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For Once The Stars And The Universe Align...
For twenty plus years we've been in West Michigan, I cannot tell you how often the West Michigan weather has conspired against me seeing anything of an astronomical nature (DW) (LJ). So with a lunar eclipse coming up this morning with the setting Moon and the rising Sun -- it seemed impossible. Still, Mrs. Dr. Phil had a workshop at GVSU today, so we got up at the normal work time. And at 6:40am, I was able to peek out the bedroom window and lo and behold, there was a chunk of the Moon missing.
Even better, it turned out that the neighbors to the west didn't seem to be in the way. Now it was a race between the darkening Moon and the Sun coming up as the Moon went down.
Once I was assembled for the day, with the leg brace and all, I dragged out the heavy duty Nikon D1H. It goes up to 1600 ISO sensitivity -- and not too bad in color. More importantly, the 24-120mm f3.5-5.6G VR AF-NIKKOR. At 120mm (180mm FX equivalent) that's the longest lens I have right now with VR Vibration Reduction. I ended up shooting at 1/20th of a second and 1/25th. The heavier mass of the D1H over the D100 adds to the stability. No point in putting on the 70-300mm non-VR or the giant 200-600mm f9.5 AIs Zoom-NIKKOR (DW) (LJ), without a tripod.
The significance of VR is that the usual thumb of rule states that the slowest handheld shutter speed you can hand hold is 1/(focal length), so that should be 1/120th of a second for a 120mm lens. We're roughly 2½ f-stops slower than that here, with the lens wide open. But this lens promises 2-3 stops of extra stability with the little "jiggle" elements in the VR system, compensating for the movement of my hand. I could have set the D1H to HI-2 (6400 ISO) and gained two shutter speeds, but the cost due to noise in the image wasn't something I wanted to try. Someday I'll spring for a D3 or D4 FX fullframe or a later generation DX digital camera which work better at high ISOs -- But This Is Not That Day.
(Long ago, I was the master of "available darkness" handholding, and 1/20th of a second at 120mm would have been no real problem -- one or two out of four shots should have been usable. Alas, between my leg and less stamina, I cannot hold that steady any more. I'm always shocked when I look at the EXIF data from shots with either of my VR lenses and see "how low I can go" and get great or acceptable images.)

Picture 4. Leaning on side of garage, looking just south of west. 120mm 1/25th sec f5.6, tweaked focus manually. (Click on photo for larger.)
©2015 Dr. Philip Edward Kaldon (All Rights Reserved)

Inset of full size version above at 300%. With the full moon at max totality some time later -- unlike solar eclipses, lunar eclipses are slow and long -- you would not see this configuration of light and dark at this hour just at sunrise. As an interesting aside, TIME Magazine was running a live stream of the lunar eclipse, and the images from the Australian observatory were reversed. As they should be. (Turn your head upside down to know why. I am not talking about the normal telescope reversal, they had already corrected for that.)
©2015 Dr. Philip Edward Kaldon (All Rights Reserved)
I did no corrections to the images -- no brightness, contrast or color adjustments. One thing I did do was switch the meter from centerweighted to spot. Probably the first time I've used any of the Nikons so equipped in spot mode (F4s, Kodak DCS Pro SLR/n, D1, D1X, D1H, D100).
These are not great pictures, but they are the first time I've tried to take a lunar eclipse picture with a modern camera ever. Lens too short, only a 2.7MP image, a lot of noise at 1600 ISO from a first generation DSLR. But I got the picture. Yay me.
Here's the rest of the set:

Picture 1. All the first three were at 1/20th of a second and 120mm, autofocus. (Click on photo for larger.)
©2015 Dr. Philip Edward Kaldon (All Rights Reserved)

Picture 2. (Click on photo for larger.)
©2015 Dr. Philip Edward Kaldon (All Rights Reserved)

Picture 3. (Click on photo for larger.)
©2015 Dr. Philip Edward Kaldon (All Rights Reserved)
Anyway, given that most of the show happened later, below the horizon, I am pretty pleased to have been up, dressed and equipped on an early Saturday morning and had anything to show for it.
Dr. Phil
Even better, it turned out that the neighbors to the west didn't seem to be in the way. Now it was a race between the darkening Moon and the Sun coming up as the Moon went down.
Once I was assembled for the day, with the leg brace and all, I dragged out the heavy duty Nikon D1H. It goes up to 1600 ISO sensitivity -- and not too bad in color. More importantly, the 24-120mm f3.5-5.6G VR AF-NIKKOR. At 120mm (180mm FX equivalent) that's the longest lens I have right now with VR Vibration Reduction. I ended up shooting at 1/20th of a second and 1/25th. The heavier mass of the D1H over the D100 adds to the stability. No point in putting on the 70-300mm non-VR or the giant 200-600mm f9.5 AIs Zoom-NIKKOR (DW) (LJ), without a tripod.
The significance of VR is that the usual thumb of rule states that the slowest handheld shutter speed you can hand hold is 1/(focal length), so that should be 1/120th of a second for a 120mm lens. We're roughly 2½ f-stops slower than that here, with the lens wide open. But this lens promises 2-3 stops of extra stability with the little "jiggle" elements in the VR system, compensating for the movement of my hand. I could have set the D1H to HI-2 (6400 ISO) and gained two shutter speeds, but the cost due to noise in the image wasn't something I wanted to try. Someday I'll spring for a D3 or D4 FX fullframe or a later generation DX digital camera which work better at high ISOs -- But This Is Not That Day.
(Long ago, I was the master of "available darkness" handholding, and 1/20th of a second at 120mm would have been no real problem -- one or two out of four shots should have been usable. Alas, between my leg and less stamina, I cannot hold that steady any more. I'm always shocked when I look at the EXIF data from shots with either of my VR lenses and see "how low I can go" and get great or acceptable images.)

Picture 4. Leaning on side of garage, looking just south of west. 120mm 1/25th sec f5.6, tweaked focus manually. (Click on photo for larger.)
©2015 Dr. Philip Edward Kaldon (All Rights Reserved)

Inset of full size version above at 300%. With the full moon at max totality some time later -- unlike solar eclipses, lunar eclipses are slow and long -- you would not see this configuration of light and dark at this hour just at sunrise. As an interesting aside, TIME Magazine was running a live stream of the lunar eclipse, and the images from the Australian observatory were reversed. As they should be. (Turn your head upside down to know why. I am not talking about the normal telescope reversal, they had already corrected for that.)
©2015 Dr. Philip Edward Kaldon (All Rights Reserved)
I did no corrections to the images -- no brightness, contrast or color adjustments. One thing I did do was switch the meter from centerweighted to spot. Probably the first time I've used any of the Nikons so equipped in spot mode (F4s, Kodak DCS Pro SLR/n, D1, D1X, D1H, D100).
These are not great pictures, but they are the first time I've tried to take a lunar eclipse picture with a modern camera ever. Lens too short, only a 2.7MP image, a lot of noise at 1600 ISO from a first generation DSLR. But I got the picture. Yay me.
Here's the rest of the set:

Picture 1. All the first three were at 1/20th of a second and 120mm, autofocus. (Click on photo for larger.)
©2015 Dr. Philip Edward Kaldon (All Rights Reserved)

Picture 2. (Click on photo for larger.)
©2015 Dr. Philip Edward Kaldon (All Rights Reserved)

Picture 3. (Click on photo for larger.)
©2015 Dr. Philip Edward Kaldon (All Rights Reserved)
Anyway, given that most of the show happened later, below the horizon, I am pretty pleased to have been up, dressed and equipped on an early Saturday morning and had anything to show for it.
Dr. Phil
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