Hybrid solar eclipse of 04/09/1567

General data

Day of week: Sunday
Maximum duration of eclipse: 00m11s
Maximum width of eclipse path: 8 km
Saros cycle: 112
Coverage: 100%
Magnitude: 1.002
Gamma: 0.483

Wo kann man die Sonnenfinsternis vom 04/09/1567 sehen?

Die Sonnenfinsternis am 04/09/1567 kann man in 116 Ländern als partielle Sonnenfinsternis beobachten.
Der Finsternispfad verläuft durch 13 Länder. Nur in diesen Ländern ist sie als hybrid Sonnenfinsternis zu sehen.

In den folgenden Ländern ist die Sonnenfinsternis hybrid zu sehen

worldmap Russia
worldmap Spain
worldmap Morocco
worldmap Italy
worldmap Vatican City
worldmap Croatia
worldmap Bosnia and Herzegovina
worldmap Serbia
worldmap Romania
worldmap Ukraine
worldmap Moldova
worldmap Kazakhstan
worldmap China

In den folgenden Ländern ist die Sonnenfinsternis partiell zu sehen

How will be the weather during the hybrid solar eclipse on 04/09/1567?

Where is the best place to see the hybrid solar eclipse of 04/09/1567?
The following maps show the average cloud coverage for the day of the hybrid solar eclipse. With the help of these maps, it is possible to find the place along the eclipse path, which has the best chance of a cloudless sky. Nevertheless, you should consider local circumstances and inform about the weather of your chosen observation site.

The data is provided by NASAs satellites AQUA and TERRA. The cloud maps are averaged over a period of 19 years (2000 - 2019).

Detailed country maps

worldmap Russia
worldmap Spain
worldmap Morocco
worldmap Italy
worldmap Vatican City
worldmap Croatia
worldmap Bosnia and Herzegovina
worldmap Serbia
worldmap Romania
worldmap Ukraine
worldmap Moldova
worldmap Kazakhstan
worldmap China

Cities inside the path of the eclipse

The following table shows all locations with a population of more than 5,000 inside the eclipse path. Cities which have more than 100,000 inhabitants are marked bold. A click at the locations opens a detailed map.

City Type Eclipse duration Local time of max. eclipse Distance to central line Ø Cloud coverage
ES  Puerto Rico, Canary Islands annular 5s 09:04:38 UTC-01:01 1 km 43%
ES  Agüimes, Canary Islands annular 2s 09:05:12 UTC-01:01 2 km 55%
ES  Ingenio, Canary Islands annular 4s 09:05:15 UTC-01:01 1 km 55%
ES  Puerto del Carmen, Canary Islands annular 2s 09:09:37 UTC-01:01 1 km 58%
IT  Ozieri, Sardinia total 9s 12:12:13 UTC+01:00 2 km 64%
IT  Fregene, Latium total 5s 12:19:56 UTC+01:00 3 km 52%
IT  La Massimina-Casal Lumbroso, Latium total 9s 12:20:16 UTC+01:00 1 km 60%
VA  Vatican City total 9s 12:20:30 UTC+01:00 1 km 58%
IT  Tor Lupara, Latium total 6s 12:20:54 UTC+01:00 3 km 60%
IT  Marco Simone, Latium total 6s 12:20:56 UTC+01:00 3 km 60%
IT  Santa Lucia, Latium total 9s 12:20:58 UTC+01:00 1 km 63%
IT  Guidonia, Latium total 8s 12:21:06 UTC+01:00 1 km 63%
IT  Guidonia Montecelio, Latium total 8s 12:21:07 UTC+01:00 2 km 63%
IT  Marcellina, Latium total 9s 12:21:18 UTC+01:00 1 km 62%
IT  Penne, Abruzzo total 4s 12:23:54 UTC+01:00 3 km 58%
IT  Montesilvano Marina, Abruzzo total 8s 12:24:22 UTC+01:00 1 km 54%
BA  Sokolac, Republic of Srspka total 6s 12:34:19 UTC+01:00 1 km 75%
RO  Târgu Jiu, Gorj total 4s 13:27:22 UTC+01:44 1 km 66%
RO  Drăguşeni, Galaţi total 13:35:10 UTC+01:44 1 km 67%
UA  Vesele, Zaporizhia annular 3s 14:03:44 UTC+02:02 1 km 63%
RU  Semikarakorsk, Rostov Oblast annular 7s 14:39:39 UTC+02:30 1 km 64%
RU  Kotel’nikovo, Volgograd annular 6s 14:42:24 UTC+02:30 3 km 65%
KZ  Priozersk annular 20s 16:56:52 UTC+04:21 13 km 44%
KZ  Sarkand, Almaty Oblysy annular 14s 16:58:29 UTC+04:21 18 km 62%
CN  Shihezi, Xinjiang Uyghur Autonomous Region annular 33s 20:37:45 UTC+08:00 11 km 52%
CN  Changji, Xinjiang Uyghur Autonomous Region annular 38s 20:37:55 UTC+08:00 5 km 52%
CN  Ürümqi, Xinjiang Uyghur Autonomous Region annular 34s 20:38:06 UTC+08:00 12 km 52%