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Astronomy 2e · Front matter

Future Total Eclipses

CC BY 4.0 · OpenStax · approximately 1 min read

Learning objectives

Future Total Solar Eclipses

We also include eclipses that are annular—where the Moon is directly in front of the Sun, but doesn’t fully cover it—leaving a ring of light around the dark Moon’s edges)

Future Total Solar Eclipses
Date Type of Eclipse Location on EarthRemember that a total or annular eclipse is only visible on a narrow track. The same eclipse will be partial over a much larger area, but partial eclipses are not as spectacular as total ones.
February 17, 2026 Annular Only in Antarctica
August 12, 2026 Total Greenland, Iceland, Spain
February 6, 2027 Annular S Pacific, Argentina, Chile, Uruguay, S Atlantic
August 2, 2027 Total Spain, Morocco, Egypt, Saudi Arabia, Yemen, Arabian Sea
January 26, 2028 Annular Ecuador, Peru, Brazil, North Atlantic Ocean, Portugal, Spain
July 22, 2028 Total Indian Ocean, Australia, New Zealand, South Pacific Ocean
November 25, 2030 Total Botswana, South Africa, Australia
March 30, 2033 Total Alaska, Russia
March 20, 2034 Total Africa, Saudi Arabia, Pakistan

Future Total Lunar Eclipses

Future Total Lunar Eclipses
Date Location on Earth
March 3, 2026 E Asia, Australia, Pacific Ocean, N America, C America
June 26, 2029 E North America, S America, Atlantic Ocean, W Europe, W Africa
December 20, 2029 E North America, E South America, Atlantic Ocean, Europe, Africa, Asia
April 25, 2032 Asia, Australia, much of N America
April 14, 2033 Europe, Asia, Australia, Africa

Additional Resources

For more information and detailed maps about eclipses, see these resources.

  • American Astronomical Society Eclipse Site: https://eclipse.aas.org/
  • NASA’s Eclipse Site: http://eclipse.gsfc.nasa.gov/
  • Mr. Eclipse site for beginners by Dr. Fred Espenak: http://www.mreclipse.com/
  • Eclipse Weather and Maps by Meteorologist Jay Anderson: http://eclipsophile.com
  • Eclipse Maps by Michael Zeiler: http://www.eclipse-maps.com/Eclipse-Maps/Welcome.html
  • Eclipse Information and Maps by Xavier Jubier: http://xjubier.free.fr/en/site_pages/eclipses.html
← Selected Moons of the PlanetsThe Nearest Stars, Brown Dwarfs, and White Dwarfs →

Attribution. Astronomy 2e, OpenStax, Rice University, and the contributing authors credited in the book. Licensed under Creative Commons Attribution 4.0 International. Source revision 63157f370b of openstax/osbooks-astronomy (2026-02-02). CC BY 4.0. Original source ↗. Text edition of a pinned CC BY 4.0 source revision of the OpenStax book, converted from CNXML by the EvidenceHelix importer. Original prose, learning objectives, tables, exercises, glossary and captions are preserved; images are not copied (figures link to the original source and keep their credits). No new content was added. Later revisions of this book can carry different licence terms and are not used.

In this chapter Contents

  • Preface
  • How to Study for an Introductory Astronomy Class
  • Astronomy Websites, Images, and Apps
  • Scientific Notation
  • Units Used in Science
  • Some Useful Constants for Astronomy
  • Physical and Orbital Data for the Planets
  • Selected Moons of the Planets
  • Future Total Eclipses
  • The Nearest Stars, Brown Dwarfs, and White Dwarfs
  • The Brightest Twenty Stars
  • The Chemical Elements
  • The Constellations
  • Star Chart and Sky Event Resources

Source

OpenStax source file ↗

Illustrated original ↗

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