This Thursday night, for the first time in nearly two-and-a-half years, our planet's faithful companion is going to get fancy ...

The eclipse began slightly before midnight Friday as the moon’s surface slowly started to darken. Just after midnight, a partial eclipse began, with a noticeable “chunk” of the moon’s surface becoming ...

Zhao the Moonslayer is one of the best new cards from the Magic: The Gathering x ATLA set - a great example of how a ...

A full lunar eclipse — also known as a blood moon — will be visible from Long Island tonight, and stargazers are over the moon. The Moon will slowly disappear, then become a rich blood-red, and ...

A total lunar eclipse delighted stargazers overnight on Sept. 7-8 with a spectacular display of orbital mechanics that briefly turned Earth's natural satellite blood red. This week's total lunar ...

Set a middle-of-the-night alarm and turn your eyes to the sky! There’s a total lunar eclipse that starts late-night tonight, Thursday, March 13, and it will reach totality in the early morning hours ...

You can see a red moon across Colorado this week, if you can stay up late enough. The Western Hemisphere will be treated to a dusty red moon during a total lunar eclipse on late Thursday night into ...

A 2019 Super Blood Wolf Moon made its appearance despite widespread cloud cover. (File photo composite by Chris Stone/Times of San Diego) If the clouds clear enough on Thursday night and very early ...

A blood moon, which occurs during a total lunar eclipse, will be visible in Tennessee on March 13-14. This week's full moon won't just be any regular full moon. For the first time in three years a ...

March's full moon, known as the "Blood Moon" because of its red hue, will be visible this week across the U.S. The moon will be entirely red around 2:58 a.m. on Friday. Cloud cover in the Binghamton ...

The eclipse began slightly before 11 p.m. CT on Thursday as the moon’s surface slowly started to darken. Just after midnight, a partial eclipse began, with a noticeable “chunk” of the moon’s surface ...