The eclipse crosses North America during the morning and early afternoon of Sunday, January 14, 2029. It is partial everywhere. Northern Canada sees the most, about 82% of the Sun covered near Yellowknife, and most cities in the United States outside Florida see at least 40%.

Why the January 14 eclipse never becomes total

The Moon casts two shadows. Its small, dark inner shadow is the one that makes a total eclipse. Around it lies a huge, pale outer shadow, thousands of miles across, where the Moon blocks only part of the Sun.

On January 14, 2029, the Moon passes a little too far north of the line between the Sun and the Earth. Its dark inner shadow slips past about 220 miles above the North Pole and never touches the ground. Only the pale outer shadow falls on the planet. Everyone under it sees a dark disc cover one side of the Sun for an hour or two, from about a quarter of it in Miami to four-fifths near Yellowknife.

CANADAMEXICOVancouver73%Edmonton78%Denver64%Chicago58%New York41%Miami23%UNITED STATESCANADAMEXICOICELANDVancouver73%Edmonton78%Denver64%Los Angeles52%Chicago58%New York41%Miami23%Mexico City26%
Eclipse visible20%+ covered40%+ covered60%+ covered80%+ coveredHow much of the Sun the Moon covers at the peak of the eclipse, calculated by Chasing Eclipses.

What 70% or 80% actually looks like

Our eyes adjust so well that even with three-quarters of the Sun covered, most people only notice that the light feels a little thin and shadows look sharper than usual. The sky stays blue and nothing gets dark.

Light coming through the gaps between leaves, or through the holes of a kitchen colander, throws dozens of small crescents onto the ground. Through eclipse glasses, the Sun looks like a bright orange crescent moon.

In Seattle, Vancouver, San Francisco, Edmonton and Yellowknife the eclipse starts before sunrise, so the Sun comes up with part of it already covered. A crescent Sun low over water or mountains makes a striking photograph, as long as the camera has a proper solar filter.

Eclipse times and coverage by city

  1. YellowknifeNorthwest Territories
    82%
    10:10 a.m.MST, Sun 1° up
  2. EdmontonAlberta
    78%
    9:58 a.m.MST, Sun 7° up
  3. CalgaryAlberta
    77%
    9:53 a.m.MST, Sun 9° up
  4. WinnipegManitoba
    73%
    11:16 a.m.CST, Sun 17° up
  5. VancouverBritish Columbia
    73%
    8:40 a.m.PST, Sun 4° up
  6. SeattleWashington
    71%
    8:38 a.m.PST, Sun 6° up
  7. MinneapolisMinnesota
    66%
    11:17 a.m.CST, Sun 22° up
  8. Salt Lake CityUtah
    65%
    9:40 a.m.MST, Sun 16° up
  9. DenverColorado
    64%
    9:49 a.m.MST, Sun 21° up
  10. ChicagoIllinois
    58%
    11:25 a.m.CST, Sun 26° up
  11. San FranciscoCalifornia
    56%
    8:22 a.m.PST, Sun 9° up
  12. PhoenixArizona
    53%
    9:28 a.m.MST, Sun 19° up
  13. TorontoOntario
    52%
    12:42 p.m.EST, Sun 25° up
  14. Los AngelesCalifornia
    52%
    8:21 a.m.PST, Sun 14° up
  15. DallasTexas
    51%
    10:56 a.m.CST, Sun 31° up
  16. MontrealQuebec
    48%
    12:52 p.m.EST, Sun 22° up
  17. HoustonTexas
    45%
    10:55 a.m.CST, Sun 34° up
  18. AtlantaGeorgia
    42%
    12:24 p.m.EST, Sun 35° up
  19. WashingtonD.C.
    42%
    12:43 p.m.EST, Sun 30° up
  20. New YorkNew York
    41%
    12:50 p.m.EST, Sun 27° up
  21. Mexico CityMexico
    26%
    10:33 a.m.CST, Sun 38° up
  22. MiamiFlorida
    23%
    12:24 p.m.EST, Sun 43° up
Time of greatest eclipse and the share of the Sun covered, from our own calculation for each city center.

Best places to see the January 2029 partial eclipse

How to watch it safely

Use certified eclipse glasses or a handheld solar viewer for the whole eclipse, and put a proper solar filter on the front of any camera, binoculars or telescope. Sunglasses, even very dark ones, are not enough. A pinhole projector or a colander lets you watch the crescent on the ground without looking up at all. Our eye safety guide explains what to look for when buying glasses.

The next total eclipses in North America

After January 2029, the next total eclipse in North America comes on March 30, 2033, across western and northern Alaska. The lower 48 states follow with a sunset eclipse over Montana and North Dakota on August 23, 2044 and a coast-to-coast eclipse on August 12, 2045.

Before and after: the saros family of the 2029 eclipse

Eclipses repeat every 18 years, 11 days and 8 hours in families called saros series. Each return looks similar but lands about a third of the way around the world farther west.

Previous in the familyJanuary 4, 2011Partial eclipse

How the saros cycle works

Good questions

Where is the January 14, 2029 eclipse visible?
Across the United States, Canada, Mexico and northern Central America. The farther northwest you are, the more of the Sun is covered: about 80% in Alberta and the Northwest Territories, around 70% in Seattle and Vancouver, and about 40% in New York.
Is the January 2029 eclipse total anywhere?
No. The dark center of the Moon’s shadow misses the Earth, so the eclipse is partial everywhere.
What time is the eclipse in New York?
It starts at about 11:25 a.m. EST, peaks at 12:50 p.m. with about 41% of the Sun covered, and ends at about 2:10 p.m. Times are from our own calculation.
Do I need eclipse glasses?
Yes, for the whole eclipse. During a partial eclipse part of the Sun is always uncovered, and looking at it without proper eclipse glasses can damage your eyes.

Sources

  1. NASA Eclipse Web Site, Solar eclipses of 2029
  2. Fred Espenak, EclipseWise: Partial solar eclipse of 2029 January 14