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Scene notes:
… So it loses its energy, and its vapor loses density, visibility. An original, recently remastered time-lapse of the sky with clouds.
Time-lapse length (30 fps):
9 seconds and 2 frames.
… So it loses its energy, and its vapor loses density, visibility. An original, recently remastered time-lapse of the sky with clouds.
Time-lapse length (30 fps):
9 seconds and 2 frames.
Very small details in the sky in the desert dawn with a sliver of land. The interval used is one second. Slower clips can be more useful for applications such as relaxation and biofeedback. The mid-level clouds are positioned so other clouds do not block the light on the way to their underside.
Time-lapse length (30 fps):
41 seconds and 28 frames.
… higher clouds at sunset. Post-sunset, underneath the clouds, the light is caught. Moving to the right, a gradual clearing of glowing mid-level clouds give way to Cirrus clouds still bright in the sunset light in the upper-right half of the frame.
Time-lapse length (30 fps):
19 seconds and 11 frames.
A hole in the cloud cover, and one smaller, scudding cloud in between that and the observer is all it takes for potent light rays to show on the humid air near sunset. The cloud itself creates the shade on the glow and understanding that makes the crepuscular rays logical to understand. The sunlight has radiant intensity, and this shows to the observer the details of the landscape below; trees on vast hills surrounding some countryside and a small pond far away.
Time-lapse length (30 fps):
15 seconds and 24 frames.
The sun sets below as lower clouds float quickly and change as they make their way past the camera overhead in the illumination of the evening sun, colors shifting as time moves on to the ‘blue hour’.
Time-lapse length (30 fps):
11 seconds and 17 frames.
Light rays at sunset. Crepuscular rays fall from high humidity on mountaintops. The sun glows on the clouds as it sets behind Mt Whitney and the mountain ridge. The middle and background dims. The sunbeams shift as the clouds move and the sun sets below. The vivid, sharp rays are defined by the staggered peaks.
Time-lapse length (30 fps):
12 seconds and 25 frames.
Cirrostratus (layered stratus) appears to be more Cirrocumulus when shined on by the sun below the horizon. A very distant mountain of the coastline in Oregon is backlit and made to look so small by the very colorful sky above with the colors of orange, pink and red, made better by a clear, flat, and blue patch of sky for contrast.
Time-lapse length (30 fps):
13 seconds and 17 frames.
Pink light on the mid-level clouds. Strong radiant light passes through the atmosphere to create underlighting for the slow clouds overhead with no horizon in frame.
Time-lapse length (30 fps):
12 seconds and 4 frames.