The Wolf Moon will reach its peak fullness at 5:27 p.m. Eastern Time on January 13. It will rise in the sky about an hour ...

Mars will disappear behind the bottom of the moon around 9:16 p.m. ET and reappear behind the upper right of the moon at 10:31 p.m. ET. January’s full moon is commonly called the wolf moon ...

Skywatchers are in for a rare treat as January’s Full Wolf Moon aligns with Mars in a celestial event called a lunar occultation. On the evening of Monday, Jan. 13, the Moon will pass directly in ...

The moon performed a cosmic ballet with Mars this week. On Monday evening (Jan. 13), the Full Wolf Moon passed in front of Mars in what's known as a lunar occultation, during which another ...

In Boston and surrounding towns, this phenomenon will occur between 9:26 p.m. and 10:42 p.m. (disappearance and reappearance ...

Although the rising of the Wolf Moon will be best seen during dusk on Tuesday, Jan. 14, the previous night will see a near-full moon occult Mars. That will occur high in the sky and be visible ...

Traditionally, the January full moon is known as the "Wolf Moon." At the moment it officially ... By sheer coincidence, Mars is also opposite to the sun, though its actual moment of "opposition ...

The first full moon of the 2025 called 'Wolf Moon' that seen next to Mars rises over the sky during ... [+] a lunar occultation of Mars in Charlotte, United States on January 13, 2025. The next ...

Mars still is spectacularly brilliant, as brilliant as it will be for another 26 months. When the Red Planet again falls into an orbit opposite the sun - called “opposition.” It is so bright that with ...

Here's what January's new moon means for your zodiac sign, according to celebrity astrologer Kyle Thomas. It rises on Jan. 29 ...

Skywatchers are in for a rare treat as January’s Full Wolf Moon aligns with Mars in a celestial event called a lunar occultation. On the evening of Monday, Jan. 13, the Moon will pass directly in ...

An opportunity to see the moon occult a bright planet at night does not happen too often; for Mars, a specific location on Earth can see it happen (on average) once about every 14 years.