yes cause it has ice caps
For one, we know there are polar ice caps on mars that consist of ice. Second, there are gorges that show where water once flowed.
Yes there is proof that there was water on Mars and possibly even life.
While the preliminary evidence would indicate a resounding "No!", further investigations seem to lead us to believe that water once existed on Mars. Therefore, floods wereat one time possible.
There is no known evidence of liquid water every having existed on Venus, but it is quite possible that surface conditions were once very different from what they are now. Note that the surface of Venus has not been studied as extensivley as the surface of Mars.
We have found minerals and other formations on Mars that show it once had bodies of liquid water. As we currently understand it, liquid water is the most important ingredient for life.
plants and animals but of course rare kinds.
Scientists have proven that liquid water once existed on Mars. Currently Mars is too cold and atmospheric pressure is too low for water to remain liquid, so both temperature and surface pressure must have been higher.
Mars is known to have dry river beds, which are evidence of past water flow on the planet. These ancient river channels suggest that liquid water may have once existed on the Martian surface.
nobody ever knows if there is life on mars. But there could be since Mars is alike Earth. But without proof nobody knows
nobody ever knows if there is life on mars. But there could be since Mars is alike Earth. But without proof nobody knows
mars. now tell me why they think that?
Evidence suggesting that Mars may have once had liquid water includes the presence of ancient river valleys, lakebeds, and mineral deposits that typically form in water, such as clays and sulfates. Additionally, spacecraft have captured images of features resembling river deltas and possible shorelines, indicating past water flow. Analysis of Martian soil and rocks also reveals hydration, further supporting the idea that liquid water existed on the surface in Mars' early history.