Millions to see ‘wonder of universe’ close to home
15 states in path of totality during solar eclipse on April 8
The sun is about to pull another disappearing act across North America, turning day into night during a total solar eclipse.
The peak spectacle April 8 will last up to 4 minutes, 28 seconds in the path of total darkness — twice as long as the total solar eclipse that dimmed U.S. skies in 2017.
This eclipse will take a different and more populated route, entering over Mexico’s Pacific coast, dashing up through Texas and Oklahoma, and crisscrossing the Midwest, mid-Atlantic and New England, before exiting over eastern Canada into the Atlantic.
An estimated 44 million people live inside the 115-mile-wide path of totality stretching from Mazatlán, Mexico, to Newfoundland; about 32 million of them are in the U.S., guaranteeing jammed roads for the must-see celestial sensation.
The eclipse will allow many to share in the “wonder of the universe without going very far,” said NASA’s eclipse program manager Kelly Korreck.
Here’s what to know about April’s extravaganza and how to prepare.
What happens during the total solar eclipse?
The moon will line up perfectly between the Earth and the sun, blotting out the sunlight. It will slice a diagonal line from the southwest to the northeast across North America, briefly plunging communities along the track into darkness.
Fifteen states will get a piece of the action, albeit two of them — Tennessee and Michigan — just barely.
Among the cities smackdab in the action: Dallas;
Little Rock, Arkansas; Indianapolis, Cleveland; Buffalo, New York; and Montreal — making for the continent’s biggest eclipse crowd.
Don’t fret if you don’t have front-row seats. Practically everyone on the continent can catch at least a partial eclipse. The farther from the path of totality, the smaller the moon’s bite will be out of the sun.
In Seattle and Portland, Oregon, about as far away as you can get in the continental U.S., one-third of the sun will be swallowed.
Why is totality longer?
By a cosmic stroke of luck, the moon will make the month’s closest approach to Earth the day before the total solar eclipse. That puts the moon just 223,000 miles away on eclipse day.
The moon will appear slightly bigger in the sky thanks to that proximity, resulting in an especially
long period of sun-blocked darkness.
What’s more, the Earth and moon will be 93 million miles from the sun that day, the average distance.
When a closer moon pairs up with a more distant sun, totality can last as long as an astounding 7½ minutes. The last time the world saw more than seven minutes of totality was in 1973 over Africa. That won’t happen again until 2150 over the Pacific.
How do I safely watch the eclipse?
Sunglasses won’t cut it. Special eclipse glasses are crucial for safely observing the sun as the moon marches across the late morning and afternoon sky, covering more and more and then less and less of our star.
During totality when the sun is completely shrouded, it’s fine to remove your glasses and look with your naked eyes. But before
and after, certified eclipse glasses are essential to avoid eye damage. Just make sure they’re not scratched or torn.
Cameras, binoculars and telescopes must be outfitted with special solar filters for safe viewing. Bottom line: Never look at an exposed sun without proper protection any day of the year.
Where to watch the total solar eclipse
The weather will be key, and spring weather along the path can be dicey.
Mexico and Texas offer the best odds of sunny skies, said retired Canadian meteorologist Jay Anderson.
“There’s no guarantee of sunshine anywhere — just better chances,” he said.
Where are some eclipse watch parties near me?
Towns up and down the path of totality are throwing star parties. Festivals,
races, yoga retreats, drum circles and more will unfold at museums, fairgrounds, parks, stadiums, wineries, breweries and even one of Ohio’s oldest drive-in movie theaters.
Besides looking up, you can attend a “space prom” in Texas Hill Country, get married at eclipse-themed ceremonies in Tiffin, Ohio, and Russellville, Arkansas, or brush up on moonwalking history at the Armstrong Air and Space Museum in Wapakoneta, Ohio — Neil Armstrong’s hometown.
As the eclipse unfolds, NASA will launch small rockets with science instruments into the upper atmosphere from Virginia and chase totality’s shadow from high-altitude planes. Satellites and the International Space Station crew will attempt to capture the show from space.
There will be numerous livestreams for those stuck with clouds or outside the path.
Looking for an different kind of place to watch the sun, moon and Earth align?
The Indianapolis Motor Speedway will host NASA astronauts and other guests.
Cedar Point amusement park on Lake Erie in Sandusky, Ohio, is opening for the day.
And the Little Rock Zoo in Arkansas is throwing a tailgate fundraising party and inviting visitors to watch the zoo’s residents react to the midday darkness.
You can also spend the day visiting the planets.
In northern Maine, a scale model of the solar system is displayed along nearly 100 miles of U.S. Route 1.
Retired geology professor Kevin McCartney expects to unveil a new 23- foot-tall roadside sun at the University of Maine at Presque Isle on eclipse day.
“You won’t be able to miss it,” he said.
When is the next total solar eclipse?
Full solar eclipses occur every year or two or three, often in the middle of nowhere like the South Pacific or Antarctic.
The next total solar eclipse, in 2026, will grace the northern fringes of Greenland, Iceland and Spain.
North America won’t experience totality again until 2033, with Alaska getting sole dibs. Then that’s it until 2044, when totality will be confined to Western Canada, Montana and North Dakota.
There won’t be another U.S. eclipse, spanning coast to coast, until 2045. That one will stretch from Northern California all the way to Cape Canaveral, Florida.
Aside from Carbondale, Illinois, in the crosshairs of the 2017 and 2024 eclipses, it usually takes 400 years to 1,000 years before totality returns to the same spot, said NASA’s Korreck.