Distant and cold Pluto for several decades after its opening, it seemed a kind of mysterious line dividing the Solar system from the vast Universe. When in may 2015 the interplanetary station NASA New Horizons was on it’s orbit for the first time in human history, the device was able to make unique images of the surface of the dwarf planet with an unusual formation in the shape of a heart in one of the hemispheres. Analysis of the obtained images were then shown what became instantly famous area is composed of frozen nitrogen, due to low temperatures deposited on the surface of Pluto. New research unique education show that frozen nitrogen is the “heart” of the dwarf planet can be a source of unique natural phenomena not previously observed on other Solar system objects.
What is Pluto?
According to an article published on the portal newatlas.comthe famous heart-shaped plane of Pluto will take care of the winds in the extremely thin atmosphere of the dwarf planet, which lead to extensive discolorations on its bright surface. During the study used information gathered by NASA spacecraft New Horizons during its passage in the vicinity of Pluto in 2015.
Education tombo Regio, which is in the center of a new study instantly became famous after the publication of the first images of the New Horizon because of its unusual shape, resembling a huge cartoon heart. Upon closer inspection, it turned out that a huge depression that forms the left half of the “heart” is nothing like the real geological wonder.
During the analysis of the unique alien region it turned out that the ice plane is relatively smooth and almost no craters. This phenomenon can be explained by convection, when a warmer liquid nitrogen rises from the depths of Pluto and solidified in the middle of the small cells located on the surface of the region. Research conducted with the help of advanced computer simulation has allowed a deeper understanding of how this unusual landscape interacts with its environment. So, according to the opinion of astronomers planetary scientists behind one of the new studies, a thin layer of surface nitrogen evaporates from the “heart” of Pluto every day, and then falls again and settles in the form of ice.
A unique natural phenomenon can influence the climate of the dwarf planet. Scientists discovered that the nitrogen gas that gradually evaporates from ice sheets in the North, moves further South and settles, causing the emergence of a strong West wind.