08/29/2026
Ever wondered why a lunar eclipse looks so different from a regular crescent moon? Geometry and light (my kids are rolling their eyes right now 😂).
​During a normal crescent moon, you’re seeing the Moon’s own "night" side—the sunlit phase as viewed from our angle. Just like we go through day and night on earth, so does the moon.
​During a lunar eclipse, the Earth slides directly between the Sun and a full Moon. The shadow is Earth's shadow (the umbra) active across the lunar surface.
Also, because sunlight refracts through Earth’s atmosphere, the shorter blue wavelengths scatter away while the longer red wavelengths pass through, bathing the shadowed region in that fiery blood-orange glow while the un-eclipsed sliver stays brilliant white.
First pic is the end of the eclipse on 8/28/2026 and the second pic is 30 minutes prior to the peak of the eclipse at 12:12am. You can distinctively see how the earth's shadow moved across the surface over time.
​📸 Gear & EXIF Data
​Camera: Canon USA EOS R3
​Focal Length: 1,000mm
​Aperture: f/14
​Shutter Speed: 1/10s
​ISO: 1600
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