|
 Next partial solar eclipse...
Partial solar eclipse is seen in Japan on March 19, 2007. Around 10% at the maximum are small partial solar eclipse of a short scale in Wakkanai of Hokkaido and Tsushima of Nagasaki. The partial solar eclipse that around 5% are lacking in in Fukaura is generated in Aomori. Because it deviates from the limit line where partial solar eclipse happens in Hachinohe-shi of the other side, I am at the very limit of it, and it is the solar eclipse which is not seen. Because this limit line is a line linking Noto Peninsula - Osaka - Naruto Channel - main island of Okinawa, I can observe partial solar eclipse just a little in it westward.
The place that is missing by this solar eclipse most is greatest in the Ural Mountains northern part, and it is the partial solar eclipse that 87.4% can lack in. Saros No of this solar eclipse is the 149th. Is a period of growth now the in future first umbra (the shadow which the sun and the moon are piled up, and fall into the surface of the earth)(in the world) can that is to say observe place) where a total eclipse of the sun is seen in as a total eclipse of the sun of 0 seconds in the Sea of Okhotsk northeast on April 9, 2043. A sunrise total eclipse of the sun is seen in New York on May 1, 2079, but it is saros belonging to a group same as the total eclipse of the sun (a period). About a total eclipse of the sun of April 10, 2043A total eclipse of the sun of April 10, 2043 is a total eclipse of the sun of 1 minute 50 seconds in] for long. 151 degrees E 58 minutes 2 seconds for uttermost eclipse [lat. 61 degrees N 18 minutes 7 seconds. I can observe sun altitude as 0.390%) in the Sea of Okhotsk northeast. It deviates from notation in the world all day long, but does a greatest contact spot with notation in local time because a total eclipse of the sun begins with the sunrise of April 10. The contact time of uttermost eclipse [lat. 61 degrees N 18 minutes 7 seconds long. 151 degrees E 58 minutes 2 seconds]...I transcribe it in local time
When I assumed a top of the heavenly bodies the sunrise (time of the sunrise)
Appearance of moon 6:46´58" sun altitude -0.203° eclipse of partial 0.86% Appearance of sun 6:47´08" sun altitude -0.189° eclipse of partial 0.87% Sun center 6:49´24" sun altitude -0.000° eclipse of partial 0.91% Total appearance 6:52´04" sun altitude 0.223° eclipse of partial 0.96% The second contact 6:54´00" sun altitude 0.390° eclipse of partial 1.00% Greatest contact 6:54´55" sun altitude 0.471° eclipse of partial 1.01% The third contact 6:55´50" sun altitude 0.553° eclipse of partial 1.00% The harf contact 7:21´33" sun altitude 3.218° eclipse of partial 0.50% The fourth contact 7:47´59" sun altitude 6.265° eclipse of partial 0.00% I went the observation place at a greatest contact spot in 100km north by northeast from Magadan of the Sea of Okhotsk. There is it along highways from Magadan to Yakutsk. (A red point is Magadan city) The neighborhood of Atka town becomes a greatest contact spot. The contact time in neighborhood of Gizhiga [lat. 62 degrees N 0 minutes long. 160 degrees E 23 minutes]…I transcribe it in local timeA total eclipse of the sun cartoon film of April 10, 2043 when NASA produced it. When I assumed a top of the heavenly bodies the sunrise (time of the sunrise) First contact 6:02´03" sun altitude -1.196° eclipse of partial 0.00% Horizon bottom Appearance of sun 6:11´35" sun altitude -0.190° eclipse of partial 0.20% Sun center 6:13´57" sun altitude -0.000° eclipse of partial 0.23% Total appearance 6:16´22" sun altitude 0.198° eclipse of partial 0.28% eclipse of partial 30% 6:17´10" sun altitude 0.264° eclipse of partial 0.30% eclipse of partial 40% 6:22´10" sun altitude 0.699° eclipse of partial 0.40% eclipse of partial 50% 6:27´20" sun altitude 1.182° eclipse of partial 0.50% eclipse of partial 60% 6:32´30" sun altitude 1.695° eclipse of partial 0.60% eclipse of partial 70% 6:38´00" sun altitude 2.265° eclipse of partial 0.70% 
eclipse of partial 80% 6:43´00" sun altitude 2.799° eclipse of partial 0.80%eclipse of partial 90% 6:48´00" sun altitude 3.343° eclipse of partial 0.90% eclipse of partial 95% 6:51´00" sun altitude 3.674° eclipse of partial 0.95% eclipse of partial 98% 6:52´30" sun altitude 3.822° eclipse of partial 0.98% eclipse of partial 99% 6:53´20" sun altitude 3.933° eclipse of partial 0.99% The second contact 6:53´50" sun altitude 3.989° eclipse of partial 1.00% Greatest contact 6:54´32" sun altitude 4.063° eclipse of partial 1.00% The third contact 6:55´14" sun altitude 4.145° eclipse of partial 1.00% eclipse of partial 99% 6:55´50" sun altitude 4.212° eclipse of partial 0.99% eclipse of partial 98% 6:56´30" sun altitude 4.287° eclipse of partial 0.98% eclipse of partial 95% 6:58´00" sun altitude 4.456° eclipse of partial 0.95% eclipse of partial 90% 7:01´00" sun altitude 4.794° eclipse of partial 0.90% eclipse of partial 80% 7:06´00" sun altitude 5.361° eclipse of partial 0.80% A total eclipse of the sun of sun an altitude of 4 eclipse of partial 70% 7:11´30" sun altitude 5.990° eclipse of partial 0.70% degree seen on December 4, 2002 eclipse of partial 60% 7:16´40" sun altitude 6.594° eclipse of partial 0.60% eclipse of partial 50% 7:22´00" sun altitude 7.199° eclipse of partial 0.50% eclipse of partial 40% 7:27´20" sun altitude 7.817° eclipse of partial 0.40% eclipse of partial 30% 7:32´50" sun altitude 8.456° eclipse of partial 0.30% eclipse of partial 20% 7:38´10" sun altitude 9.076° eclipse of partial 0.20% eclipse of partial 10% 7:43´30" sun altitude 9.698° eclipse of partial 0.10% eclipse of partial 5% 7:46´30" sun altitude 10.047° eclipse of partial 0.05% The fourth contact 7:49´03" sun altitude 10.344° eclipse of partial 0.00% |
