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Anticrepuscular Rays

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This 7600' summit has no name and there is no trail leading here. It wasn't a long climb. But it did involve descending into a valley and fording a cold river, before scrambling straight up a steep slope. Enough snow has melted that I was able to avoid most of it. At the summit this was the view that awaited me looking east. Holes in the cloud cover let through small patches of sunlight. The light beams are an optical phenomena known as anticrepuscular rays. The shafts of light are actually parallel, but appear to converge at the antisolar point, which is 180° opposite the sun. The rays only seem to converge because of a perspective effect, similar to railroad tracks in the distance.

Copyright
Kevin Palmer
Image Size
5070x3385 / 9.3MB
Keywords
Contained in galleries
Recent Work, Wyoming, Landscapes
This 7600' summit has no name and there is no trail leading here. It wasn't a long climb. But it did involve descending into a valley and fording a cold river, before scrambling straight up a steep slope. Enough snow has melted that I was able to avoid most of it. At the summit this was the view that awaited me looking east. Holes in the cloud cover let through small patches of sunlight. The light beams are an optical phenomena known as anticrepuscular rays. The shafts of light are actually parallel, but appear to converge at the antisolar point, which is 180° opposite the sun. The rays only seem to converge because of a perspective effect, similar to railroad tracks in the distance.