Martian Ice

NASA's study explores how Martian ice could harbour life by creating meltwater pockets beneath the surface that allow photosynthesis. Dust within the ice might absorb sunlight, warming it enough to create these pockets. The findings highlight the possibility of microbial life in Mars’ tropical regions, where sunlight may penetrate deep into the i...

NASA's latest study proposes that meltwater beneath Mars' icy surface could sustain microbial life. Researchers utilised advanced computer modelling to demonstrate that sunlight can penetrate water ice enough to allow photosynthesis in shallow meltwater pools. These pools, which may form in the Martian tropics, could provide a protective environmen...

The first explorers on Mars may build their homes using the ice beneath their feet to effectively protect them from the harsh martian environment and provide a safe place to call home, NASA scientists say.

The Martian ice began its retreat about 370,000 years ago, marking the end of the last ice age, according to the research published in the journal Science.

An analysis of radar images that peered inside the polar ice caps of Mars shows that Earth's neighbor is coming out of an ice age that is part of an ongoing cycle of climate change, scientists said on Thursday.

Adding to the growing literature on possible life conditions on the Red Planet, new research from NASA's Mars rover Curiosity shows that it is possible that there is liquid water close to the surface of Mars.

Mars has thousands of glaciers buried beneath its dusty surface, enough frozen water to blanket the planet with a 3.6-foot(1.1- metre) thick layer of ice, scientists said on Wednesday.

NASA and an international team of planetary scientists have found evidence in meteorites on Earth that indicates Mars has a distinct and global reservoir of water or ice near its surface.

Researchers have discovered that water could have flowed on the surface of Mars with the help of salt present in the Martian soil that can melt ice.

NASA's study explores how Martian ice could harbour life by creating meltwater pockets beneath the surface that allow photosynthesis. Dust within the ice might absorb sunlight, warming it enough to create these pockets. The findings highlight the possibility of microbial life in Mars’ tropical regions, where sunlight may penetrate deep into the i...

NASA's latest study proposes that meltwater beneath Mars' icy surface could sustain microbial life. Researchers utilised advanced computer modelling to demonstrate that sunlight can penetrate water ice enough to allow photosynthesis in shallow meltwater pools. These pools, which may form in the Martian tropics, could provide a protective environmen...

The first explorers on Mars may build their homes using the ice beneath their feet to effectively protect them from the harsh martian environment and provide a safe place to call home, NASA scientists say.

The Martian ice began its retreat about 370,000 years ago, marking the end of the last ice age, according to the research published in the journal Science.

An analysis of radar images that peered inside the polar ice caps of Mars shows that Earth's neighbor is coming out of an ice age that is part of an ongoing cycle of climate change, scientists said on Thursday.

Adding to the growing literature on possible life conditions on the Red Planet, new research from NASA's Mars rover Curiosity shows that it is possible that there is liquid water close to the surface of Mars.

Mars has thousands of glaciers buried beneath its dusty surface, enough frozen water to blanket the planet with a 3.6-foot(1.1- metre) thick layer of ice, scientists said on Wednesday.

NASA and an international team of planetary scientists have found evidence in meteorites on Earth that indicates Mars has a distinct and global reservoir of water or ice near its surface.

Researchers have discovered that water could have flowed on the surface of Mars with the help of salt present in the Martian soil that can melt ice.