Between now and the end of 2035 there are 7 total and 7 annular solar eclipses, plus several partial ones. Here is each of them, with where the central path falls.
Updated 1 November 2026
Total eclipseAnnular eclipseCentre lines of upcoming total and annular eclipses to the end of 2035.
Ecuador, Peru, Brazil, Colombia, Suriname, French Guiana and 2 more
22 July 2028
Total
5m 15s
Australia, New Zealand
2029
Date
Type
Longest central phase
Path crosses
14 January 2029
Partial
up to 82%
Partial only, deepest near Canada
12 June 2029
Partial
up to 34%
Partial only, deepest over the ocean or polar regions
11 July 2029
Partial
up to 13%
Partial only, deepest over the ocean or polar regions
5 December 2029
Partial
up to 87%
Partial only, deepest near Antarctica
2030
Date
Type
Longest central phase
Path crosses
1 June 2030
Annular
5m 16s
Tunisia, Libya, Greece, Turkey, Russia, Kazakhstan and 2 more
25 November 2030
Total
3m 47s
Namibia, Botswana, South Africa, Lesotho, Australia
2031
Date
Type
Longest central phase
Path crosses
21 May 2031
Annular
5m 19s
Angola, Zambia, DR Congo, Tanzania, India, Sri Lanka and 3 more
14 November 2031
Total
1m 13s
Over the ocean only
2032
Date
Type
Longest central phase
Path crosses
9 May 2032
Annular
0m 17s
Over the ocean only
3 November 2032
Partial
up to 80%
Partial only, deepest near Russia
2033
Date
Type
Longest central phase
Path crosses
30 March 2033
Total
2m 40s
United States
23 September 2033
Partial
up to 59%
Partial only, deepest near Antarctica
2034
Date
Type
Longest central phase
Path crosses
20 March 2034
Total
4m 14s
Nigeria, Cameroon, Chad, Sudan, Egypt, Saudi Arabia and 6 more
12 September 2034
Annular
2m 52s
Chile, Bolivia, Argentina, Paraguay, Brazil
2035
Date
Type
Longest central phase
Path crosses
9 March 2035
Annular
0m 42s
New Zealand
2 September 2035
Total
2m 59s
China, North Korea, South Korea, Japan
How to read this calendar
The longest central phase is the duration of totality, or of the ring of fire for an annular eclipse, at the point of greatest eclipse. Most places along a path see less. The countries are those the central path crosses, roughly in the order the shadow reaches them. Places near the edges of a path see a shorter central phase than places near its middle.
Every central eclipse is also seen as a partial eclipse across a much larger area, often thousands of kilometres either side of the path. For partial eclipses we show the largest fraction of the Sun covered anywhere on Earth.
Calculated with the open-source Astronomy Engine library and Natural Earth country borders. Hybrid eclipses, which are annular along part of the path and total along the rest, are listed under the type seen at greatest eclipse. How we calculate.