Solar eclipse of June 1, 2030
| Solar eclipse of June 1, 2030 | |
|---|---|
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| classification | |
| Type | Ring-shaped |
| area |
North Africa , Europe , North North America , Arctic , North and Central Asia Annular: Algeria , Tunisia , Libya , Malta , Greece , Turkey , Russia , Kazakhstan , People's Republic of China , Japan |
| Saros cycle | 128 (59 of 73) |
| Gamma value | +0.5625 |
| Greatest eclipse | |
| Duration | 5 minutes 21 seconds |
| place | Russia |
| location | 56 ° 33 ' N , 80 ° 31' E |
| time | June 1, 2030 6:27:48 AM UT |
| size | 0.9442 |
The annular solar eclipse of June 1, 2030 takes place largely over Algeria , Tunisia , Libya , Malta , Greece , Turkey , Russia , Kazakhstan , the People's Republic of China , Japan as well as the Mediterranean , Black Sea and the Pacific . The maximum of the eclipse is about 200 km west of Tomsk ; the duration of the annular shape there is 5 minutes and 21 seconds.
course
The ring-shaped zone begins in the Algerian part of the Sahara and crosses the south of Tunisia a. a. the island of Djerba and the north-west of Libya. Most of the southern island of Malta is also in the area of the annular shape. The area of the ring shape covers almost all of Greece and the north-western part of Turkey. The extreme southeast of Bulgaria are also touched. The further path sweeps the Black Sea, the Crimean peninsula and a wide arc over the south of Russia and the north of Kazakhstan, as well as the far north of China. Then Japan's island of Hokkaidō lies in the zone of the ring shape, which then ends in the Pacific.
Places in the ring-shaped zone
| country | place | Duration | Time ( UT ) | comment |
|---|---|---|---|---|
| Tunisia | Djerba | 3m 8s | 4:53 | |
| Libya | Tripoli | 3m 53s | 4:51 | |
| Malta | Valletta | 1m 29s | 4:53 | |
| Greece | Athens | 4m 2s | 4:58 | |
| Turkey | Istanbul | 4m 32s | 5:04 | |
| Ukraine / Russia | Sevastopol | 3m 43s | 5:13 | |
| Russia | Krasnodar | 3m 19s | 5:17 | |
| Russia | Rostov on Don | 4m 15s | 5:21 | |
| Russia | Volgograd | 4m 57s | 5:28 | |
| Kazakhstan | Uralsk | 5m 4s | 5:40 | |
| Kazakhstan | Petropavl | 4m 45s | 6:09 | |
| Russia | Omsk | 2m 45s | 6:17 | |
| Russia | Tomsk | 5m 17s | 6:36 | |
| Russia | Krasnoyarsk | 4m 48s | 6:48 | |
| People's Republic of China | Jiamusi | 1m 50s | 7:46 | |
| Japan | Sapporo | 4m 18s | 7:56 |
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 is achieved in the southeast, in Bad Radkersburg in the Austrian state of Styria , with almost 69% coverage. The lowest eclipse is achieved in the north, in List on Sylt , with a maximum of 49% coverage.
| country | place | cover | comment |
|---|---|---|---|
| Switzerland | Bern | 61% | |
| Switzerland | Basel | 60% | |
| Austria | Salzburg | 64% | |
| Austria | Vienna | 67% | |
| Germany | Munich | 62% | |
| Germany | Frankfurt am Main | 57% | |
| Germany | Berlin | 57% | |
| Germany | Hamburg | 52% |
The next following solar eclipse visible in German-speaking countries is the solar eclipse of March 20, 2034 .
Individual evidence
- ↑ 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 2030 Jun 01, Google Maps and Solar Eclipse Paths )
Web links
- NASA: Annular Solar Eclipse of 2030 June 01
- NASA: Google Maps and Solar Eclipse Paths: 2021-2040
- NASA: Solar Eclipses of Saros 128
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Previous solar eclipses:
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Later solar eclipses:
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| July 22, 2028 (total) |
January 14, 2029 (partial) |
June 12, 2029 (partial) |
July 11, 2029 (partial) |
December 5, 2029 (partial) |
June 1, 2030 (circular) |
November 25, 2030 (total) |
May 21, 2031 (circular) |
November 14, 2031 (hybrid) |
May 9, 2032 (circular) |
November 3, 2032 (partial) |
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