There are 2 solar eclipses in 2031: 1 annular, 1 hybrid. The table preserves NASA/GSFC’s published date, greatest-eclipse time, Saros series, magnitude, duration and broad visibility wording.
Protect your eyes. Except during the brief total phase of a total eclipse, looking directly at the Sun without specialized solar viewing protection is unsafe. Partial and annular eclipses have no safe naked-eye phase. Follow NASA’s eclipse viewing safety guidance.
| Date and type | Greatest eclipse | Saros / magnitude | Central duration | Broad visibility |
|---|---|---|---|---|
| 21 May 2031 Annular | 07:16:04 TD | 138 / 0.959 | 05m26s | Africa, s Asia, E. Indies, Australia — [Annular: Angola, Congo, Zambia, Tanzania, s. India, Malaysia, Indonesia] |
| 14 November 2031 Hybrid | 21:07:30 TD | 143 / 1.011 | 01m08s | Pacific, s US, C. America, nw S. America — [Hybrid: Pacific, Panama] |
NASA’s broad visibility summary is: Africa, s Asia, E. Indies, Australia — [Annular: Angola, Congo, Zambia, Tanzania, s. India, Malaysia, Indonesia]. This does not establish visibility from a particular address.
NASA global map · NASA animation · NASA interactive map · NASA path table
NASA’s broad visibility summary is: Pacific, s US, C. America, nw S. America — [Hybrid: Pacific, Panama]. This does not establish visibility from a particular address.
NASA global map · NASA animation · NASA interactive map · NASA path table
The rows are a checked-in snapshot of the NASA/GSFC Solar Eclipse Decade Table covering 2031, retrieved 2026-09-20. Required credit: Eclipse Predictions by Fred Espenak, NASA/GSFC. Production builds and visits make no source-network request.
The page does not compute local contact times, obscuration, altitude or weather. The NASA map links are the source for geographic path detail; observers should use an authoritative local-circumstances tool and follow solar-viewing safety guidance.
There are 2 solar eclipses in 2031: 1 annular, 1 hybrid.
21 May 2031 (annular); 14 November 2031 (hybrid).
No. Solar-eclipse visibility depends on the path of the Moon’s shadow. The regions on this page are broad NASA summaries; use the linked NASA maps for geographic detail.
