Early results from NASA's Juno mission to Jupiter portray the giant planet as a complex world with Earth -
sized polar cyclones, deep - diving storm systems, and a lumpy magnetic field generated deeper than once thought.
Not exact matches
The researchers found that whether a
polar cyclone forms depends on two parameters: the energy within a planet's atmosphere, or the total intensity of its thunderstorms; and the average
size of its thunderstorms, relative to the
size of the planet itself.
Tied for fourth lowest sea ice extent, in a three - way tie for lowest sea ice volume, the fastest one month sea ice loss for the date, and unusual Arctic
cyclone activity affecting the decayed ice of the
polar regions, focus just on the lake too trivializes what's happening in a region the
size of the Arctic Ocean.