Will Beijing experience a total solar eclipse?

Yes. Beijing is inside the totality corridor on 2 September 2035, with local totality expected from approximately 08:32:50 to 08:34:25.

Will Tokyo experience totality in 2035?

No. Tokyo receives an extremely deep partial eclipse of approximately 99.5%, but the city remains outside the path of totality. Utsunomiya, Nagano and Toyama are among the Japanese cities inside totality.

Is a 99% partial solar eclipse basically the same as totality?

No. The final one percent of direct sunlight is powerful enough to keep the sky much brighter and hide the solar corona. A 99% partial eclipse can be impressive, but it does not recreate the visual or environmental experience of totality.

Why do global eclipse times differ from city times?

Global eclipse times describe the first and last locations on Earth to experience each phase as the shadow travels across the planet. City times describe what happens at one set of coordinates and must be converted into the correct local time zone.

What does UTC mean?

UTC means Coordinated Universal Time. Astronomers and eclipse trackers use it as a consistent global reference that does not change according to national borders or daylight-saving rules.

Can I look at a total solar eclipse without glasses?

Only during the brief period of complete totality, when the Sun is fully covered, and only if you are unquestionably inside the path of totality. Eclipse glasses are required during every partial phase and throughout every partial solar eclipse.

Are annular and hybrid eclipses included here?

No. This version of the Mia Astrology Solar Eclipse Tracker covers total and partial solar eclipses between 19 August 2026 and 19 August 2036. Annular, hybrid and lunar eclipses are outside the scope of this schedule.

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Accuracy and Data Note

Solar eclipse paths are extremely precise, but the boundary of totality can cross individual cities, districts and rural areas rather than following convenient political borders. City lists on this page identify verified representative locations, while observers near the edge of a path should always check their intended viewing coordinates before booking travel or making safety decisions.

UTC stage times are stable astronomical predictions, while future local civil times may require adjustment if a country or region changes its official time zone or daylight-saving laws.

Eclipse predictions and classifications are based on astronomical calculations by Fred Espenak, NASA’s Goddard Space Flight Center, with global UTC stages and location information cross-checked against current eclipse mapping data.