Solar eclipse of June 10, 2021
Solar eclipse of June 10, 2021 | |
---|---|
classification | |
Type | Ring-shaped |
area | Northern North America , Europe , Asia Annular: Northern Canada , Greenland , Russia |
Saros cycle | 147 (23 of 80) |
Gamma value | 0.9152 |
Greatest eclipse | |
Duration | 3 minutes 51 seconds |
place | Nares Strait east of Ellesmere Island |
location | 80 ° 49 ′ N , 66 ° 48 ′ W |
time | June 10, 2021 10:41:51 AM UT |
size | 0.9435 |
The annular solar eclipse of June 10, 2021 took place mainly in the northern polar region. Not least because the eclipse occurred shortly before the summer solstice , the visibility area was so far north. Therefore, the course from east to west was also quite unusual, as the ring-shaped zone runs where the sun illuminated parts of the night hemisphere of the earth over the North Pole .
For the first time after the solar eclipse of March 20, 2015 , the moon was seen in front of the sun in German-speaking countries .
The annular phase could first be seen in Ontario during sunrise. The area with circular visibility continued across Hudson Bay and Baffin Island to Baffin Bay . The shadow path swept across western Greenland , the maximum of the darkness occurring over the Nares Strait . The corridor of circular visibility there was 527 kilometers wide, so it also extended over Ellesmere Island to the west of the strait and Greenland to the east. The North Pole was also later in the zone with ring-shaped visibility. Towards the end of the darkness, the corridor with ring-shaped visibility reached the New Siberian Islands and Yakutia . There the eclipse could be seen under suitable weather conditions during sunset.
Places in the ring-shaped zone
Country | place | Duration | UTC |
---|---|---|---|
Canada | Longlac (Greenstone, Ontario) | 3m 14s (circularity starts immediately after sunrise) | 09:53 |
Canada | Iqaluit | 3m 5s | 10:08 |
Greenland | Qaanaaq | 3m 41s | 10:35 |
- | Smithsund | 2m 57s | 10:37 |
Russia | Chokur roof | 3m 37s | 11:26 |
Russia | Srednekolymsk | 3m 35s | 11:27 |
Russia | Syrjanka | 3m 14s | 11:30 |
Visibility in German-speaking countries
More than six years after the solar eclipse of March 20, 2015 , another solar eclipse was observed in German-speaking countries. However, the coverage was only small. The largest eclipse was achieved in the north in List on Sylt with a maximum of 21.3% coverage, the lowest in the southeast in Bad Radkersburg in the Austrian state of Styria with a maximum of 2.5% coverage.
The next solar eclipse visible in German-speaking countries is the solar eclipse of October 25, 2022 .
Country | place | cover | Start ( CEST ) | Middle (CEST) | End (CEST) |
---|---|---|---|---|---|
Switzerland | Bern | 6.6% | 11:26:52 | 12:17:44 | 13:11:21 |
Switzerland | Basel | 7.5% | 11:26:30 | 12:19:12 | 13:14:45 |
Austria | Salzburg | 5.1% | 11:42:45 | 12:31:30 | 13:21:56 |
Austria | Vienna | 4.5% | 11:52:33 | 12:39:55 | 13:28:20 |
Germany | Munich | 6.3% | 11:37:24 | 12:28:41 | 13:22:02 |
Germany | Frankfurt am Main | 11.3% | 11:27:00 | 12:25:54 | 13:27:44 |
Germany | Berlin | 13.4% | 11:36:24 | 12:38:47 | 13:43:07 |
Germany | Hamburg | 17.3% | 11:28:28 | 12:33:43 | 13:41:40 |
Web links
- solar-eclipse.de: The annular solar eclipse from June 10th, 2021
- NASA: Annular Solar Eclipse of 2021 Jun 10
- NASA: Google Maps and Solar Eclipse Paths: 2021-2040
- NASA: Solar Eclipses of Saros 147
Individual evidence
- ↑ a b c d e The duration, the size of the cover and the contact times were taken from the interactive map of the NASA Annular Solar Eclipse of 2021 Jun 10, Google Maps and Solar Eclipse Paths . Two hours have been added to the times in Universal Time , which means that apart from a fraction of a second, it corresponds to CEST . Retrieved June 15, 2015