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Moon

An astronaut on the Moon collects a lunar sample with a rake.
Posted inNews

Astronauts Could Live in Structures Made from Moon Rocks

by Kaia Glickman 12 December 202512 December 2025

Scientists are testing “mooncrete,” a concrete analogue made from lunar regolith, as a potential material to build structures on the Moon.

Image taken by Mars Curiosity Rover of the Martian surface showing its parallel wheel tracks (center, spaced 9 feet apart) in red Martian regolith. In the center of the image, the regolith appears to be fine grained. On both sides, slopes are studded with boulders and cobbles of varying shades of red and gray black. The regolith in the foreground is scattered with many angular red or gray cobbles. The gray Martian sky forms the backdrop with red hills in the distance.
Posted inNews

Fungi, Fertilizer, and Feces Could Help Astronauts Grow Plants on the Moon

by Alka Tripathy-Lang 1 December 20251 December 2025

A new study offers tantalizing evidence that filamentous fungi extending from roots, along with treated astronaut waste, could provide sufficient scaffolding to help plants grow in planetary regolith.

Photo of a large crater on the moon.
Posted inEditors' Highlights

Gravity with an “Edge”: What Lies Beneath Aristarchus Crater

by Graziella Caprarelli 15 September 202511 September 2025

A method combining three different approaches to the processing and analysis of GRAIL data from the Moon defines areas of sharply contrasting densities beneath Aristarchus Crater.

Composite image of Keeler Crater on the Moon highlighting the presence of boulder fall tracks.
Posted inNews

Scientists Track Down Fresh Boulder Falls on the Moon

by Unnati Ashar 27 August 202527 August 2025

By poring over thousands of satellite images, researchers geolocated 245 fresh boulder tracks, revealing signs of seismic activity or impact events within the last half-million years.

2 maps from the study.
Posted inEditors' Highlights

Nearly 94 Million Boulders Mapped on the Moon Using Deep Learning

by Jean-Pierre Williams 6 August 20255 August 2025

Scientists used a deep learning algorithm to map the size and location of nearly 94 million boulders on the lunar surface, highlighting differences in boulder densities and size distributions.

An illustration of a space telescope in front of a purple galaxy
Posted inResearch & Developments

NASA Science Faces an “Extinction-Level Event” with Trump Draft Budget Proposal

Kimberly M. S. Cartier, News Writing and Production Intern for Eos.org by Kimberly M. S. Cartier 11 April 20255 May 2025

The initial draft of President Donald Trump’s budget request proposes devastating cuts to NASA’s science research, future space missions, and field centers.

A boxy machine with legs at its corners sits atop a battered gray landscape.
Posted inNews

Lunar Ice Might Be Easier to Reach Than We Thought

Damond Benningfield, Science Writer by Damond Benningfield 11 April 202511 April 2025

An instrument aboard the Vikram lander suggests that buried water ice could be found at higher latitudes, making it more abundant and easier to extract than previously believed.

Heavily cratered surface of the Moon with two linear valleys radiating from a large central crater
Posted inNews

Impact Spewed Debris Away from the Moon’s South Pole

by Jonathan O’Callaghan 1 April 20251 April 2025

Two valleys extending away from a giant crater suggest that upcoming Artemis missions are more likely to sample ancient lunar terrain than impactor material.

一位艺术家描绘的地幔和地核
Posted inResearch Spotlights

月球潮汐暗示着存在熔融月球层

Sarah Stanley, Science Writer by Sarah Stanley 19 February 202519 February 2025

新的月球重力测量结果支持了这样一种观点,即部分熔融的地幔层夹在月球地幔的其余部分和月球内核之间。

A rocket launches at sundown.
Posted inNews

Latest Moon Mission Is Old, New, Borrowed, and Blue

Kimberly M. S. Cartier, News Writing and Production Intern for Eos.org by Kimberly M. S. Cartier 14 January 202514 January 2025

Firefly Aerospace hopes to kick off 2025 by sticking a lunar landing. Science from the mission’s 10 NASA payloads could help guide future Moon missions.

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A view of a bridge, with the New Orleans skyline visible in the distance between the bridge and the water. A purple tint, a teal curved line representing a river, and the text “#AGU25 coverage from Eos” overlie the photo.

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14 January 202614 January 2026
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Where the Tianshan Will Break Next: Strain, Slip, and Seismic Hazard

14 January 20269 January 2026
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Hydrothermal Circulation and Its Impact on the Earth System

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