About the Study:
- It was carried out by Researchers using seismic wave data and an Earth-like geophysical model to identify a layer of fractured igneous rock, filled with liquid water, 10-20 km deep in Mars’ crust.
- Key Findings:
- Location: Water is in fractured igneous rock 10-20 km deep, likely seeped from the surface billions of years ago.
- Extent: Water in rock fractures could fill a 1-2 km-deep ocean if widespread.
- Significance of the Findings:
- Enhances understanding of Mars’ water cycle, potentially unlocking insights into the planet’s climate, surface, and interior evolution.
- Could aid in the ongoing search for evidence of life on Mars.
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Why in News?
A recent study by the University of California San Diego suggests the first discovery of liquid water, possibly in large amounts, deep in Mars’ crust, beyond the known polar ice.
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