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Scene notes:
… into a thunderstorm cell against a blue sky. The continuation of another clip. The camera’s orientation and position has been adjusted.
Time-lapse length (30 fps):
7 seconds and 23 frames.
… into a thunderstorm cell against a blue sky. The continuation of another clip. The camera’s orientation and position has been adjusted.
Time-lapse length (30 fps):
7 seconds and 23 frames.
A small mountain formed on tectonic plate accretion that is the coastal range in Oregon, and a congestus cloud just above shows a nice angle of the cloud from side-on while high up on Mt June’s meadows, mid-afternoon. The cloud billows and transforms in a warm summer day, and when it suddenly meets a mass of dry air from the east vaklley side of the mountain, it disintegrates.
Time-lapse length (30 fps):
10 seconds.
… percent cloud cover transformations. A rapidly rising storm cloud, the bulk of this ‘turkey tower’ seen soaring high into the sky is unlikely to fall as rain anytime soon, but the storm cell may still prove dangerous later.
Time-lapse length (30 fps):
10 seconds and 12 frames.
…incus stage thundercloud like a huge mushroom appearance An original, recently remastered time-lapse of the sky with clouds.
Time-lapse length (30 fps):
11 seconds and 8 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.
In the distance, transforming on convective currents. Very strong convection is shown building upwards and towards the point of view. Rain came shortly after the end of the clip. The pines and other tropical trees make the horizon on the very bottom of the frame. The storm towers many thousands of feet into the sky.
Time-lapse length (30 fps):
15 seconds and 13 frames.