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Bruce Murray Space Image Library

The Moon transiting Earth, as seen from Deep Impact (animation)

The Moon transiting Earth, as seen from Deep Impact (animation)
The Moon transiting Earth, as seen from Deep Impact (animation) As part of its EPOXI mission, Deep Impact spent 24 hours over May 28 and 29, 2008, watching Earth from a distance of 50 million kilometers. During that time, the Moon transited Earth as seen from the spacecraft. The view was captured using Deep Impact's High Resolution Imager, which had a serious blurring problem; efforts to reduce the blurring have introduced some other artifacts, like the concentric rings on the Moon. The full sequence covers 24 hours, a full rotation of Earth. NASA / JPL / UMD / animation by Gordan Ugarkovic

Here is the NASA release on these images.

This image library contains two other versions of images from this observation:

The Moon transiting Earth, as seen from Deep Impact
The Moon transiting Earth, as seen from Deep Impact As part of its EPOXI mission, Deep Impact spent 24 hours over May 28 and 29, 2008, watching Earth from a distance of 50 million kilometers. During that time, the Moon transited Earth as seen from the spacecraft. The view was captured using Deep Impact's High Resolution Imager, which had a serious blurring problem; efforts to reduce the blurring have introduced some other artifacts, like the concentric ringing on the Moon.Image: NASA / JPL / UMD / color composite by Gordan Ugarkovic
The Moon transiting Earth, as seen from Deep Impact (sequence)
The Moon transiting Earth, as seen from Deep Impact (sequence) As part of its EPOXI mission, Deep Impact spent 24 hours over May 28 and 29, 2008, watching Earth from a distance of 50 million kilometers. During that time, the Moon transited Earth as seen from the spacecraft. The view was captured using Deep Impact's High Resolution Imager, which had a serious blurring problem; efforts to reduce the blurring have introduced some other artifacts, like the concentric rings on the Moon. These eight images were captured about half an hour apart, so the whole sequence spans about 3.5 hours.Image: NASA / JPL / UMD / color composite by Gordan Ugarkovic