https://www.space.com/41272-mars-liquid-water-below-ice-cap.html?utm_source=notification
The Red Planet just got quite a bit bluer, with scientists announcing the discovery of what they believe is a lake that's about 12 miles across and hidden below a mile (1.6 kilometers) of ice at the south pole of Mars.
What I think that scientists have found on Mars is the bottom of the oceans of Mars. Mainly the circulatory systems that would be needed so that water could evaporate into an atmosphere and the condense back into water.
See the Miller-Urey experiment: https://en.wikipedia.org/wiki/Miller–Urey_experiment
On Mars the same Miller-Urey experiment would need to take place in order to create a circulation effect of the gases in the atmosphere of Mars.
Over hundreds of millions of years after the water evaporated, winds on Mars broke the high mountains down into grains of fine sand like material that covers Mars today. I would have to say that if science drilled down to where erosion has been found to not have taken place that the volume of soil on top it and all across the surface of Mars would be more than enough to build plateaus.
When we look at Mars, especially in the regions where water has been discovered that those areas are in fact part of the circulation system of Mars once vibrant oceans.
The Red Planet just got quite a bit bluer, with scientists announcing the discovery of what they believe is a lake that's about 12 miles across and hidden below a mile (1.6 kilometers) of ice at the south pole of Mars.
What I think that scientists have found on Mars is the bottom of the oceans of Mars. Mainly the circulatory systems that would be needed so that water could evaporate into an atmosphere and the condense back into water.
See the Miller-Urey experiment: https://en.wikipedia.org/wiki/Miller–Urey_experiment
On Mars the same Miller-Urey experiment would need to take place in order to create a circulation effect of the gases in the atmosphere of Mars.
Over hundreds of millions of years after the water evaporated, winds on Mars broke the high mountains down into grains of fine sand like material that covers Mars today. I would have to say that if science drilled down to where erosion has been found to not have taken place that the volume of soil on top it and all across the surface of Mars would be more than enough to build plateaus.
When we look at Mars, especially in the regions where water has been discovered that those areas are in fact part of the circulation system of Mars once vibrant oceans.