We can all agree that platypus are unique creatures.
What would happen if mutations started happening to them? Find out in Platypus Evolution!įrom the minds that brought you Cow Evolution and forever changed the way you see bovines, comes a new game that somehow manages to be even crazier and more nonsensical. And venomous! Yes, platypus are already odd by nature. Although it increases the likelihood of collisions from the Kuiper Belt, it protects us from the bigger threat of Oort Cloud objects that are difficult to track due to their great distance.About Platypus Evolution: Merge Game Egg-laying, duck-billed, beaver-tailed, otter footed mammals. Therefore, it seems Jupiter has both a positive and negative effect on asteroid and comet impacts on Earth. Moreover it can deflect these objects when they come too close to the solar system. The effect of Jupiter is such that it has kept most of these objects out of the solar system in the first place. This far away from the sun, they are susceptible to the gravitational effects of passing stars, and when that happens a stray Oort Cloud object could be sent spiraling towards us. This is the hypothesized cloud of comets that lies almost a light year beyond the solar system – the Oort Cloud. The gravitational effect of Jupiter probably increases our exposure to the comets and asteroids from this band.īut beyond the Kuiper belt lies an even bigger threat.
This is also where our dwarf planets such as Pluto, Haumea and Makemake reside. Jupiter probably has a harmful effect to us if the object comes from the Kuiper belt (shown in green below), a massive band of small asteroid-like bodies which lies beyond Neptune. The asteroid belt that lies between the orbits of Mars and Jupiter exists because the latter’s gravitational pull prevented the formation of a protoplanet. According to Hal Levison of Southwest Research Institute who studies the evolution of our solar system, Jupiter is both a guardian and a menace, depending on where the space rock comes from. However, this view is changing with research by Horner and Jones of Open University. It also brings to mind a pertinent question What is the effect of Jupiter on asteroid collisions on our own terra firma? Traditionally, Jupiter has been viewed as a shield that protects Earth from asteroids and comets by pulling them towards its massive gravitational well. In fact, after the much publicized Shoemaker-Levy 9 collision of 1994, astronomers had thought that it would be 50 to 250 years before the next impact. This close frequency between Jovian impacts is puzzling to scientists who thought such events were relatively rare. And just a few days ago, in a major coincidence as images from last year’s collision are released, another space rock made its final collision with the gas giant, captured separately by two backyard stargazers from Broken Hill, Australia and Cebu, Philippines. Almost 1 year ago it was hit by a rogue 1600 ft asteroid that caused a blemish the size of the Pacific Ocean in it’s atmosphere that was even visible to backyard astronomers. 2.5 times larger than all the other planets in our solar system combined, it is no surprise that Jupiter has the largest gravitational pull of any other object besides the sun itself.
The 5th “rock” from our sun is actually a huge ball of hydrogen and helium.