One popular theory is that when mars lost its atmosphere, the liquid water evaporated into space.
Mars has evidence of erosion by water, including river valleys, channels, and minerals formed in the presence of water. Mars once had liquid water flowing on its surface, shaping the landscape over time.
There is evidence that there was once water on Mars due to large gullies on its surface. This may suggest that running liquid water may have eroded it away and the fact that Mars has 'frozen' ice caps may suggest that it was once liquid water that had frozen over a large period of time.
Evidence of ancient water channels, lakes, and glaciers on Mars, suggesting the presence of liquid water in the planet's past. Identification of methane in the Martian atmosphere, hinting at potential microbial life or geological activity. Detection of diverse minerals and geological formations, providing insights into Mars' geological history and potential habitability.
1.Found on Mars solid ice, show that also have liquid water there. 2.Calcium carbonate is an important symbol of liquid water . 3.Mars is the presence of water on Mars clouds of "suspected evidence" . 4. perchlorate and groundwater evidence. 5.Microbial, is the best evidence that the presence of water Mars.
What happened to the water on mars h'm its simple really. A long time ago about 10000 million million years ago mars had water all over its surface in seas and oceans like earth. But one day a giant solar flare burst-ed out of the sun straight at mars. Mars had a ozone to protect but not as strong as earths. The solar flare made the ozone layer evaporate and evaporated all the water mars had ever had except for the polar ice caps. Then mars became a dirt land of nothing. Mars had water but probably never will again.
Mars has evidence of erosion by water, including river valleys, channels, and minerals formed in the presence of water. Mars once had liquid water flowing on its surface, shaping the landscape over time.
Parts of Mars do experience freezing temperatures, especially at night when temperatures can drop significantly. However, Mars is not entirely frozen. There are regions on Mars where the temperatures can be warm enough to allow water in liquid form to exist temporarily.
There is evidence that there was once water on Mars due to large gullies on its surface. This may suggest that running liquid water may have eroded it away and the fact that Mars has 'frozen' ice caps may suggest that it was once liquid water that had frozen over a large period of time.
Mars does not have large bodies of liquid water on its surface like Earth does. There is evidence to suggest that Mars once had liquid water on its surface in the past, but it has mostly evaporated or frozen over time. Today, any water on Mars exists mostly in the form of ice or vapor.
Liquid water cannot exist for long on Mars' surface because of the low atmospheric pressure and low temperatures. The thin atmosphere on Mars leads to rapid evaporation of liquid water, while the cold temperatures cause it to freeze quickly. This combination prevents liquid water from persisting on the surface for an extended period of time.
Evidence of ancient water channels, lakes, and glaciers on Mars, suggesting the presence of liquid water in the planet's past. Identification of methane in the Martian atmosphere, hinting at potential microbial life or geological activity. Detection of diverse minerals and geological formations, providing insights into Mars' geological history and potential habitability.
There is no liquid water on the surface of Mars. The atmospheric pressure is so low and the temperatures are so cold that any water on the surface would freeze and boil at the same time.
Not that we have found, but there are ice caps made of CO2 and water. also, we have found what seem to be dry riverbeds, suggesting that mars once had liquid water and may at one time have been not so different from earth
There was water at one time on Mars.
Earth has a stable liquid water supply primarily due to its optimal distance from the Sun, which allows for a suitable temperature range, along with a thick atmosphere that creates pressure to keep water in liquid form. In contrast, Mars is farther from the Sun, leading to colder temperatures, and its thin atmosphere lacks the necessary pressure to support liquid water, causing any surface water to freeze or evaporate. Additionally, Mars has lower gravity, which contributes to its inability to retain a substantial atmosphere over geological time, further limiting the presence of liquid water.
Earth has a stable supply of liquid water due to its optimal distance from the Sun, a suitable atmosphere that maintains pressure, and a magnetic field that protects against solar radiation. In contrast, Mars lacks a thick atmosphere, leading to low pressure that causes water to freeze or evaporate quickly. Additionally, Mars' surface temperatures are generally too cold for liquid water to exist without being under pressure, and it has lost much of its water over time due to atmospheric escape. These factors contribute to Earth's abundant liquid water, while Mars remains arid.
1.Found on Mars solid ice, show that also have liquid water there. 2.Calcium carbonate is an important symbol of liquid water . 3.Mars is the presence of water on Mars clouds of "suspected evidence" . 4. perchlorate and groundwater evidence. 5.Microbial, is the best evidence that the presence of water Mars.