ग्रहण Grahana (eclipses) from Pukhrayan

Of the 24 eclipses of 2026 to 2030, 10 are seen from Pukhrayan (3 of them penumbral, a faint shading of the Moon, hard to see); from October 2026 on, the first that is not penumbral is the partial solar eclipse of Mon 2 Aug 2027, greatest here at 16:34 (UTC+5:30).

Each eclipse as seen from Pukhrayan (26.22°N, 79.84°E), in its own clock (Asia/Kolkata), with the height and direction of the Moon or the Sun at the greatest.

Grahana (eclipses) 2026 from Pukhrayan

In 2026, 1 of the 4 eclipses is seen from Pukhrayan: the total lunar eclipse of Tue 3 Mar 2026 (seen for part of it).

Grahana (eclipses) 2027 from Pukhrayan

In 2027, 3 of the 5 eclipses are seen from Pukhrayan: the penumbral lunar eclipse of Sun 21 Feb 2027, greatest here at 04:42 (UTC+5:30); the penumbral lunar eclipse of Sun 18 Jul 2027, greatest here at 21:33 (UTC+5:30); and the partial solar eclipse of Mon 2 Aug 2027, greatest here at 16:34 (UTC+5:30).

Grahana (eclipses) 2028 from Pukhrayan

In 2028, 2 of the 5 eclipses are seen from Pukhrayan: the partial lunar eclipse of Thu 6 Jul 2028, greatest here at 23:49 (UTC+5:30) and the total lunar eclipse of Sun 31 Dec 2028, greatest here at 22:22 (UTC+5:30).

Grahana (eclipses) 2029 from Pukhrayan

In 2029, 1 of the 6 eclipses is seen from Pukhrayan: the total lunar eclipse of Fri 21 Dec 2029, greatest here at 04:12 (UTC+5:30).

Grahana (eclipses) 2030 from Pukhrayan

In 2030, 3 of the 4 eclipses are seen from Pukhrayan: the partial solar eclipse of Sat 1 Jun 2030, greatest here at 11:41 (UTC+5:30); the partial lunar eclipse of Sun 16 Jun 2030, greatest here at 00:03 (UTC+5:30); and the penumbral lunar eclipse of Tue 10 Dec 2030, greatest here at 03:57 (UTC+5:30).

How these are found

The eclipses are those of NASA's Five Millennium Canon (Espenak and Meeus), on its dates and of its kinds, found by the app's own engine (how). A lunar eclipse is one instant everywhere: its phases are written in this place's clock, and it is seen here while the Moon is above the horizon; a penumbral one, the Moon in the Earth's outer shadow only, is a faint shading, hard to see. A solar eclipse is computed from this place's coordinates: its kind here, the share of the Sun covered, and its first and last contact. "Above the horizon" is the top of the disc, as the rising and setting are timed; the height and direction are of the disc's centre at the greatest, with the air's refraction, the directions as the app names them; where the Moon or the Sun rises or sets during the eclipse, its time is given. The solar eclipses agree with NASA's Javascript Solar Eclipse Explorer for 11 cities on four continents: the same eclipses, the contacts within 34 seconds, the share within 0.2 percentage points (the check). Customs at an eclipse (sutak and the rest) are each tradition's and are not given here.

Also

• Pukhrayan: Purnima, Ekadashi, Amavasya and the year's dates
• Pukhrayan panchang: Rahu kaal, sunrise, moonrise, tithi
• Grahana 2026: where each is seen
• Grahana 2027: where each is seen
• Grahana 2028: where each is seen
• Grahana 2029: where each is seen
• Grahana 2030: where each is seen

Nearby places

• Kalpi grahan (16 km)
• Ghatampur grahan (34 km)
• Jhinjhak grahan (39 km)
• Auraiya grahan (42 km)
• Hamirpur, Uttar Pradesh grahan (43 km)