k Lunar eclipse sequence When the full Moon moves into Earths shadow, the lunar disk gets darker. The red, orange and or brown colour near totality is caused by the Earths atmosphere, which only lets low frequency light reach the Moon. The higher frequency light, such as blue and green, are absorbed and diffracted by the Earths atmosphere. This eclipse was captured in September 2015. Stock Photo - Afloimages
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Lunar eclipse sequence When the full Moon moves into Earth s shadow, the lunar disk gets darker. The red, orange and or brown colour near totality is caused by the Earth s atmosphere, which only lets low frequency light reach the Moon. The higher frequency light, such as  blue and green, are absorbed and diffracted by the Earth s atmosphere. This eclipse was captured in September 2015.
RF

Lunar eclipse sequence

When the full Moon moves into Earth's shadow, the lunar disk gets darker. The red, orange and or brown colour near totality is caused by the Earth's atmosphere, which only lets low frequency light reach the Moon. The higher frequency light, such as blue and green, are absorbed and diffracted by the Earth's atmosphere. This eclipse was captured in September 2015.

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ID
120000535

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License type
Royalty Free

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Resolution
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(cm)
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S
0.3 MB
724 x 407 px
6.1 x 3.4 cm
$ 100.00
M
2.8 MB
2290 x 1288 px
19.4 x 10.9 cm
$ 180.00
L
33.3 MB
7884 x 4433 px
66.8 x 37.5 cm
$ 350.00
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