They are alternating bands in the atmosphere, carrying different clouds at different latitudes.
There are strong winds at the boundaries of the belts and zones. It is thought that in the belts and zones atmospheric gases fall and rise, to and from deeper levels in the atmosphere.
alternating bands of rising and falling air at different latitudes.
differential rotation and the underlying zonal flow
The crust is made out of gaseous hydrogen. then the layer underneath is liquid hydrogen, after is metallic hydrogen. the core is made out of rock. the light stripes on the surface are called zones and the dark ones are belts
Both subduction zones and spreading centers.
Jupiter is the obvious answer. Saturn has less prominent, but similar clouds.
Jupiter is obviously the main answer. Saturn is similar, but not so highly visible. (Earth sometimes does too.)Jupiter.
The belts and zones of Jupiter result from the planet's convetion and it's rapid differential rotation.
Belts and Zones
differential rotation and the underlying zonal flow
Atmospheric flows are forced into belts and zones
Jupiter.
belts.
The crust is made out of gaseous hydrogen. then the layer underneath is liquid hydrogen, after is metallic hydrogen. the core is made out of rock. the light stripes on the surface are called zones and the dark ones are belts
Jupiter is the best example.
Jupiter is perpetually covered with clouds composed of ammonia crystals and possibly ammonium hydrosulfide. The clouds are located in the tropopause and are arranged into bands of different latitudes, known as tropical regions. These are sub-divided into lighter-hued zones and darker belts
seat belts and air bags
axis
Both subduction zones and spreading centers.