Another view of the #ZodiacalLight behind the #Moon, from a camera on the solar cells. And the daily #ArtemisII press conferences resume now, the first one post-flyby coming up at the bottom of the hour: https://www.youtube.com/watch?v=5YWATA3d5dU
Part of the #ZodiacalLight and #earthshine - with Mare Crisium - in yet another #ArtemisII image: https://images.nasa.gov/details/art002e009298
The #ArtemisII picture I had been waiting for - the dark Moon with a bit of #earthshine on the left in front of the #zodiacalLight going all around: https://images.nasa.gov/details/art002e009301 (this is essentially the Apollo 11 image from 1969 - https://www.facebook.com/dan.fischer.393/posts/pfbid02mf6UK3L2j5SgPiQsJk9JVYmo6XvZwDDZ23BYpXwJPDszaSpUYzuinkMyHzh9RF8Rl - again but with the Sun more centered ... and with half a century of photo tech inbetween).
And here the crappy external camera with the low data rate actually delivered: the #ZodiacalLight pyramid at the beginning of the #SolarEclipse for #ArtemisII - it stayed visible in the live feed for 10+ minutes! Contrary to the NASA commentary this was not the first time such an observation had been made by humans in the vicinity of the Moon - the Apollo 11 crew made it on 19 July 1969: https://www.facebook.com/dan.fischer.393/posts/pfbid02mf6UK3L2j5SgPiQsJk9JVYmo6XvZwDDZ23BYpXwJPDszaSpUYzuinkMyHzh9RF8Rl -> https://skyweek.wordpress.com/2024/07/25/allgemeines-live-blog-ab-dem-25-juli-2024/#Jul26
Exactly 24 hours from now - at 0:35 UTC on 7 April - the total eclipse for the #ArtemisII crew will begin ... will they see / be able to photograph the fading detached dust tail of #Kreutz comet MAPS imaged here by https://ccor.nrl.navy.mil/ccor_realtime/last_image_MinBckgnd.png at 0:00 UTC on 6 April (image contrast-boosted a lot)? Deep images of the outer corona / #ZodiacalLight / potential dust hovering over the lunar limb might record it as well.
Starwatch: Sunlight and dust combine to create the soft glow of zodiacal light #Science #Space #Astronomy #ZodiacalLight #CelestialPhenomena
https://purescience.news/article?id=958480
Starwatch: Sunlight and dust combine to create the soft glow of zodiacal light

Choose the darkest site you can find an hour before dawn twilight to observe one of the more subtle celestial effects This week, skywatchers can search for one of the more subtle celestial effects. The zodiacal light is the soft glow of sunlight scattered off the interplanetary dust that lies in the plane of our solar system. The dust itself comes from comets and asteroid collisions. Continue reading...

Pure Science News
Starwatch: Sunlight and dust combine to create the soft glow of zodiacal light #Science #Space #Astronomy #ZodiacalLight #CelestialPhenomena
https://purescience.news/article?id=958480
Starwatch: Sunlight and dust combine to create the soft glow of zodiacal light

Choose the darkest site you can find an hour before dawn twilight to observe one of the more subtle celestial effects This week, skywatchers can search for one of the more subtle celestial effects. The zodiacal light is the soft glow of sunlight scattered off the interplanetary dust that lies in the plane of our solar system. The dust itself comes from comets and asteroid collisions. Continue reading...

Pure Science News
Starwatch: Sunlight and dust combine to create the soft glow of zodiacal light #Science #Space #Astronomy #ZodiacalLight #CelestialPhenomena
https://purescience.news/article?id=958480
Starwatch: Sunlight and dust combine to create the soft glow of zodiacal light

Choose the darkest site you can find an hour before dawn twilight to observe one of the more subtle celestial effects This week, skywatchers can search for one of the more subtle celestial effects. The zodiacal light is the soft glow of sunlight scattered off the interplanetary dust that lies in the plane of our solar system. The dust itself comes from comets and asteroid collisions. Continue reading...

Pure Science News