Jan 15, 2010 Annular Solar Eclipse
An annular solar eclipse on January 15, 2010 marks the first of four eclipses throughout the year. This eclipse is visible from a track that goes across central Africa, the Indian Ocean and eastern Asia.
The eclipse’s annular phase lasts for about 11 minutes and eight seconds, which is the longest lasting solar eclipse since the annular solar eclipse on January 4, 1992, which lasted for about 11 minutes and 41 seconds. This duration will not be equaled or exceeded until the annular solar eclipse of December 23, 3043, which is 1033 years ahead of 2010.
What the eclipse would look like near the maximum point
The animation shows approximately what the eclipse looks like near the maximum point of the eclipse (weather permitting).
Click the 'play' button to view the animation. The pause button can also be used to temporarily suspend the animation.
Where to see the eclipse
Continents seeing at least a partial eclipse:
- Parts of Europe
- Parts of Asia
- Much of Africa
- Indian Ocean
Annular eclipse visible in:
Locations near the shadow's path:
- Bangui, Central African Republic
- Entebbe, Uganda
- Lira, Uganda
- Kisumu, Kenya
- Nakuru, Kenya
- Nairobi, Kenya
- Male, Maldives
- Thiruvananthapuram, Kerala, India
- Nagercoil, Tamil Nadu, India
- Courtallam, Tamil Nadu, India
- Tenkasi, Tamil Nadu, India
- Thoothukudi, Tamil Nadu, India
- Madurai, Tamil Nadu, India
- Ramanathapuram, Tamil Nadu, India
- Jaffna, Sri Lanka
- Mandalay, Myanmar
- Chongqing, China
- Xinyang, China
- Xuzhou, China
Partial eclipse visible in:
- Bujumbura, Burundi
- Kigali, Rwanda
- Ndjamena, Chad
- Juba, South Sudan
- Dar es Salaam, Tanzania
- Mogadishu, Somalia
- Victoria, Seychelles
- Colombo, Sri Lanka
- Sri Jayawardenapura Kotte, Sri Lanka
- Bangalore, Karnataka, India
- Chennai, Tamil Nadu, India
- Kolkata, West Bengal, India
- Dhaka, Bangladesh
- Yangon, Myanmar
When the eclipse happens worldwideThe eclipse starts at one location and ends at another. The times below are actual times (in UTC) when the eclipse occurs.
|Event||UTC Time||Time in Washington DC*|
|First location to see partial eclipse begin||Jan 15 at 4:05 AM||Jan 14 at 11:05 PM|
|First location to see full Eclipse begin||Jan 15 at 5:14 AM||Jan 15 at 12:14 AM|
|Maximum Eclipse||Jan 15 at 7:05 AM||Jan 15 at 2:05 AM|
|Last location to see full Eclipse end||Jan 15 at 8:59 AM||Jan 15 at 3:59 AM|
|Last location to see partial Eclipse end||Jan 15 at 10:07 AM||Jan 15 at 5:07 AM|
* Local times shown do not refer to when the eclipse can be observed from Washington DC. Instead, they indicate the times when the eclipse begins, is at its max, and ends, somewhere else on earth. The corresponding local times are useful if you want to view the eclipse via a live webcam.
Eclipses viewable in Washington DC.
The eclipse's path
The maximum eclipse point occurs in the middle of the Indian Ocean, but the annular phase can still be seen from either Africa or Asia. People in the towns of Bambari and Bangasou, in the Central African Republic, can witness the annular eclipse at sunrise before it moves towards Uganda. The capital city of Kampala witnesses seven minutes and 39 seconds of annularity but the sun is only 20 degrees above the eastern horizon at the time.
The city of Nakuru, in Kenya, has more than eight minutes of annularity, while from the country’s capital of Nairobi, the annular phase lasts just under six minutes. Annularity crosses southern Somalia before leaving towards the Indian Ocean.
The Maldives witness the eclipse’s annularity for 10 minutes and 44 seconds, before the eclipse moves past south-east Bangladesh and passes the towns of Akyab and Mandalay in Myanmar (Burma). The path then moves to China, where the city of Nanyang witnesses the eclipse for seven minutes and 26 seconds, while Xuzhou sees it for six minutes and 56 seconds. Chongqing, which saw the total solar eclipse of 2009, also witnesses the annular eclipse for seven minutes and 50 seconds.
Eclipses in 2010
- Find Moonrise and Moonset for a location
- Moon Phase Calculator – Find moon phases for any year
- Find Sunrise and Sunset for a location
- Day and Night World Map – See which parts of the Earth are currently illuminated by the Sun
- Calendar for 2014
- Calendar Generator – Create a calendar for any year
- Duration between two dates – Calculates number of days