Panchang › Planets

Eclipse Dates

Solar and lunar eclipses of 1908, and whether they can be seen from New Delhi, Delhi, India. Sutak is kept only where the eclipse is visible: twelve hours before a solar eclipse and nine before a lunar one.

Solar eclipse, 04 January 1908

Type
Total
In
Sagittarius, Purva Ashadha nakshatra
Whole eclipse (anywhere on Earth)
00:37 to 05:52, greatest at 03:15 (local time)
From New Delhi
Not seen from New Delhi
Totality or annularity (on the central path)
01:33 to 04:57

Lunar eclipse, 18 January 1908

Type
Penumbral
In
Cancer, Pushya nakshatra
Whole eclipse (anywhere on Earth)
17:01 to 20:41, greatest at 18:51 (local time)
From New Delhi
A penumbral eclipse: hardly visible, and no Sutak is kept

Lunar eclipse, 14 June 1908

Type
Penumbral
In
Sagittarius, Mula nakshatra
Whole eclipse (anywhere on Earth)
17:41 to 21:31, greatest at 19:36 (local time)
From New Delhi
A penumbral eclipse: hardly visible, and no Sutak is kept

Solar eclipse, 28 June 1908

Type
Annular
In
Gemini, Ardra nakshatra
Whole eclipse (anywhere on Earth)
18:59 to 01:00, 29 Jun, greatest at 21:59 (local time)
From New Delhi
Not seen from New Delhi
Totality or annularity (on the central path)
20:02 to 23:56

Lunar eclipse, 14 July 1908

Type
Penumbral
In
Sagittarius, Uttara Ashadha nakshatra
Whole eclipse (anywhere on Earth)
02:00 to 04:06, greatest at 03:03 (local time)
From New Delhi
A penumbral eclipse: hardly visible, and no Sutak is kept

Lunar eclipse, 08 December 1908

Type
Penumbral
In
Taurus, Rohini nakshatra
Whole eclipse (anywhere on Earth)
01:10 to 05:39, greatest at 03:24 (local time)
From New Delhi
A penumbral eclipse: hardly visible, and no Sutak is kept

Solar eclipse, 23 December 1908

Type
Hybrid
In
Sagittarius, Mula nakshatra
Whole eclipse (anywhere on Earth)
14:36 to 19:52, greatest at 17:14 (local time)
From New Delhi
Not seen from New Delhi
Totality or annularity (on the central path)
15:40 to 18:47

Times are local to New Delhi, Delhi, India, worked out with the sidereal (Lahiri) zodiac. Sunrise and sunset are for the upper edge of the Sun with normal refraction.