| Date & Time: | Dec 26 2025, from 22:58 to 25:20 JST(+0900) |
| Mosaic of 3 flames of 6min.×8shots |
| Optical: | AF zoom-Nikkor 80-200mmF2.8ED (f=135mm, stop: F4.0) |
| with IDAS LPS-D1 light-pollution suppression filter |
| Auto-guided with TAKAHASHI JP Equatorial |
| CMOS Camera: | ZWO ASI2600MC Pro (Cooled temp.: -25°C) |
| Location: | Ooizumi, Hokuto city, Yamanashi pref. |
| IC353 / Reflection Nebula, type 3 R |
| R.A. | 03h 51m 59.0s (2000.0) |
| Dec. | +25° 30' 00" (2000.0) |
| Apparent Size | 90' |
| Real Size | N/A |
| Magnitude | - |
| Distance | N/A |
| Other IDs | LBN 774 |
|
| LBN777 / Diffused Nebula, type 4 E |
| R.A. | 04h 04m 39.0s (2000.0) |
| Dec. | +26° 27' 00" (2000.0) |
| Apparent Size | 37~31' |
| Real Size | N/A |
| Magnitude | - |
| Distance | N/A |
|
This star field picture has captured around the Pleiades and its eastern region with a span of 16.7×8 degrees.
We astro-photographers can take images of bluish nebulae around the Pleiades easily,
but actually this field includes extraordinary thin nebulosities in wide area.
We have several striking areas with catalogue numbers like IC353, LBN777 and so on.
These nebulae are part of same gaseous matter that formed member stars in the Pleiades.
The eastern dark nebulae with complicated shapes in image are part of "Taurus molecular clouds" having star-forming activities spread around back of the Taurus with a span of over 10 degrees.
From the link below, you can view pages with close-up images of the individual objects.
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