Eclipses

Upcoming solar and lunar eclipses, to 2030

Next solar—annular · 6 February 2027
Next lunar—penumbral · 20 February 2027
Next total solar—2 August 2027
Next eclipse anywhere on Earth
— d —:—:—
Annular solar eclipse · 6 February 2027 · greatest at 16:00 TD (NASA)

Every eclipse in NASA’s tables from today to the end of 2030 — the date, the type, and where on Earth it can be seen. A total or annular eclipse is only total or annular along a narrow path; elsewhere in the wider region it is partial.

Solar eclipses

  • Annular solar eclipseVisible: S. America, Antarctica, w & s Africa
    Annular: Chile, Argentina, Atlantic
  • Total solar eclipseVisible: Africa, Europe, Mid East, w & s Asia
    Total:Morocco, Spain, Algeria, Libya, Egypt, Saudi Arabia, Yemen, Somalia
  • Annular solar eclipseVisible: e N. America, C. & S. America, w Europe, nw Africa
    Annular: Ecuador, Peru, Brazil, Suriname, Spain, Portugal
  • Total solar eclipseVisible: SE Asia, E. Indies, Australia, N.Z.
    Total: Australia, N. Z.
  • Partial solar eclipseVisible: N. America, C. America
  • Partial solar eclipseVisible: Arctic, Scandanavia, Alaska, n Asia, n Canada
  • Partial solar eclipseVisible: s Chile, s Argentina
  • Partial solar eclipseVisible: s Argentina, s Chile, Antarctica
  • Annular solar eclipseVisible: Europe, n Africa, Mid East, Asia, Arctic, Alaska
    Annular: Algeria, Tunisia, Greece, Turkey, Russia, n. China, Japan
  • Total solar eclipseVisible: s Africa, s Indian Oc., E. Indies, Australia, Antarctica
    Total: Botswana, S. Africa, Australia

Lunar eclipses

A lunar eclipse is visible from anywhere the Moon is above the horizon at the time. Penumbral eclipses are subtle — the Moon only dims slightly.

  • Penumbral lunar eclipseVisible: Americas, Europe, Africa, Asia
  • Penumbral lunar eclipseVisible: e Africa, Asia, Australia, Pacific
  • Penumbral lunar eclipseVisible: Pacific, Americas
  • Partial lunar eclipseVisible: Americas, Europe, Africa
  • Partial lunar eclipseVisible: Europe, Africa, Asia, Australia
  • Total lunar eclipseVisible: Europe, Africa, Asia, Australia, Pacific
  • Total lunar eclipseVisible: Americas, Europe, Africa, Mid East
  • Total lunar eclipseVisible: Americas, Europe, Africa, Asia
  • Partial lunar eclipseVisible: Europe, Africa, Asia, Australia
  • Penumbral lunar eclipseVisible: Americas, Europe, Africa, Asia

Eclipse Predictions by Fred Espenak, NASA's GSFC. Retrieved 2026-10-02 from NASA’s solar and lunar decade tables. Times are Terrestrial Dynamical Time (TD) of greatest eclipse, as published.

Aurora: NOAA Space Weather Prediction Center (live Kp) · cloud: Open-Meteo (CC BY 4.0) · cities: GeoNames (CC BY 4.0) · magnetic latitude: IGRF-14 field-line trace · moon: Meeus algorithm · eclipses: Eclipse Predictions by Fred Espenak, NASA’s GSFC.

Aurora is a section of Rarest World — the globe of the rarest natural coincidences on Earth.