The best views of the September 2025 total lunar eclipse will be in Asia and western Australia. According to Time and Date, a ...

Global map of lunar hydrogen: Data confirms role water played in moon's formation Date: July 20, 2022 Source: Johns Hopkins University Applied Physics Laboratory Summary: Using data collected over ...

When is Lunar New Year in 2025? And why do people wear red as part of the celebrations? Answers to these questions and more as we say goodbye to the Dragon and enter the Year of the Snake.

The science team that oversees the imaging system onboard NASA’s Lunar Reconnaissance Orbiter (LRO) has released the highest resolution near-global topographic map of the Moon ever created.

Why It Matters Cultures across Asia traditionally follow the lunar calendar, as opposed to the Gregorian solar calendar followed across much of the world, so the new year's dates fall on different ...

This is a lunar global topographic map with a grid size of 0.0625o×0.0625o based on the CE-1 lunar DEM model CLTM-s01. In Lambert Azimuthal Equal-Area projection, the left is the far side with ...

A new pair of lunar maps lets you explore the moon without bothering to get off Earth first. The United States Geological Survey (USGS) recently posted online two moon maps -- a photo mosaic and a ...

The latest, most detailed map offers the best view yet of the lunar south pole, considered a prime target for a manned landing after 2020.

Explore the 2025 lunar calendar with full and new moon dates and times, in addition to peak annual meteor showers and a total lunar eclipse in March.

Lunar eclipses of 2025 Lunar eclipses are inextricably tied to the full moon. To find out where and when you can see the next lunar eclipse check out our lunar eclipse guide.

The near-global topographic map was constructed from 69,000 WAC stereo models and covers the latitude range 79*S to 79*N, 98.2% of the entire lunar surface.

Scientists from the Johns Hopkins APL have compiled the first complete map of hydrogen abundances on the Moon’s surface.