SPACELibyan Desert Glass, confirmed as meteorite impact origin, unravels mystery with insights into Earth's past, but crater location questions remain. Read on to learn more details.
Unlike other mountain ranges, in between Baijifeng mountain's two peaks is a 1.6-kilometer gap, exhibiting patterns that indicate an asteroid impact. Read to learn more.
The ancient impact structures left on Earth by its collision with astronomical objects provide a lot of information, yet they are starting to vanish from the surface of our planet. Learn more about it in this article.
More than 70 years ago, scientists were debating the origin of the depression found in a French winery with some believing it could be a meteorite impact. Check out how scientists confirmed it and ended the decades-long debate.
Research payoffs from the Meteor Crater formed 50,000 years ago are still ongoing, providing insights that no other place on Earth can. Read the article to learn more about it.
Researchers believed that the West Africa impact crater is related to Chicxulub Crater and was the second impact from the asteroid that hit the Earth and wiped off the dinosaurs. Continue reading for more details.
Curtin’s Space Science and Technology Centre revealed the exact impact crater of the oldest Martian meteorite Black Beauty a.k.a Northwest Africa 7034. Continue reading to know more about the location of the home crater.
The Mars Express rover of ESA captured new images of Mars’ Brain Terrain. Learn more about these satellite images revealing large craters in the Solar System.
A joint probe mission of ESA and Roscosmos captured a giant tree stump from the Martian surface. One of the probes on Mars recently captured a strange image on the planet's surface.
The crater detection algorithm "automatically counts the visible impact craters" from a high-resolution image, a planetary research team from the United States, Australia, France, and Côte d'Ivoire has analyzed the formation of over 500 massive impact craters on Mars.
Researchers from Curtin University used a machine learning algorithm that analyzes high-resolution images to pinpoint the likely origin of the Martian meteorites that landed on Earth.
Brown University geologist Peter Schultz revealed the reason behind the scoured surface streaks on Mars. An impact crater on Mars generates tornado-like winds that make such patterns.
Following their analysis on the basin in Falkland islands, a team of scientists concluded the basin exhibited traits of a large ancient meteorite impact.