remote sensing of environment impact factor

by Radhe Gupta
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If you’ve ever seen the movie The Martian, you may remember that the NASA satellite program is called AERON. The AERON satellites are part of the Orbiting and Intercepting Solar System (OIS) program. OIS has been around since the early 1990s, and their mission is to accurately measure the Earth and other planets’ radiation and magnetic fields.

Our purpose in this blog is to measure the impact of the space radiation and magnetic fields of other planets on human beings. We do this by using a new tool called the Remote Sensing Environment Impact Factor for the earth. The RSEIF is a tool that allows us to measure the impact a planetary radiation and magnetic field has on earth. Our goal is to create this tool and create a tool that others can use to measure the impact radiation and magnetic fields of other planets.

Earth’s radiation and magnetic fields are the same type of radiation and fields that are found in space, not unlike the way Earth’s atmosphere and land are the same as the atmosphere and land of other planets. The difference is that Earth’s atmosphere and land are much denser. The differences in density are due to the fact that Earth has more carbon dioxide and oxygen in its atmosphere and land than other planets, which allows the planet to retain more heat and is lighter to carry.

Earths atmosphere and land also have very specific gravity. For example, the Earth’s atmosphere has only about 1/3 of the force of the Earth’s gravity, whereas the Earth’s land has about 3/4 of the force of the Earth’s gravity, which means that Earth’s land is extremely dense.

The reason for Earths density, then, is not because of its atmosphere but its land. The reason is that Earths land, is made up of rock and soil. These are both very heavy, so Earths heavier land mass has a higher density.

If you look at the Earths surface, you’ll notice that it seems very flat with no hills or mountains. However, because Earths land is heavy and dense, it is prone to being eroded and forming landslides. When landslides do occur, they are very destructive, and can cause immense amounts of damage. One example of this is the massive landslide that led to the massive flood of the Mississippi River in the year 1765.

In a landslide, the material that is laid down gets pushed out and moved across the earth. This causes the formation of new land on top of the old, which you can see in this image.

As the image shows, the Mississippi River was formed by the massive landslides that occurred in that year, which destroyed the entire Mississippi River delta.

The river has been flooding for over a century, and by the time we last saw it, it had been doing so for over 800 years. That means the earth has been moving in some way for well over 8,000 years. If you look at the top of the image, you can see the river has been moving like that since it formed.

This is a powerful visualization of how the Mississippi River is affecting the earth. The Mississippi has been moving through the landscape for thousands of years. It’s been moving through the land for hundreds of years. It’s been moving through the sea for thousands of years. The earth is in motion.

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