… 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.
Sharing similarities to another clip, this scene is over flowers with a lone oak in the distance. The clouds are a mix of low and medium levels. Shadows move over the field of yellow.
Time-lapse length (30 fps):
10 seconds and 12 frames.
Panning digitally upwards, while the mountains display four levels of cloud cover, with two on its peaks or flank. Altocumulus appears to follow the low clouds caught on the peaks, with the same amount of evaporation once over. The fourth layer is the high-altitude Cirrostratus, a layer of thicker Cirrus, not affected by the lower mountains.
Time-lapse length (30 fps):
12 seconds and 20 frames.
Cumulus picking up more reddened light due to the angle of the sun. The light is post-sunset. Clouds at low and medium levels move in the same wind overhead and past. A three second interval is used.
Time-lapse length (30 fps):
33 seconds and 21 frames.
Sharp peaks up close: young granite spires and glacial erosive features are featured in the lower ragged third of the frame, while low clouds transform just overhead left-right. On the sheer stone cliff faces, shadows are clearly moving past. Drops of solid rocks give way to trees where the less steep terrain allows any growth.
Time-lapse length (30 fps):
12 seconds and 21 frames.
…but holding lots of volume, has stark relief in the afternoon sky. An example of how towering Cumulus hit mid-level altostratus clouds. The dense cauliflower looking clouds are indicative of stronger convection. This is the process of storm formation, where updrafts are apparent in high humidity.
Time-lapse length (30 fps):
12 seconds and 22 frames.
Panning right, the shrublands in the foreground comprises the bottom quarter of the frame. Above, blue sky with stray lower clouds casting shadow on the ground below, rapidly shifting. The wide mountain range, snowy and peaked with sharp jagged cliffs, are partly under a blanket, which transform slowly. ‘Caught’ on the land, they exist only here for any length of time before evaporating elsewhere.
Time-lapse length (30 fps):
12 seconds and 24 frames.