viewing Aug. 21 solar eclipse

As the Aug. 21 total solar eclipse draws near,  Angela Des Jardins has some advice for viewing the rare and awe-inspiring celestial event.

Summary: Angela Des Jardins, director of the nationwide, MSU-led Eclipse Ballooning Project, gives advice about how to experience this once-in-a-lifetime phenomenon.   High-resolution photos to accompany this story are available on the Web at: http://www.montana.edu/cpa/news/pressroom.php?id=17029   Caption: A student from Montana State University look towards the sun with eclipse glasses on Tuesday, July 18, 2017, at MSU in Bozeman, Montana. Special but inexpensive glasses will be necessary to view the partial solar eclipse that will take place on Aug. 21, 2017. MSU Photo by Adrian Sanchez-Gonzalez

Special but inexpensive glasses will be necessary to view the partial solar eclipse Aug. 21, 2017. Photo by Adrian Sanchez-Gonzalez 

 
“It’s really a once-in-a-lifetime opportunity,” said Des Jardins, a Montana State University researcher who has been preparing for the eclipse for more than three years. To make the most of it, people should be prepared and plan one or more ways of viewing the eclipse, she said.

The last total solar eclipse that was visible from the contiguous U.S. occurred in 1979; the next ones won’t take place until 2024 and 2045. During a total solar eclipse, the moon aligns perfectly with the sun and obscures it entirely.

 

<p><img src="//cdn.shopify.com/s/files/1/0965/8362/files/asg-20170718-eclipse-glasses-011_large.jpg?v=1500567291" alt="Summary: Angela Des Jardins, director of the nationwide, MSU-led Eclipse Ballooning Project, gives advice about how to experience this once-in-a-lifetime phenomenon.   High-resolution photos to accompany this story are available on the Web at: http://www.montana.edu/cpa/news/pressroom.php?id=17029   Caption: A student from Montana State University look towards the sun with eclipse glasses on Tuesday, July 18, 2017, at MSU in Bozeman, Montana. Special but inexpensive glasses will be necessary to view the partial solar eclipse that will take place on Aug. 21, 2017. MSU Photo by Adrian Sanchez-Gonzalez " /></p> <p>Special but inexpensive glasses will be necessary to view the partial solar eclipse Aug. 21, 2017.

Angela Des Jardins, director of the nationwide, MSU-led Eclipse Ballooning Project, gives advice about how to experience this once-in-a-lifetime phenomenon. 

Des Jardins said, be safe. Even during an eclipse, looking at the sun can cause permanent eye damage. In the Bozeman area, where viewers will see a partial eclipse in which the moon will obscure 95 percent of the sun, it will be necessary to wear protective glasses the entire time.
 
Glasses are inexpensive and are available online. It’s important to purchase glasses that comply with international safety standard ISO 12312-2, Des Jardins said. Information about obtaining free glasses at MSU can be found at www.coe.montana.edu/eclipse/viewing.html.
 
Starting at 10 a.m. on Aug. 21 in front of the MSU Library, members of the MSU Physics Department will distribute glasses and will also have solar telescopes and other special viewing equipment. In Bozeman, the partial eclipse will begin at roughly 10 a.m. and will peak at 11:36 a.m.
 
Second recommendation: If at all possible, Des Jardins said, go to the path of totality - the roughly 70-mile-wide area stretching from Oregon to South Carolina where viewers will experience the total eclipse. There, the moon will completely block the sun for about two minutes, producing the most dramatic effect.
 
“If you don’t do it, you might really regret it later,” Des Jardins said.
 
Although she hasn’t witnessed a total solar eclipse in person, Des Jardins, an assistant research professor in the Department of Physics in MSU’s College of Letters and Science and director of the Montana Space Grant Consortium at MSU, has studied the phenomenon enough to know that experiencing it is profound.
 
“It’s kind of a deep twilight, with basically a 360-degree sunset,” she said. “Some of the brightest stars will come out.” The sun’s violent atmosphere, called the corona, will become visible as a ring around the moon, “which is an amazing thing to be able to see.”
 
During the period of totality, viewers can safely look at the eclipse without glasses.
 
The path of totality includes a tiny and remote corner of southwestern Montana, as well as Idaho Falls and Rexburg in Idaho and Jackson, Thermopolis and Casper in Wyoming. If you go, be prepared for crowds and traffic and bring plenty of water and food, Des Jardins said. Cellphone service may be temporarily unavailable due to high demand.
 
Third: Watch the aerial video that an MSU team and 54 other teams will livestream using high-altitude balloons as part of the MSU-led Eclipse Ballooning ProjectA team of MSU students, mostly undergraduates, has spent countless hours designing and building a system that project teams across the country will use to provide a unique perspective on the eclipse.
 
“It’s a space-like perspective,” said Des Jardins, who initiated the project in 2014. Helium-filled balloons will carry cameras to an altitude of more than 80,000 feet to capture the video. “From that height you can see the curvature of the Earth and the blackness of space.”
 
“You’ll get to feel like you’re looking down on planet Earth,” she said. “It will invoke wonder and curiosity about what’s happening, the special alignment that has to happen for the shadow to move across the Earth.”
 

WATCH IT LIVE

Montana Team to Livestream, Capture Data from Eclipse

 

THE University of Montana will participate in a nationwide, NASA-sponsored project to livestream aerial video footage and gather scientific atmospheric data during the Great American Eclipse.

A team of students and faculty comprised of institutions participating in the UM-based Montana Space Grant Consortium, including Chief Dull Knife College, Miles Community College and Montana State University, will launch 18 high-altitude radiosonde balloons and two large payload high-altitude balloons on Monday, Aug. 21.

The team will launch one of the larger, roughly 8-foot-tall helium-filled balloons, which carries a video camera and other equipment to an altitude of up to 100,000 feet, around 10:30 a.m. near Fort Laramie, Wyoming. Live footage from the camera will be available for public viewing on NASA’s website at http://nasa.gov.

Altogether, 55 teams from across the country will livestream footage of the total solar eclipse, during which the moon will entirely block the sun for approximately two minutes on a path progressing from the Pacific coast in Oregon to the Atlantic coast in South Carolina.

Within the Eclipse Ballooning Project, UM’s Montana Space Grant Consortium has coordinated an Eclipse Radiosonde Project. Over 15 teams will launch a series of radiosondes throughout the duration of the eclipse to measure temperature, pressure, relative humidity and winds at altitudes spanning upwards of 85,000 feet.

 

The consortium at UM has been involved with the coordination and science within the Eclipse Ballooning Project since 2014. Frenchtown High School teacher Joe Youngberg, MSGC Assistant Director Jennifer Fowler and flight director Deb Ross serve as mentors for the project.  

            The UM-based team consists of eight undergraduate students: UM undergraduate Tommy Colligan, from Seattle, Washington; Missoula College undergraduate Shauna Muns, from Butte; Flathead Valley Community College student Kristine Pye, from Chino, California;  and MSU undergraduates Ethan Fission, from Corvallis, Ian Fleming, from Petersburg, Alaska, Alex Healy, from Corvallis, Jaxen Godfrey, from Belt, Sami Sanderson, from Naples, Florida. UM post-baccalaureate students Fredrick Bunt, from Hardin, and Katherine Stocker, from Billings, also will engage in the project.

“I’m getting to do real science – creating and implementing models from first principles and comparing them to real data,” Colligan said.

In addition to a video camera, the team’s large payload balloon will carry a GPS-tracking system and a camera to capture still images of the eclipse. UM’s second-largest high-altitude balloon will carry student science payloads consisting of an ultraviolet sensor, temperature sensors for student science research and a NASA microbiology experiment. Once the eclipse ends, the balloon will pop and its cargo will parachute to Earth for recovery.

The project is sponsored by the NASA Science Mission Directorate and NASA’s Space Grant program, a national network including over 900 affiliates from universities, colleges, industry, museums, science centers, and state and local agencies belonging to one of 52 consortia in all states, the District of Columbia and the Commonwealth of Puerto Rico.

For more information about the national project and press materials, visit http://eclipse.montana.edu.

For more information about the UM Radiosonde Team, visit http://eclipse.montana.edu/radiosonde-project.  

 

 radiosonde UM

The UM Radiosonde Team prepares to launch radiosondes for measuring the Great American Eclipse on Aug. 21. Photo: Deb Ross 

The video from all the teams will be livestreamed to NASA’s website. During the eclipse, the MSU homepage will link to a livestream transmitted from one of the MSU team’s three balloons, which the team will launch from the Rexburg area.
 
The livestream is meant to complement viewing the eclipse directly, not replace the experience, Des Jardins said. She recommends viewing the livestream during the hour before or after the local peak of the eclipse. Teams will be livestreaming from more than a dozen balloons in Oregon and Idaho before the eclipse peaks in Bozeman.
 
The Museum of the Rockies will show the Eclipse Ballooning Project livestream at the Taylor Planetarium. Doors open at 10 a.m. and normal admission charges apply. 
 

 

 

 



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