mycameraportal:

Volcano clouds
by Shawnee Dean

mycameraportal:

Volcano clouds

by Shawnee Dean

xxxtiiiiacxixxx:

#victoria #australia #scenery #sky #clouds (Taken with instagram)

xxxtiiiiacxixxx:

#victoria #australia #scenery #sky #clouds (Taken with instagram)

beth-nolan:

#clouds (Taken with instagram)

beth-nolan:

#clouds (Taken with instagram)

habu:

Burning Xmas Ski !! #skyporn #sky #clouds #cloudporn #burning #fire (Taken with Instagram at Kloster Benediktbeuren)

habu:

Burning Xmas Ski !! #skyporn #sky #clouds #cloudporn #burning #fire (Taken with Instagram at Kloster Benediktbeuren)

fuckyeahfluiddynamics:

Last week, Birmingham, Alabama got treated to a special cloudy day, thanks to some Kelvin-Helmholtz waves, shown above. When a layer of faster moving fluid shears a slower moving fluid, this instability can form and cause some spectacular mixing. In this case, the lower, slower fluid was cool and moist enough to contain clouds, enabling us to see the effect with the naked eye. The same mechanism is responsible for the shape of breaking ocean waves and can even be seen in the atmospheres of gas giants like Saturn and Jupiter. (submitted by David B)

fuckyeahfluiddynamics:

Last week, Birmingham, Alabama got treated to a special cloudy day, thanks to some Kelvin-Helmholtz waves, shown above. When a layer of faster moving fluid shears a slower moving fluid, this instability can form and cause some spectacular mixing. In this case, the lower, slower fluid was cool and moist enough to contain clouds, enabling us to see the effect with the naked eye. The same mechanism is responsible for the shape of breaking ocean waves and can even be seen in the atmospheres of gas giants like Saturn and Jupiter. (submitted by David B)

pearl-dynamite:

yesterday’s beautiful rainbow.

pearl-dynamite:

yesterday’s beautiful rainbow.

xmorningstarx:

~~~Experts say the clouds were pristine examples of “Kelvin-Helmholtz waves.” Whether seen in the sky or in the ocean, this type of turbulence always forms when a fast-moving layer of fluid slides on top of a slower, thicker layer, dragging its surface.::..:.::

xmorningstarx:

~~~Experts say the clouds were pristine examples of “Kelvin-Helmholtz waves.” Whether seen in the sky or in the ocean, this type of turbulence always forms when a fast-moving layer of fluid slides on top of a slower, thicker layer, dragging its surface.::..:.::

mysunsetsky:

{it’s the way I’m feeling, I just can’t describe}

mysunsetsky:

{it’s the way I’m feeling, I just can’t describe}