Panchang · Eclipses · Gandhidham

Eclipses in 2014

2014 has 2 solar and 2 lunar eclipses; 0 are visible from Gandhidham.

Year

City

This year’s eclipses

Times in IST. A lunar eclipse’s phases happen at the same instant everywhere; whether you see it depends on the Moon being above your horizon. A solar eclipse’s times and extent differ from city to city.

Chandra grahan

Total lunar eclipse

Tuesday, 15 April 2014

Not visible from Gandhidham

Not visible from Gandhidham.

Phases (the same instant everywhere)

Penumbral phase begins: Tue, 15 Apr, 10:23 am
Partial phase begins (sparsha): Tue, 15 Apr, 11:28 am
Totality begins: Tue, 15 Apr, 12:36 pm
Greatest eclipse (madhya): Tue, 15 Apr, 1:15 pm
Totality ends: Tue, 15 Apr, 1:54 pm
Partial phase ends (moksha): Tue, 15 Apr, 3:03 pm
Penumbral phase ends: Tue, 15 Apr, 4:07 pm
Umbral magnitude: 1.291

Sutak^†: None at Gandhidham: the texts count a grahan’s sutak only where the eclipse is seen.

Surya grahan

Annular solar eclipse

Tuesday, 29 April 2014

Not visible from Gandhidham

Not visible from Gandhidham.

Across the Earth

Eclipse begins somewhere on Earth: Tue, 29 Apr, 9:22 am
Central path begins: Tue, 29 Apr, 11:23 am
Greatest eclipse: Tue, 29 Apr, 11:33 am
Central path ends: Tue, 29 Apr, 11:43 am
Eclipse ends everywhere on Earth: Tue, 29 Apr, 1:44 pm
Magnitude at greatest: 0.984

Sutak^†: None at Gandhidham: the texts count a grahan’s sutak only where the eclipse is seen.

Chandra grahan

Total lunar eclipse

Wednesday, 8 October 2014

Not visible from Gandhidham

Not visible from Gandhidham.

Phases (the same instant everywhere)

Penumbral phase begins: Wed, 8 Oct, 1:45 pm
Partial phase begins (sparsha): Wed, 8 Oct, 2:44 pm
Totality begins: Wed, 8 Oct, 3:55 pm
Greatest eclipse (madhya): Wed, 8 Oct, 4:24 pm
Totality ends: Wed, 8 Oct, 4:54 pm
Partial phase ends (moksha): Wed, 8 Oct, 6:04 pm
Penumbral phase ends: Wed, 8 Oct, 7:03 pm
Umbral magnitude: 1.166

Sutak^†: None at Gandhidham: the texts count a grahan’s sutak only where the eclipse is seen.

Surya grahan

Partial solar eclipse

Friday, 24 October 2014

Not visible from Gandhidham

Not visible from Gandhidham.

Across the Earth

Eclipse begins somewhere on Earth: Fri, 24 Oct, 1:07 am
Greatest eclipse: Fri, 24 Oct, 3:14 am
Eclipse ends everywhere on Earth: Fri, 24 Oct, 5:21 am
Magnitude at greatest: 0.817

Sutak^†: None at Gandhidham: the texts count a grahan’s sutak only where the eclipse is seen.

† Practice varies. Traditions differ on how long sutak lasts, what it is counted from (first contact, or moonrise when the Moon rises eclipsed) and whom it applies to. The rule used here: from 12 hours before a solar eclipse and 9 hours before a lunar one begins, until it ends, and only where the eclipse is visible. Follow the practice of your family or local almanac.

See also: Rahu · Ketu · Amavasya · Purnima · Festivals and vrats

Understand

What an eclipse is

A solar eclipse falls on an amavasya, when the Moon passes between the Sun and the Earth; a lunar eclipse on a purnima, when the Earth’s shadow falls on the Moon. It happens only when the Moon is then near one of the two points where its path crosses the Sun’s path. Jyotisha names those two points Rahu and Ketu.

How the texts compute eclipses

Chapters 4 and 5 of the Surya Siddhanta (on lunar and solar eclipses) give the method for the time, the extent and the duration of an eclipse: the positions of the Sun, Moon and Rahu, the sizes of their discs and the size of the shadow. Sparsha (first contact), madhya (middle) and moksha (release) are that tradition’s words.

What the texts say about sutak

Dharmashastra digests such as the Nirnaya Sindhu call the time before an eclipse sutak: four prahar (about 12 hours) before a solar eclipse and three prahar (about 9 hours) before a lunar one. For that time and the eclipse itself they prescribe japa, meditation, bathing and giving, and relax the rules for children, the elderly and the unwell. Sutak is kept only where the eclipse is seen. Details differ between traditions.

Watching a solar eclipse

Never look at the Sun with the naked eye, sunglasses, a camera or binoculars, even during an eclipse. Certified solar-filter glasses or a pinhole projection are the safe ways. A lunar eclipse is safe to watch with the naked eye.

How this is calculated

Sun and Moon positions come from NASA JPL’s DE421 ephemeris; every contact is found by root-finding on the geometry. For 2026–2027 the greatest-eclipse and contact times agree with NASA’s published predictions to within seconds. Visible from a city means the Sun or Moon is above its horizon at the time.