venus

 

Courtesy of NASA

Considering the Factors Required to Colonize Venus (Winter 2017)

The goal of the study was to compare and contrast the geological features between Mercury and Pluto. These two bodies were chosen due to their extreme orbital radius differences in relation to the sun, with their overall size being quite similar. The data for this study was obtained by focusing on two particular satellite missions: MESSENGER, which explored Mercury, and New Horizon, which explored Pluto. Through this data the geological similarities and differences were compared.

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Courtesy of NASA/JPL

Venus (Fall 2016)

If we look at the second closest planet to the Sun we will see an object covered with a very thick atmosphere due to a runaway greenhouse effect. These two characteristics lead to the planet in question also being the hottest in our solar system. The planet we are looking at is Venus and this information is well known. What isn’t well known is how the information from such a hellish planet was retrieved and how it helps us further understand the cause of the extreme atmosphere. After we look at some of the atmospheric characteristics of Venus we will discuss how the information was obtained and how the information found allows us to understand the characteristics of the atmosphere.

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Courtesy of Wikimedia/NASA/JHUAPL/JPL

Can Venus or Mercury sustain life? (Winter 2016)

Venus and Mercury, along with Mars and Earth, are considered terrestrial planets; they are composed primarily of silicate rock and metals. These four planets are also considered the inner planets because they orbit close to the Sun, especially compared to the outer planets. These similarities often lead to Venus and Mercury being referred to as ‘Earth-like’. However, there are significant differences in the atmospheres of Venus and Mercury, as compared to Earth, which make them unsuitable for life.

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