The final fate of white ovals is to merge together, or to just fade away, as oval FA , seems to have done. It is not often that ovals merge, however. Most often they come close enough to jostle, but ultimately repel each other, as many others have done.
In 1998, two of the three classic white ovals, BC and DE, merged to form a single oval called BE. The picture shows the sequence of events captured by the Hubble Space Telescope. Scientists will use the merging of these white ovals to understand more about the underlying currents in the system, and other details of the weather of Jupiter.
How did life evolve on Earth? The answer to this question can help us understand our past and prepare for our future. Although evolution provides credible and reliable answers, polls show that many people turn away from science, seeking other explanations with which they are more comfortable....more
There are other white ovals in the atmosphere of Jupiter, but the birth of the three classic ovals happened in the following way. The South Temperate Zone (STZ) of Jupiter is located between -27 and -37...more
White ovals are found at every latitude and longitude of Jupiter, not just -33 degrees where the classic ovals were born. Take a look at some of the images in the image archive and see if you can find...more
Of the 3 classic white ovals, BC is the largest, and has always been to the right of DE. FA was to the right of both of them. When they were born, in 1939, the ovals were elongated; BC and DE stretched...more
Jupiter's atmosphere is mostly made of the simple molecules hydrogen and helium. Sulfur is present there, as well as nitrogen and oxygen. Nitrogen and oxygen make up the air that we breath every day on...more
There are four ideas for the origin of a planetary atmosphere. Those four ideas are 1. that the planet-elements of which a planet was made released the atmosphere, 2. that the atmosphere was drawn to the...more
Motions in the atmosphere include wind. The major winds in Jupiter's atmosphere are the zonal winds which flow west to east, and east to west again. ...more