Oct. 28, 2004 complete lunar eclipse, commonly visible indigenous the USA. Composite the images captures the Moon at the start (r.), center (c.) and also end (l.) of totality. Nikon D100, 4 sec. At f/12, utilizing an AstroPhysics 105 EDT Refractor (4" F/6) and AP 2X Barlow because that a focal length of 1200mm.
*

Oct. 28, 2004 total lunar eclipse, extensively visible from the USA. Composite that images captures the Moon at the start (r.), middle (c.) and end (l.) the totality. Nikon D100, 4 sec. At f/12, utilizing an AstroPhysics 105 EDT Refractor (4" F/6) and AP 2X Barlow for a focal length of 1200mm.
Star trail throughout the full lunar eclipse, Jan. 21, 2000. Nikon 8008 SLR, 50mm NIKKOR, f/16 opened to f/5.6 throughout totality, for a total exposure time that 2 hrs. And also 30 min. On Kodak royal Gold 400 film. The small lines the parallel the Moon"s route are photos of bright stars.
*

Star trail throughout the complete lunar eclipse, Jan. 21, 2000. Nikon 8008 SLR, 50mm NIKKOR, f/16 opened up to f/5.6 during totality, for a total exposure time that 2 hrs. And also 30 min. ~ above Kodak imperial Gold 400 film. The narrow lines the parallel the Moon"s course are pictures of shining stars.
July 16, 2000 full lunar eclipse, Maui, HI. Nikon 8008 SLR and 35mm NIKKOR lens in lot of exposure setting to record the whole eclipse on one structure of Kodak imperial Gold 100 film. An easy exposure that 1/125 sec. At f/5.6 was increased to 1/8 sec. Within 15 min. The totality, then set to 4 sec. Throughout totality. A second metered exposure captures morning twilight and silhouetted palm trees.
*

July 16, 2000 complete lunar eclipse, Maui, HI. Nikon 8008 SLR and 35mm NIKKOR lens in many exposure setting to catch the whole eclipse on one structure of Kodak royal Gold 100 film. Straightforward exposure that 1/125 sec. In ~ f/5.6 was raised to 1/8 sec. Within 15 min. The totality, then collection to 4 sec. Transparent totality. A 2nd metered exposure records morning twilight and silhouetted palm trees.
Jan. 9, 2001 total lunar eclipse, Athens, Greece. Nikon 8008, 35mm NIKKOR lens in lot of exposure mode recorded every phase of the eclipse at 5 min. Intervals. Throughout totality, the moon took on a deep red color. Simple exposure that 1/125 sec. At f/5.6 was raised to 1/8 sec. In ~ 15 min. That totality, then collection to 4 sec. Transparent totality. A second metered exposure captures morning twilight and also silhouettes the old temple of Poseidon top top Kodak royal Gold 100 film.

You are watching: How to photograph the lunar eclipse


*

Jan. 9, 2001 complete lunar eclipse, Athens, Greece. Nikon 8008, 35mm NIKKOR lens in multiple exposure mode caught every phase of the eclipse at five min. Intervals. Throughout totality, the moon took on a deep red color. Simple exposure of 1/125 sec. At f/5.6 was enhanced to 1/8 sec. In ~ 15 min. That totality, then set to 4 sec. Throughout totality. A second metered exposure records morning twilight and silhouettes the ancient temple the Poseidon on Kodak royal Gold 100 film.
Jan. 21, 2000 complete Lunar Eclipse, Dunkirk, MD. Nikon N70 SLR on one AstroPhysics 130 EDF +, f/12, Kodak imperial Gold 100 and 400 films. The moon to be photographed at 5 min. Intervals transparent the eclipse. You have the right to see every phase of the eclipse from begin to finish. Individual photos scanned, composite produced using Adobe Photoshop.
*

Jan. 21, 2000 complete Lunar Eclipse, Dunkirk, MD. Nikon N70 SLR on an AstroPhysics 130 EDF +, f/12, Kodak royal Gold 100 and 400 films. The moon was photographed at 5 min. Intervals throughout the eclipse. You can see every phase of the eclipse from begin to finish. Individual photos scanned, composite developed using Adobe Photoshop.

A lunar eclipse wake up whenever the moon passes v the Earth’s dark shadow, which deserve to only happen during a full moon. There space two or an ext lunar eclipses a year.

Types of Lunar Eclipses

Penumbral Lunar Eclipse. This occurs once the moon passes with the Earth’s penumbral shadow. This eclipses space subtle and hard come observe.

Partial Lunar Eclipse. This occurs as soon as a portion of the moon passes v the Earth’s umbral shadow. These eclipses are basic to see v the unaided eye.

Total Lunar Eclipse. This occurs as soon as the whole moon passes with the Earth’s umbral shadow. During the complete phase (totality), the moon transforms a colorful red color. These are easy to watch as well, v the unaided eye.

A lunar eclipse begins as a tiny notch slowly shows up along one leaf of the moon. During the next hour, the moon slowly dips deeper right into Earth"s dark umbral shadow. If the eclipse is a full one, the last remaining minutes the the partial phases have the right to be fairly dramatic. The crescent the the moon grows thinner as darkness propagates v a night sky currently deprived of moonlight. If you"re away from city lights, the Milky way becomes bright and also beautiful together the complete phase begins.

See more: How To Get A Smaller Belly (No Crunches Needed), 1 Week Flat Stomach Workout (Intense!)

No matter what type of camera friend own, there space a range of methods that you have the right to use to photo a lunar eclipse: wide-angle, telephoto, lot of exposure and star trail. While you can additionally use film cameras to photo eclipses, this short article specifically discusses digital camera use.