I thought some of you might be interested in long term information on solar eclipse paths between now and 2020.

To go with the data below here is a very useful new website on eclipses that Steven Birchfield notified me about.

http://astro.ukho.gov.uk/eclbin/query_eo.cgi

It gives an excellent visual representation of the actual eclipse path across the world. It also allows you to check visibility by city. This combined with the NASA site should meet all your needs on individual solar and lunar eclipses.

The annular eclipse next May seems quite significant. Both for the Far East and the USA. The eclipse path goes right through California. I dont mean to be Dr Doom but could this indicate a major earthquake in California next year following this?
It will also be a good year to practically test out the currently most popular national chart for the USA (Sibly) which in its most common variant has 12-13? Sagittarius rising. The June Cancer ingress (2012) is almost exactly on this degree 11'58? Sag while the Lunar Eclipse of June 4 2012 falls at 14? Sagittarius. An interesting build up to the Presidential elections in November 2012!

With Scottish independence being discussed I am also intrigued to see a visible solar eclipse almost total in Scotland in March 2015.... Located to Edinburgh the ASC is on the Mars of the 1927 chart.

However, this eclipse is really hammering the 1066 chart. This is used for England and the UK Royal family. The eclipse is exactly on the 1066 Moon. The Mars is on the 1066 ASC, Pluto on the 1066 Mercury and Saturn Rx square 1066 Pluto. This has all the hallmarks of a royal death.

The website below is more detailed than my summary below but restricts itself to total solar eclipses.

http://www.braeunig.us/eclipse/eclipses.html


25 Nov 2011 - Partial Solar Eclipse

(Saros 123, umbral mag. 0.905, max. eclipse 06:20 UT
partial: 04:23:14 UT to 08:17:16 UT)
A partial eclipse will be visible over most of Antarctica, and barely visible in the extreme south of Africa and Tasmania.

20 May 2012 - Annular Solar Eclipse

(Saros 128, umbral mag. 0.944, max. eclipse 23:53 UT
annular: 22:06:17 UT on May 20 to 01:39:11 UT on May 21)
The path crosses from China and Japan, across the north Pacific, into the western U.S.A.
The maximum duration is 5 minutes 46 seconds, and the path width at maximum is 237 kilometers.

13 Nov 2012 - Total Solar Eclipse

(Saros 133, umbral mag. 1.050, max. eclipse 22:12 UT
total: 20:35:08 UT on November 13 to 23:48:24 UT on November 13)
The path starts in northern Australia, and crosses the south Pacific, ending off South America.
The maximum duration is 4 minutes 2 seconds, and the path width at maximum is 179 kilometers.

10 May 2013 - Annular Solar Eclipse

(Saros 138, umbral mag. 0.954, max. eclipse 00:25 UT
annular: 22:30:34 UT on May 9 to 02:19:58 UT on May 10)
The path crosses from northern Australia into the central Pacific.
The maximum duration is 6 minutes 3 seconds, and the path width at maximum is 173 kilometers.

3 Nov 2013 - Hybrid Solar Eclipse

(Saros 143, umbral mag. 1.016, max. eclipse 12:46 UT
annular/total: 11:05:17 UT to 14:27:42 UT)
The path starts in the Atlantic east of Florida, moves southward as it travels east, and crosses central Africa.
The maximum duration is 1 minute 40 seconds, and the path width at maximum is 58 kilometers.

29 Apr 2014 - Annular Solar Eclipse

(Saros 148, umbral mag. 0.984, max. eclipse 06:03 UT
annular: 05:57:50 UT to 06:09:20 UT)
The eclipse is visible as annular only from a tiny area in Antarctica. A partial eclipse will be seen over most of Australia.

23 Oct 2014 - Partial Solar Eclipse

(Saros 153, umbral mag. 0.811, max. eclipse 21:44 UT
partial: 19:37:30 UT to 23:51:36 UT)
A partial eclipse will be visible over most of the USA (not the eastern side), western Canada, and Mexico.


20 Mar 2015 - Total Solar Eclipse

(Saros 120, umbral mag. 1.045, max. eclipse 09:46 UT
total: 09:09:32 UT to 10:21:20 UT)
An eclipse which is total across the north Atlantic including the Faroe Islands will result in a large partial eclipse across the UK, greater than 80% everywhere. A 90% partial eclipse will be seen in north-west Scotland

This is from the same Saros series as the eclipse of Jan 24 1925, and is the last-but-one total eclipse in its Saros series. The next eclipse in the triple-Saros series is a partial eclipse, on Apr 21, 2069.

13 Sep 2015 - Partial Solar Eclipse

(Saros 125, umbral mag. 0.787, max. eclipse 06:54 UT
partial: 04:41:35 UT to 09:06:20 UT)
A partial eclipse will be visible from southern Africa and parts of Antarctica.


9 Mar 2016 - Total Solar Eclipse

(Saros 130, umbral mag. 1.045, max. eclipse 01:57 UT
total: 00:15:56 UT on March 9 to 03:38:19 UT on March 9)
The path crosses from the Indian Ocean into the Pacific, and finishes off in the pacific ocean near North America.
The maximum duration is 4 minutes 9 seconds, and the path width at maximum is 155 kilometers.


1 Sep 2016 - Annular Solar Eclipse

(Saros 135, umbral mag. 0.974, max. eclipse 09:07 UT
annular: 07:17:46 UT to 10:55:51 UT)
The track crosses central Africa southwards to Madagascar and into the Indian Ocean.
The maximum duration is 3 minutes 6 seconds, and the path width at maximum is 100 kilometers.

26 Feb 2017 - Annular Solar Eclipse

(Saros 140, umbral mag. 0.992, max. eclipse 14:53 UT
annular: 13:15:15 UT to 16:31:34 UT)
The track crosses southern South America, across the Atlantic, and ends in southern Africa.
The maximum duration is 44 seconds, and the path width at maximum is 31 kilometers.

21 Aug 2017 - Total Solar Eclipse

(Saros 145, umbral mag. 1.031, max. eclipse 18:25 UT
total: 16:48:33 UT to 20:02:30 UT)

The path starts in the Pacific, crosses right over the U.S.A., and ends in the mid Atlantic off Africa. The eclipse will be visible as a spectacular total eclipse to millions of people in Oregon, Idaho, Wyoming, Nebraska, the north-east corner of Kansas, Missouri, southern Illinois, Kentucky, Tennessee, north-east Georgia, and the Carolinas.

The maximum duration is 2 minutes 40 seconds, and the path width at maximum is 115 kilometers.

15 Feb 2018 - Partial Solar Eclipse

(Saros 150, umbral mag. 0.599, max. eclipse 20:51 UT
partial: 18:55:46 UT to 22:47:03 UT)

A partial eclipse will be visible from most of Chile and Argentina, and most of Antarctica.

13 Jul 2018 - Partial Solar Eclipse

(Saros 117, umbral mag. 0.337, max. eclipse 03:01 UT
partial: 01:48:17 UT to 04:13:43 UT)

A partial eclipse will be visible from a patch of ocean between Australia and Antarctica; it will be barely visible from Tasmania and the far south-east of Australia.

11 Aug 2018 - Partial Solar Eclipse

(Saros 155, umbral mag. 0.736, max. eclipse 09:46 UT
partial: 01:48:17 UT to 04:13:43 UT)

A partial eclipse will be visible from the Arctic, Greenland, Scandinavia, and north and east Asia.

6 Jan 2019 - Partial Solar Eclipse

(Saros 122, umbral mag. 0.715, max. eclipse 01:41 UT
partial: 23:34:02 UT on January 5 to 03:48:44 UT on January 6)

A small partial eclipse will be visible from north-east China, Japan, and eastern Russia.


2 Jul 2019 - Total Solar Eclipse

(Saros 127, umbral mag. 1.046, max. eclipse 19:23 UT
total: 18:01:04 UT to 20:44:44 UT)

The path crosses the south Pacific and ends over Chile and Argentina.
The maximum duration is 4 minutes 33 seconds, and the path width at maximum is 201 kilometers.


26 Dec 2019 - Annular Solar Eclipse

(Saros 132, umbral mag. 0.970, max. eclipse 05:18 UT
annular: 03:34:24 UT to 07:00:54 UT)

The track crosses southern India.
The maximum duration is 3 minutes 39 seconds, and the path width at maximum is 118 kilometers.


21 Jun 2020 - Annular Solar Eclipse

(Saros 137, umbral mag. 0.994, max. eclipse 06:40 UT
annular: 04:47:38 UT to 08:32:16 UT)
The track crosses from mid Africa, across northern India and south-east Asia, and into the Pacific.
The maximum duration is 0 minutes 38 seconds, and the path width at maximum is 21 kilometers.

14 Dec 2020 - Total Solar Eclipse

(Saros 142, umbral mag. 1.025, max. eclipse 16:13 UT
total: 14:32:28 UT to 17:54:13 UT)

The path crosses from the Pacific to the Atlantic via Chile and Argentina, and ends off southern Africa.
The maximum duration is 2 minutes 10 seconds, and the path width at maximum is 90 kilometers.