Watch the sun over the next 2 weeks to plan the ideal total eclipse 2024 viewing location

News
By Daisy Dobrijevic
published

It's time to see where the sun will be located for you during the total eclipse on Apr. 8 2024.

a young woman watches a solar eclipse through binoculars.
Between Aug. 25 and Sept. 8, the sun will be in the same location as during the total eclipse on April 8. 2024 (Image credit: Igor Chekalin via Getty Images)

If you want to get on top of your total solar eclipse planning, now is the time to find the best viewing locations for the ultimate eclipse experience. 

Between Aug. 25 and Sept. 8 at 3:20 p.m. ET, the sun will be positioned approximately in the same location in the sky as during the total eclipse on April 8, 2024, according to the Rochester Museum & Science Center. 

So get out and get scouting for the perfect spot! You want to make sure you have a nice comfortable location to view the eclipse, away from busy roads and tall buildings that could hinder the experience. And if there's a nice spot to place your lawn chair while waiting for the eclipse, well, then that's all the better. 

If you want to get an idea of what the eclipse will look like with the aid of augmented reality, there are a couple of helpful apps on both Android and IOS to help. Sun Locator Pro on Android Solar Watch on iOS both predict the positions of the sun and moon and their paths at a specific location. These apps are helpful for those needing to anticipate lighting conditions and frame the perfect eclipse photo, too. 

Related: Watch the moon's shadow travel across North America during 2024's total solar eclipse (video)

Dubbed "The Great North American Eclipse", the event will be visible throughout North and Central America. The solar eclipse will start in Mexico, cross into Texas then head northeast into the Ohio River Valley, through upstate New York, Quebec, Canada and New England, finally exiting the continent through the Canadian Maritimes. 

A map of the path of totality for the total solar eclipse on Apr. 8, 2024.   (Image credit: GreatAmerianEclipse.com)
Related stories:

— NASA will study the Great North American Solar Eclipse of 2024 with these 5 experiments

— How to photograph a solar eclipse 

— Astrophotography for beginners 2023: How to shoot the night sky 

To see the solar eclipse in all its glory, that is with the moon's shadow completely blocking the sun, you need to be located within the path of totality.

The maximum duration of totality will last as long as 4 minutes and 26 seconds while the moon's shadow is over southwest Texas). That's 135 seconds longer than the U.S. average and 40 percent longer than the maximum duration of the 2017 eclipse. 

If you plan on viewing a solar eclipse, remember: NEVER look at the sun with binoculars, a telescope or your unaided eye without special protection. Astrophotographers and astronomers use special filters to safely observe the sun during solar eclipses or other sun phenomena. Here's our guide on how to observe the sun safely. 

Join our Space Forums to keep talking space on the latest missions, night sky and more! And if you have a news tip, correction or comment, let us know at: community@space.com.

Daisy Dobrijevic
Daisy Dobrijevic
Reference Editor

Daisy Dobrijevic joined Space.com in February 2022 having previously worked for our sister publication All About Space magazine as a staff writer. Before joining us, Daisy completed an editorial internship with the BBC Sky at Night Magazine and worked at the National Space Centre in Leicester, U.K., where she enjoyed communicating space science to the public. In 2021, Daisy completed a PhD in plant physiology and also holds a Master's in Environmental Science, she is currently based in Nottingham, U.K. Daisy is passionate about all things space, with a penchant for solar activity and space weather. She has a strong interest in astrotourism and loves nothing more than a good northern lights chase! 

5 Comments Comment from the forums
  • Helio
    Aug. 28th is the ideal date, at least for San Antonio. Comparing to totality on Apr. 8th at 1:33:35 pm CDT, the azimuth will be only 4 minutes off and the altitude will be 4 solar diameters (2 degrees) higher than during the eclipse.
    Reply
  • billslugg
    Good luck!
    I was in Baja 7-11-91 for the eclipse.
    As it progressed, high clouds began forming due to the cooling. Fortunately was not a problem. They stayed transparent.
    If clouds burned off in AM, they might come back. I don't remember if we'd had AM clouds burn off though.
    Reply
  • Helio
    billslugg said:
    Good luck!
    I was in Baja 7-11-91 for the eclipse.
    As it progressed, high clouds began forming due to the cooling. Fortunately was not a problem. They stayed transparent.
    If clouds burned off in AM, they might come back. I don't remember if we'd had AM clouds burn off though.
    We watched clouds move in during the 2018 eclipse while we were just north of Nashville. We were fortunate that the Sun was between the few clouds that were there, but it could easily have gone the other way.

    April in S. Texas is usually not our rainy month, but I wonder if El Nino changes this?

    We are going to a wedding chapel reserved for this event, which we were lucky to find since everything has been sold out since late March.
    Reply
  • Unclear Engineer
    My wife and I went to Columbia SC for the 2018 eclipse, choosing to stay away from the coast to minimize the chance of clouds. As the moment of the eclipse approached, we were apprehensive of a lot of small to medium cumulus clouds all over the sky, wondering if they would happen to obscure the sun during the eclipse. What happened was a surprise to us. As the Moon's shadow obscured the sunlight on the clouds, they soon vanished. Apparently, those cumulus clouds are a much more dynamic phenomenon than they appear to be, constantly evaporating at the tops while being replenished by rising moisture at their bottoms. When the heat source (sunlight) causing the moist air to rise was suddenly removed, those clouds did not last anywhere near as long as the eclipse lasted.

    Of course, other types of clouds would be more persistent, especially the kinds that last overnight.
    Reply
  • Helio
    Unclear Engineer said:
    My wife and I went to Columbia SC for the 2018 eclipse, choosing to stay away from the coast to minimize the chance of clouds. As the moment of the eclipse approached, we were apprehensive of a lot of small to medium cumulus clouds all over the sky, wondering if they would happen to obscure the sun during the eclipse. What happened was a surprise to us. As the Moon's shadow obscured the sunlight on the clouds, they soon vanished. Apparently, those cumulus clouds are a much more dynamic phenomenon than they appear to be, constantly evaporating at the tops while being replenished by rising moisture at their bottoms. When the heat source (sunlight) causing the moist air to rise was suddenly removed, those clouds did not last anywhere near as long as the eclipse lasted.

    Of course, other types of clouds would be more persistent, especially the kinds that last overnight.
    It looks like there has been some scientific efforts addressing this topic, beginning in 1901 (Clayton).

    Here is a paper that presents many aspects of atmospheric dynamics. The section on gravity waves is certainly interesting.
    Reply