Medium and lower-level clouds, as well as a small ‘scudding’ layer that is halfway up the mountain’s slopes, transform all along this multicolored mountain and arid landscape of yellows, reds, and whites of snow pack on eroded cliff faces and meltwater channels (center of frame at beginning of clip).
Time-lapse length (30 fps):
12 seconds and 15 frames.
… and medium-density clouds transforming above. Red stones, extremely unusual in shape outside of the American West, appear as monoliths while the camera pans away to the lower, fluffy clouds in the sky. There is no foreground or horizon shown in this frame.
Time-lapse length (30 fps):
12 seconds and 2 frames.
Seems to rotate, it is the Earth that spins, The continuation of another clip with blue color grading.
Time-lapse length (30 fps):
6 seconds and 14 frames.
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A fog layer that seems to caress the tree line on a hilly ridge just beyond. The camera moves to the right on a dolly over the foreground ledge. A fog bank is contained by the ridge line half a mile away, which extends across the frame. The stratus layer flows over the ridge line slightly, while the sky-blue ceiling in the top quarter of the frame is unbroken by any clouds.
Time-lapse length (30 fps):
11 seconds and 14 frames.
Night in the Alabama Hills near Mt Whitney, the arch is silhouetted by a starry night.
Time-lapse length (30 fps):
7 seconds and 18 frames.
On complex red sandstone formations, shadows shift intermittently and then for the end duration as the sun sets. Facing east, with mid-level Castellanus clouds appearing to move away as the camera physically pans to the right, where shrublands lay before the stones.
Time-lapse length (30 fps):
12 seconds and 15 frames.
… branches in the woods as shadows move on them. Spanish moss has grown long on these coniferous trees of the scene, which close-up, shows the shadows of other trees and its own branches moving in time. The frame digitally pans downward as the day becomes late, and shadows long. The far-hanging moss is the last feature of these close trees still evident in the light.
Time-lapse length (30 fps):
28 seconds and 6 frames.
Similar to another clip in this scene, the camera is reset in another position. The overhang of moss and a hillside can be an ideal place for icicle formation, as this scene makes apparent. Very low or no wind makes the shade from tree limbs and twigs soft and stably moving across the ground in a predictable direction as the camera slowly pans to the right. Snow still exists in spots on the forest floor, adjacent to these large icicles, droplets visibly forming on their tips of them.
Time-lapse length (30 fps):
25 seconds and 2 frames.