Hybrid solar eclipse of 06/16/1825
| Day of week: | Thursday |
| Maximum duration of eclipse: | 00m25s |
| Maximum width of eclipse path: | 13 km |
| Saros cycle: | 134 |
| Coverage: | 100% |
| Magnitude: | 1.0036 |
| Gamma: | -0.3812 |
Wo kann man die Sonnenfinsternis vom 06/16/1825 sehen?
Die Sonnenfinsternis am 06/16/1825 kann man in 81 Ländern als partielle Sonnenfinsternis beobachten.
Der Finsternispfad verläuft durch 8 Länder. Nur in diesen Ländern ist sie als hybrid Sonnenfinsternis zu sehen.
In den folgenden Ländern ist die Sonnenfinsternis hybrid zu sehen
In den folgenden Ländern ist die Sonnenfinsternis partiell zu sehen
Colombia
Brazil
Argentina
Venezuela
Aruba
Bolivia
Saint Kitts and Nevis
Paraguay
Antigua and Barbuda
Montserrat
Trinidad and Tobago
Guadeloupe
Grenada
Dominica
Saint Vincent and the Grenadines
Guyana
Martinique
Saint Lucia
Barbados
Uruguay
Suriname
French Guiana
South Georgia and the South Sandwich Islands
Portugal
Cabo Verde
Spain
Senegal
Mauritania
The Gambia
Guinea-Bissau
Guinea
Saint Helena, Ascension and Tristan da Cunha
Sierra Leone
Morocco
Mali
Liberia
Algeria
Ivory Coast
Burkina Faso
Ghana
Togo
Niger
Benin
Nigeria
Equatorial Guinea
São Tomé and Príncipe
Tunisia
Cameroon
Gabon
Libya
Republic of the Congo
Angola
Namibia
Democratic Republic of the Congo
Chad
Central African Republic
South Africa
Botswana
Sudan
Zambia
Egypt
Zimbabwe
Lesotho
Rwanda
Burundi
Tanzania
Uganda
Mozambique
Swaziland
Malawi
Ethiopia
Kenya
Eritrea
French Southern and Antarctic Lands
Somalia
Djibouti
Yemen
Madagascar
Comoros
Mayotte
Seychelles
How will be the weather during the hybrid solar eclipse on 06/16/1825?
Where is the best place to see the hybrid solar eclipse of 06/16/1825?
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
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 |
San Matías, Santa Cruz
|
annular | - | 06:03:49 UTC-04:32 | 16 km | 33% |
São Raimundo Nonato, Piauí
|
annular | - | 08:10:46 UTC-02:34 | 0 km | 36% |
Ouricuri, Pernambuco
|
annular | - | 08:28:06 UTC-02:19 | 7 km | 78% |
Milagres, Ceará
|
annular | - | 08:15:09 UTC-02:34 | 1 km | 65% |
São José de Piranhas, Paraíba
|
annular | - | 08:15:44 UTC-02:34 | 2 km | 59% |
Pombal, Paraíba
|
annular | - | 08:16:42 UTC-02:34 | 2 km | 66% |
Caicó, Rio Grande do Norte
|
annular | - | 08:17:43 UTC-02:34 | 2 km | 70% |
Currais Novos, Rio Grande do Norte
|
annular | - | 08:18:34 UTC-02:34 | 5 km | 70% |
São Tomé, Rio Grande do Norte
|
annular | - | 08:19:15 UTC-02:34 | 5 km | 76% |
São Paulo do Potengi, Rio Grande do Norte
|
annular | - | 08:19:44 UTC-02:34 | 1 km | 80% |
Extremoz, Rio Grande do Norte
|
annular | - | 08:20:28 UTC-02:34 | 2 km | 81% |
Kapiri Mposhi, Central
|
annular | - | 16:01:58 UTC+02:10 | 7 km | 24% |
Vangaindrano, Atsimo-Atsinanana
|
annular | - | 16:28:45 UTC+02:27 | 6 km | 53% |