06/22/-0437
(annular)
06/10/-0436
(hybrid)   

Hybrid solar eclipse of 12/17/-0437

Hybrid solar eclipse of 12/17/-0437
Day of week: Monday
Maximum duration of eclipse: 01m45s
Maximum width of eclipse path: 60 km
Saros cycle: 54
Coverage: 100%
Magnitude: 1.0173
Gamma: 0.1286

Wo kann man die Sonnenfinsternis vom 12/17/-0437 sehen?

path of eclipse

Die Sonnenfinsternis am 12/17/-0437 kann man in 69 Ländern als partielle Sonnenfinsternis beobachten.
Der Finsternispfad verläuft durch 9 Länder. Nur in diesen Ländern ist sie als hybrid Sonnenfinsternis zu sehen.

In den folgenden Ländern ist die Sonnenfinsternis hybrid zu sehen

worldmap Sudan
worldmap Ethiopia
worldmap Eritrea
worldmap Somalia
worldmap Djibouti
worldmap British Indian Ocean Territory
worldmap Indonesia
worldmap Australia
worldmap Papua New Guinea

In den folgenden Ländern ist die Sonnenfinsternis partiell zu sehen

RU Russia AO Angola CD Democratic Republic of the Congo SD Sudan ZM Zambia ZW Zimbabwe RW Rwanda BI Burundi TZ Tanzania UG Uganda MZ Mozambique MW Malawi ET Ethiopia KE Kenya SA Saudi Arabia ER Eritrea IQ Iraq TF French Southern and Antarctic Lands SO Somalia DJ Djibouti YE Yemen MG Madagascar KM Comoros AM Armenia IR Iran AZ Azerbaijan YT Mayotte SC Seychelles KZ Kazakhstan KW Kuwait BH Bahrain QA Qatar AE United Arab Emirates OM Oman TM Turkmenistan RE Réunion UZ Uzbekistan MU Mauritius AF Afghanistan PK Pakistan IN India IO British Indian Ocean Territory MV Maldives LK Sri Lanka NP Nepal BD Bangladesh MM Myanmar ID Indonesia CC Cocos Islands TH Thailand MY Malaysia LA Laos VN Vietnam KH Cambodia SG Singapore CX Christmas Island AU Australia BN Brunei PH Philippines JP Japan TL East Timor PW Palau FM Federated States of Micronesia PG Papua New Guinea GU Guam MP Northern Mariana Islands SB Solomon Islands NC New Caledonia NF Norfolk Island
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How will be the weather during the hybrid solar eclipse on 12/17/-0437?

Where is the best place to see the hybrid solar eclipse of 12/17/-0437?
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).

cloudmap
cloudmap

Detailed country maps

worldmap Sudan
worldmap Ethiopia
worldmap Eritrea
worldmap Somalia
worldmap Djibouti
worldmap British Indian Ocean Territory
worldmap Indonesia
worldmap Australia
worldmap Papua New Guinea