Mars and the Earth climate and landscape

Mars and the Earth climate and landscape In our study of our planet, there are pattes in erosion and the landscape, from years of runoff. Who has ever looked at the landscape from a vantage point you can use pattes and similarities. There are models of erosion? We do not have similar pattes here on Earth as on the surface of Mars? Actually we wanted have.Anyone was a pilot and flew over the desert, a mountain or even in a glider with the updrafts and projects down to understand that the patte of erosion there. We know that the fluid dynamics of water, pressure or heat, slowly, over time, leads to a mountain river silt, and finally, the patte of erosion from the top down. In fact, some of the best farmland in the world is at the bottom of a mountain, where the water wash the pellet in a valley. Or when a glacier polished rock was in fine sand, where a volcano has been placed on large areas and makes it extraordinary dust, dirt and other factors in an apartment plain.We see all of this on Mars, too. But cultures have studied these things on earth for centuries. Without entering into the debate between Neptunists and Plutonists or why are the clams in the Alps and the Rocky Mountains and the highest increases because there are plate tectonics, shape, and sometimes to extend or as volcanoes and earthquakes occur in this discussion, it is safe to say that what Hutton and others discussed at the Royal Society of Edinburgh and others in Geological Society in 1830 all 745 of them actually understand that nature is a brilliant series of interconnected systems and? s models, cycles, pattes and frequencies can be quantified and, finally, completely explained.They that, in fact, could be explained by the structures in mathematics and is very easy to find today, with a super computer with a slight modification in the way we observe, and were taught to lea to use mathematical equations to explain the system Earth. If you read? The theory of the earth? e? Magnum Opus? by Hutton, and understand his thinking on models of erosion, all this would finally be noted that smooth.We know that since our earth wobbles slightly and is not perfectly smooth, and a moon, and Fluid Dynamics, the constantly evolving in our seas, with waves that break in volcanic activity is seen with an error of the atmosphere, the heat of the sun, etc., that we have never had a perfectly good planet unless the man takes on simplify its own existence through the abolition of the moon, the planets of compensation, such as wheels on a bicycle through the icebergs might move from the polls, the movement of groundwater, the distribution of mass or change in the heat from the sea which we are not yet technologically capable, there are significant implications for other models, if you did.The energy to do things are not currently in our area, but we are in the area. We are in the vicinity since the age of the computer, the computer and the ability of brilliant minds, entry into the mysteries of the cosmos. As we have waves of gravity, time, light, energy, sound, the earth and the human spirit, we can say that everything is not as complicated as it seems, it seems complicated, but from our point of view in this Currently linear. This means that we are able to quickly reverse our climate is changing? Probably not, the land that is for us, that is, as the climatic cycles here. This means that we can see the Martian environment and landscape? Ah, Terran, and one day there will be, yes. And maybe sooner than you think, but it seems. There are human colonies on the Red Planet one day. "Lance Winslow" - Online Think Tank forum board. If you have innovative ideas and unique perspectives, we think with Lance;