Lunar eclipse begins at 8:57 p.m. March 13. The eclipse ends at 3 a.m. March 14. The only total lunar eclipse visible in the U.S. this year is set for the night of March 13. Lunar eclipses occur ...

A total lunar eclipse, the first in nearly three years, will be visible across the U.S. the night of March 13 into early March 14. This celestial event happens when the Earth is positioned ...

Lunar eclipse begins at 8:57 p.m. March 13. The eclipse ends at 3 a.m. March 14. The only total lunar eclipse visible in the U.S. this year is set for the night of March 13. Lunar eclipses occur ...

In the early morning hours of March 13 into 14, the Earth will pass between the sun and moon, resulting in a total lunar eclipse. As the Earth shifts in front of the sun, blocking its light ...

A total lunar eclipse, the first in nearly three years, will be visible the night of March 13 into early March 14. The eclipse will be visible to the naked eye, but binoculars or telescopes can ...

The countdown for the year's first total lunar eclipse begins. The celestial event, which will see the moon change to rusty red hues, will occur in the U.S. on the night of March 13-14.

Here's how to watch all the total lunar eclipse action unfold live and online so you don't miss a second of the dramatic "Blood Moon" on March 13. Editor's note: Wow, what a show! You can see some ...

Here's what to know. What time will the total lunar eclipse be visible in Detroit? In Detroit, the eclipse will be begin at 11:57 p.m. Thursday, March 13, and end at 6 a.m. Friday, March 14 ...

The forecast for the lunar eclipse on the night of Thursday, March 13 is leaving something to be desired on the East Coast.

The only total lunar eclipse visible in the U.S. this year is set for the night of March 13. Lunar eclipses occur when Earth is positioned precisely between the Moon and Sun at the full moon phase ...

The only total lunar eclipse visible in the U.S. this year is set for the night of March 13. Lunar eclipses occur when Earth is positioned precisely between the Moon and the Sun during the full ...