A space agency is taking aim at the moon with a new Moon mission that could help us understand how our solar system evolved.
The International Space Station is the best-known example of how our universe evolved, but scientists are keen to use the Moon to help explain how the solar system developed.
The Moon is a vast and rocky object with a diameter of about 1.2 million kilometres (930,000 miles).
The Moon has a surface temperature of about 3,000 degrees Celsius (7,000 Fahrenheit) and a gravity of 0.6g.
It’s covered in a thick blanket of water, so gravity is not as strong as it is in Earth’s oceans.
The moon is covered in water and it’s the only known object in the Solar System that has oceans.
Its atmosphere is made up mostly of hydrogen and helium, which gives it a very strong greenhouse effect, which traps heat in the Earth’s atmosphere.
The atmosphere of the Moon is also composed mostly of nitrogen, which makes it a rich source of water.
But the Moon doesn’t just store and release water.
It also contains a lot of ice.
This is what’s known as a polar ice cap, a layer of ice that is in contact with the Earth.
This layer is called the ice core and the ice in it contains the information needed to predict how the climate of the moon changed.
A lot of the ice is also frozen solid, which is why the moon’s crust is so fragile.
This means the crust has a very high degree of erosion, which could explain how our planet formed.
The ice in the crust can also cause water vapor to form in the lunar atmosphere, which in turn could give us a better idea of the climate at the time.
If we can understand how the lunar crust is formed and how the water vapor and ice is stored, we can better understand how much carbon dioxide is in the atmosphere.
If all we know about Earth is that we are made up of rocks, then we need to figure out how we came to be.
And if we can also understand how Earth came to form, we might be able to figure how the Earth is changing, too.
A new moon mission that’s called ExoMars could help answer these questions.
The ExoMart mission will launch in 2021 and would study the Moon’s ice, water, and surface.
It’s hoped that Exo Mars will shed new light on our origins.
ExoMars is named after a German space exploration company, Exoplan, which was founded in 2003.
ExoPlan has a mission to Mars called Exos-1 that would explore a moon called Mimas.
This is a huge moon with an estimated surface area of about 50 square kilometres.
The mission would take a robotic probe to the surface and back to Earth, taking samples of soil, ice, and rock.
It would then return to the Moon.
The goal of the Exo mission is to find out what happens to the rocks in the Moon after the rover leaves the surface.
This would help us figure out what happened to the early Earth.
In 2018, NASA released a study that showed that the rocks on the Moon had formed over millions of years and were covered in organic materials.
It also said that a lot was still unknown about the formation of the Earth, including how our atmosphere came to exist.NASA wants to use Exo to learn more about the Earth and its origins, and it has also been working with the UK Space Agency to look at the Moon and Mars.
This means that the Moon could be a major focus for NASA’s Moon mission.
A moon mission on Earth would be very different.
The Moon is much smaller, has much less atmosphere, and is much more stable.
This makes it less likely to cause the Earth to get blown off course or hit by debris from another planet.
There are also safety concerns about flying on the moon, such as the potential for rocks and debris to fall into the Earth if the spacecraft crashes.
But we’ve been here before.
The first humans landed on the surface of the surface moon of Mars in 1908.
This mission is known as Pioneer 11.
The next human landing on the lunar surface will be made in 2023.
This time, however, we have the capability to land and send a robot to the moon.
This robot will be able carry out a survey of the lunar landscape.
The rover will be sent back to the Earth after a few months.NASA is keen to find new ways to study the lunar environment.
The ExoMission is designed to provide a better understanding of the origins of the Solar Wind, the ionosphere and the magnetosphere, and how they interact with the Sun’s magnetic field.