07/26/-0280
(hybrid)
07/15/-0279
(partial)   

Partial solar eclipse of 01/18/-0279

Partial solar eclipse of 01/18/-0279
Day of week: Thursday
Maximum duration of eclipse:
Maximum width of eclipse path: 0 km
Saros cycle: 75
Coverage: 88.9%
Magnitude: 0.8888
Gamma: 1.057

Wo kann man die Sonnenfinsternis vom 01/18/-0279 sehen?

path of eclipse

Die Sonnenfinsternis am 01/18/-0279 kann man in 78 Ländern als partielle Sonnenfinsternis beobachten.

In den folgenden Ländern ist die Sonnenfinsternis partiell zu sehen

US United States UM United States Minor Outlying Islands CA Canada MX Mexico GL Greenland GT Guatemala SV El Salvador HN Honduras BZ Belize NI Nicaragua CR Costa Rica CU Cuba PA Panama CO Colombia KY Cayman Islands BS The Bahamas JM Jamaica HT Haiti BR Brazil VE Venezuela TC Turks and Caicos Islands DO Dominican Republic AW Aruba PR Puerto Rico VI United States Virgin Islands BM Bermuda VG British Virgin Islands AI Anguilla MF Collectivity of Saint Martin BL Saint Barthélemy KN Saint Kitts and Nevis AG Antigua and Barbuda MS Montserrat TT Trinidad and Tobago GP Guadeloupe GD Grenada DM Dominica VC Saint Vincent and the Grenadines GY Guyana MQ Martinique LC Saint Lucia BB Barbados SR Suriname PM Saint Pierre and Miquelon GF French Guiana PT Portugal CV Cabo Verde IS Iceland ES Spain MR Mauritania MA Morocco IE Republic of Ireland DZ Algeria GB United Kingdom FO Faroe Islands GI Gibraltar FR France IM Isle of Man GG Guernsey JE Jersey AD Andorra BE Belgium NL Netherlands LU Luxembourg DE Germany CH Switzerland IT Italy MC Monaco DK Denmark LI Liechtenstein AT Austria CZ Czechia SM San Marino VA Vatican City SI Slovenia HR Croatia BA Bosnia and Herzegovina HU Hungary
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How will be the weather during the partial solar eclipse on 01/18/-0279?

Where is the best place to see the partial solar eclipse of 01/18/-0279?
The following maps show the average cloud coverage for the day of the partial 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