New Red Planet Research

The planet Mars is a red plant that is found in the Solar System in the Milky Way Galaxy one planets farther from the sun than Earth. The planet Mars has a very thin atmosphere full of primarily carbon dioxide. The surface of Mars is very dusty and rocky because of volcanoes. The geology of Mars is different from Earth in many ways including the amount of volcanoes, mountains, valleys, and internal makeup.

When scientists colonize mars it will give people the opportunity to find ice underground, it well inspire so many people, and it will allow mankind another place to live. People are ready to go to mars for things the Earth needs. It will be a expensive trip but scientists can do

What do you think we would do if someone from anther planet landed in the U.S and claimed it as his territory because he had discovered it? How would you feel about this?

In last couple year’s evidence of water on mars has grown exponentially. The geography of Mars suggests that water was once there. This is because they have found runoff channels in the southern highlands and outflow channels that are almost exact to how they are on Earth, which obviously does have water. The Mars Reconnaissance Observer and Mars Express found deposits of clay in the southern highlands that some researchers say is a strong sign that water was there. Some others argue that the clay could be formed by other elements on Mars, such as wind. Also, the Mars Express detected hydrated’ chemical compounds in the surface of rocks over large areas, which means it

NASA and ESA have been the main factors of developing space ships that will reduce the factors of failure or risk of the mission. Technology is not the greatest problem itself, space agencies probably have enough technology to go to Mars, considering that our current cell phones have more technology more than Apollo 13 did. The challenge itself is to identify every risk and every step with its details and consequences. We always have to remember that before we can run, we have to walk, and before we can explore the space, we have to leave our planet and be confident about our surroundings. There are some pretty big gaps in our abilities, including the fact that we can't efficiently store the necessary fuel long enough for a Mars trip, more fuel means more weight, and more weight means more fuel to operate. We also don't yet have a vehicle capable of landing people on the Martian surface, and we aren't entirely sure what it will take to keep them alive once there. Sure fuel is not the only thing that human needs if they lived went to

Before the sailor flybys in the 1960s, scientist thought Mars had water and life, even if it was just some sort of plantlike lichen. Mars has water, frozen underground and at the polar caps. There is (event(s) or object(s) that prove something) that this water has, in the past and present, flooded the surface in liquid from. Signs of wearing away can be

Did you watch The Martian in the movie theaters? It’s hard to make the distinction between science fiction and reality. This paper is dedicated to describing the geology of Mars in reference to our own planet. How do the two planets relate? On a fun note, is there any point in going to Mars? In conclusion, with the power of research, this paper will unlock the mystery surrounded with the geology of Mars.

Preview Statement: The possibility of life on mars is an extravagant topic to look at. Before that, we must analyze Mars itself along with its conditions. First, we will talk about the ice caps located on Mars. Second, we will examine the water streaks on Mars. Third we will observe if the red planet is inhabitable for humans to conquer it.

Its thin atmosphere and most likely a completely waterless surface shows that any life that was to land on the Red Planet would have a hard time trying to survive. At that time, when life was found on Earth, Mars had an ocean, volcanoes and deltas, the difference between Mars and Earth is Mars rapidly lost its hold on habitability. According to scientist Mars lacks the ability to have a protective magnetic field, most of the water left the surface and escaped into space, this was caused by the exposure of the surface to the cosmic rays and ultraviolet light. There were only a few packs of water left on the surface, some remained at the poles whereas others may have remained under the

Mars is the fourth planet in the solar system, and is one of four terrestrial planets that includes Mercury, Venus, Earth and Mars. Mars began its formation 4.6 billion years ago, along with the rest of the solar system. On the surface of Mars, there are large channels that appear to have been carved out by flowing water. Although nothing is certain, there is overwhelming support for the idea that Mars did in fact have flowing water on its surface. There is strong evidence to prove this, hence the channels, but if Mars did have water, where did it all go? Today, Mars is much too cold for water to exists. There is no atmosphere to contain the water if it did exist, so it would go straight from solid ice to water vapor, never reaching its liquid stage (“The Case of Missing Mars Water,” 2001). One theory for the disappearance of water on Mars

It is also said that the United States government has the technology to travel to Mars and that they have secretly taken humans from planet earth over to Mars since the late 60's. It is said that Mars has is very much like Earth and not as red as commonly portrayed on the surface. Vegetation is said to be scarce on the moon and therefore there is not much oxygen

This finding comes in a long string of other findings that water once existed on Mars. Just last month,

The exploration of Mars terrain is offering mankind even more incite into how our solar system was developed in the past. There are still many sites that have yet to be explored. The region of Mawrth Vallis is one of the oldest valleys on Mars. It was formed from cataclysmic floods and contains large amounts of phyllosilicate. These are clay-like minerals that only form in the presence of water. These minerals can easily preserve microscopic life.

NASA tends to get all the credit for major space findings however, it's the European Southern Observatory that is making headlines now. According to scientists, Proxima Centauri, is a red dwarf star. This red dwarf is smaller and colder than our sun. Yet, it's warm enough to sustain life on other planets. The life on this new exoplanet

The terrestrial planet Mars is a topic of conversation many scientists have been invested in for the past few centuries. There has been historical evidence found that astronomers had been drawing maps of Mars since 1860s, with a very good attempt for its time being drawn by German/Italian astronomer G.V Schiaparelli in 1877. One might begin to ponder why Mars has been such a large interest in the astronomy field. The red planet is a huge topic of debate because scientists believe there is a possibility of life, although this has not been vastly established it has yet to be concretely disproven. Life consists of things that are able to take in energy from the environment and transform it for growth and reproduction, stimulation fosters a reaction-like motion, and anything that has life will grow and develop.1 Finding life on Mars is more significant than one might initially imagine, Earth may potentially see an end due to global warming, collision between the Milky way and the Andromeda Galaxy, or many other causations, which is even more reason the human race may need to find a second home. Mars is filled with new mysteries that we have yet to discover that may be the secret to establishing Mars as our new beginning for the human race. Mars, also known as the red planet is four planets away from the Sun measuring out a distance of 1.52 AU. The surface temperature of Mars ranges from -87OC to -5OC. It also experiences twenty-four hours of daylight, which is unlike Earth. Mars