There are four eclipses in 2026: two solar and two lunar. Visibility varies a lot by region, and that visibility is exactly what determines whether sutak rules traditionally apply.
Solar eclipses
- February 17, 2026: visible mainly over Antarctica and parts of Southern Africa (Cape Town, Zimbabwe, Tanzania). Not visible from India, most of Europe, or most of North America.
- August 12, 2026: a total solar eclipse, path of totality over the Arctic, Greenland, Iceland, and northern Spain, the first total solar eclipse for mainland Europe since 1999. Partial visibility extends across much of Europe, parts of the northern US and most of Canada, and northwestern Africa. Not visible from India.
Lunar eclipses
- March 3, 2026: a total lunar eclipse, visible from India (total in the northeast, partial in most other Indian cities), and widely visible across Asia, Australia, and parts of the Americas.
- August 28, 2026: a partial lunar eclipse, visible from Europe, Africa, North and South America, and parts of Asia-Pacific, but not visible from India.
Why visibility determines sutak
Traditionally, sutak, the period of restrictions before an eclipse (avoiding food preparation, temple closures, and similar practices), only applies where the eclipse can actually be observed. An eclipse that is not visible from your location traditionally carries no sutak obligation there, even though it is happening somewhere on Earth at that moment.
The August 12 total solar eclipse is a big deal for Europe
The August 12 total solar eclipse deserves special attention. The path of totality crosses Iceland, the Faroe Islands, and northern Spain (passing through cities like A Coruna and Oviedo), making it the first total solar eclipse visible from mainland Europe since the famous August 11, 1999 eclipse. For Indians living in Europe, this is a unique situation: a solar eclipse that is visible from their current home but not from India. Sutak would traditionally apply at their European location but not for family back in India. Expect significant eclipse tourism in Iceland and northern Spain. If you are in London, Paris, or Berlin, you will see a deep partial eclipse (roughly 80-90% coverage depending on your city), enough to be visually dramatic and enough for the traditional sutak question to apply. The March 3 total lunar eclipse is the opposite scenario: visible from most of India (especially dramatic from the northeast where totality is observable) but only partially visible or not visible at all from much of western Europe and the Americas.
What sutak restrictions actually involve
For families who observe sutak where an eclipse is visible, restrictions typically include avoiding cooking during the sutak period (roughly 12 hours before a solar eclipse, 9 before a lunar one, ending when the eclipse concludes), keeping temple idols covered, and pregnant women avoiding stepping outside during the window. Not every family observes all of these, and it varies by region. The visibility rule is narrower than it sounds: it doesn’t tell you whether to observe sutak, that’s family tradition, it tells you whether the basis for observing it, the eclipse being visible overhead, actually applies at your location.
A concrete case: a family split across two countries
Consider parents in Chennai and an adult child in Berlin. On August 12, 2026, Berlin sees a substantial partial solar eclipse, while Chennai sees nothing, since the eclipse isn’t visible from India that day. Under the traditional visibility rule, the child in Berlin might reasonably observe sutak precautions that afternoon, while the parents in Chennai have no traditional reason to, since nothing is observable from their location. This is unusual for an Indian family: normally eclipse observance is uniform regardless of where members live, since most eclipses aren’t visible from Europe.
Check your specific location
Visibility can vary even within the broad regions listed here depending on your exact city and local horizon. Confirm with a reliable astronomical source or your local panchang closer to each date.