Solar eclipse of June 11, 2048

Solar eclipse of June 11, 2048
classification
Type	Ring-shaped
area	North America , Central America , Europe , Arctic , North Africa , Russia , West Asia Annular: USA , Canada , Greenland , Iceland , Norway , Sweden , Baltic States , Belarus , Russia , Ukraine , Kazakhstan , Uzbekistan , Turkmenistan , Afghanistan , Tajikistan , Pakistan
Saros cycle	128 (60 of 73)
Gamma value	+0.6467
Greatest eclipse
Duration	4 minutes 58 seconds
place	Atlantic
location	63 ° 41 ′  N , 11 ° 31 ′  W Coordinates: 63 ° 41 ′  N , 11 ° 31 ′  W
time	June 11, 2048 12:57:07   UT
size	0.9441

The annular solar eclipse of June 11, 2048 largely takes place over North America , Europe , Russia , North Africa and western Asia as well as the Arctic and the North Atlantic . Central America and the Caribbean experience the sunrise solar eclipse. The maximum of the eclipse is in the Atlantic about 200 km southeast of Iceland; the duration of the annular shape there is 4 minutes and 58 seconds.

course

The Annularity Zone begins at sunrise in the US state of Kansas and moves northwest through Iowa , Wisconsin, and Michigan to Canada. There, Ontario , Québec and Newfoundland are swept over before the zone reaches the Atlantic. The southern tip of Greenland is also in the annular zone, as is the southern half of Iceland and the northern coast of the Faroe Islands . In the early afternoon, Central Norway and Central Sweden , the densely populated parts of both countries, will experience the ring shape. The ring-shaped zone crosses the Baltic Sea and the Baltic States, with only Latvia being almost completely covered, as well as northern Lithuania and southern Estonia . The further path of the annular shape now runs along the borders between Russia and Belarus or the Ukraine before the Caspian Sea is reached. The rest of the ring-shaped zone stretches along the border between Turkmenistan and Kazakhstan or Uzbekistan . The eclipse ends at sunset in Afghanistan , with small parts of Tajikistan and Pakistan still being reached. For this eclipse, different assumptions of the Delta T (NASA: 90.7 s, Calsky: 71.6 s) when calculating the concrete course of the zone, result from the difference of approx. 19 s, deviations of up to 8 kilometers. As a result, downtown Milwaukee is within the toroidal path for NASA, but outside the path for Calsky.

Places in the ring-shaped zone

country	place	Duration	Time ( UT )	comment
United States	Omaha	4m 7s	11:28
United States	Des Moines	4m 1s	11:28
United States	Milwaukee	0m 50s	11:28
USA / Canada	Sault Ste. Marie (Ontario) , Sault Ste. Marie (Michigan)	4m 18s	11:33
Greenland	Qaqortoq	4m 46s	12:16
Iceland	Reykjavík	4m 42s	12:45
Faroe Islands	Viðareiði	2m 38s	13:04
Norway	Lillehammer	4m 53s	13:25
Norway	Oslo	3m 15s	13:27
Sweden	Västerås	4m 50s	13:33
Sweden	Stockholm	4m 46s	13:35
Sweden	Örebro	4m 25s	13:33
Estonia	Parnu	2m 34s	13:42
Latvia	Riga	4m 43s	13:45
Belarus	Vitebsk	4m 36s	13:52
Russia	Voronezh	3m 58s	14:04
Russia	Volgograd	4m 13s	14:11
Kazakhstan	Aqtau	3m 49s	14:21
Turkmenistan	Turkmenabat	3m 40s	14:25
Afghanistan	Kabul	3m 31s

1. ↑ ^{a b The} sun rises partially darkened.
2. ↑ With Calsky outside of the zone of the annularity
3. ↑ The sun goes down partially eclipsed.
4. ↑ The sun sets darkly immediately after the end of the ring shape

Visibility in German-speaking countries

The eclipse is visible in the German-speaking area, as a partial solar eclipse, throughout the course. The largest eclipse in the northeast is achieved in Sassnitz on Rügen with a maximum of 79% coverage. The lowest eclipse is achieved in the southwest in Zermatt in the Swiss canton of Valais , with a maximum of 52% coverage.

country	place	cover	comment
Switzerland	Bern	54%
Switzerland	Basel	56%
Austria	Salzburg	61%
Austria	Vienna	65%
Germany	Munich	61%
Germany	Frankfurt am Main	64%
Germany	Berlin	74%
Germany	Hamburg	74%

Individual evidence

1. ↑ NASA: Besselian Elements for the Annular Solar Eclipse of 2048 Jun 11
2. ↑ CalSky: Local course of the solar eclipse, Thursday, June 11th, 2048 (possibly select location and click on solar eclipse )
3. ↑ ^{a b c} The duration of the ring shape and the time of the middle of the ring shape were determined with the interactive map of NASA ( Annular Solar Eclipse of 2048 Jun 11, Google Maps and Solar Eclipse Paths )

Web links

• NASA: Annular Solar Eclipse of 2048 June 11
• NASA: Google Maps and Solar Eclipse Paths: 2041-2060
• Calsky, map for the solar eclipse on June 11, 2048
• NASA: Solar Eclipses of Saros 128