Solar eclipse of February 27, 2082

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Solar eclipse of February 27, 2082
SE2082Feb27A.png
classification
Type Ring-shaped
area South America , West Africa , Western Europe
Annular: Peru , Brazil , Suriname , French Guiana , Portugal , Spain , France , Italy , Switzerland , Germany , Liechtenstein , Austria , Slovenia , Croatia
Saros cycle 141 (27 of 70)
Gamma value 0.3364
Greatest eclipse
Duration 8 minutes 12 seconds
place Atlantic
location 9 ° 26 ′  N , 47 ° 7 ′  W Coordinates: 9 ° 26 ′  N , 47 ° 7 ′  W
time February 27, 2082 2:44:17 PM   UT
size 0.965
SE2082Feb27AMglobalC

The annular solar eclipse of February 27, 2082 will be observable in its partial visibility from almost all of South America , the southern part of North America , Central America , northwestern Africa and Western Europe and at sunset, Central Europe . The solar eclipse can be observed in a ring shape in large parts of Peru , Brazil , French Guiana , Portugal , Spain , France , Switzerland , Italy , Slovenia , Germany and Austria . The maximum duration of the annularity will be reached in the Atlantic Ocean: the duration of the annularity will be 8 minutes and 11.5 seconds.

This eclipse is one of a series of eight central eclipses in the German-speaking area within only 76 years (2075–2151).

course

At 12:50 p.m. ( Universal Time ), the path of annularity begins about 500 km west of South America and reaches the American mainland for the first time in Peru. The toroidal zone extends over Brazil and reaches French Guiana , where the center of the eclipse is at 14:08 UT. The climax is reached at 14:40 UT: The ring shape there is 8 minutes and 11 seconds.

Only in the evening does the ring shape in Portugal reach mainland Europe. Then the path crosses the northern part of Spain and southern France. Finally, Switzerland , northern Italy and Austria are crossed, then the path of darkness ends in Styria , in eastern Slovenia and in northern Croatia .

For Spain this is the third and thus the last annular solar eclipse in the 21st century.

Places in the ring-shaped zone

country place Duration Time ( UT ) comment
Peru Chimbote 6 m 52 s 13:05
Brazil Manaus 7 m 45 s 13:45
French Guiana Cayenne 5 m 9 s 14:21
longest eclipse - 8 m 12 s 14:44
Portugal postage 6 m 39 s 16:28
Spain Leon 6 m 22 s 16:30
Spain Bilbao 6 m 26 s 16:31
France Bordeaux 4 m 37 s 16:32
France Toulouse 5 m 35 s 16:33
France Lyon 5 m 45 s 16:34
Switzerland Geneva 5 m 26 s 16:34
Switzerland Bern 3 m 40 s 16:34
Italy Turin 5 m 33 s 16:35
Italy Milan 5 m 42 s 16:35
Italy Venice 3 m 53 s 16:35
Austria innsbruck 5 m 14 s 16:35
Austria Salzburg 4 m 22 s 16:34
Austria Klagenfurt 5 m 59 s 16:35
Austria Graz approx. 4 m 16:35
Slovenia Ljubljana 4 m 53 s 16:36
Croatia Zagreb approx. 1 m 16:35
  1. ↑ a b c d e f g Sun goes down partially eclipsed.
  2. ↑ a b c d e The sun is very low and soon after the ring shape it sets partially eclipsed.
  3. ↑ a b Sun sets while being annular.

Visibility in German-speaking countries

Outside the ring-shaped zone, the eclipse in the German-speaking area is visible throughout the course as a deep partial solar eclipse. The lowest eclipse is achieved in the northeast in List on Sylt with almost 63% coverage.

country place cover comment
Switzerland Bern 84% Ring-shaped, s. O.
Switzerland Basel 84%
Austria Salzburg 84% Ring-shaped, s. O.
Austria Vienna 84%
Germany Munich 84%
Germany Frankfurt am Main 77%
Germany Berlin 73%
Germany Hamburg 68%
  1. ↑ a b Sun goes down partially eclipsed.
  2. ↑ The sun sets partially eclipsed before the maximum.
  3. ↑ a b c The sun is very low and soon after the maximum it sets partially eclipsed.

Remarks

  1. ↑ The eight eclipses between 2075 and 2151 are: The annular solar eclipse of July 13, 2075 , the total solar eclipse of September 3, 2081 , the annular solar eclipse of February 27, 2082, the annular solar eclipse of July 23, 2093 , the total solar eclipse of October 7, 2135 , the total solar eclipse of May 25, 2142 , the annular solar eclipse of March 12, 2146, and the total solar eclipse of June 14, 2151 . The solar eclipse of September 23, 2090 ends just outside the German-speaking area and therefore does not count.

Individual evidence

  1. ↑ a b c The duration, the time of the middle of the annularity, as well as the degree of coverage, were determined with the interactive map of NASA ( Annular Solar Eclipse of 2082 Feb 27 - Google Maps and Solar Eclipse Paths )

Web links