Have a look outside, the Moon has quite a pronounced ring around it and inside of it a solitary planet (or star), I think that's Jupiter (perhaps our resident astronomer Ovalman can confirm), lubberly.
It's probably atmospheric conditions localised to you. I just had a look and can't see a ring.
Jupiter is the next brightest thing to the left of the Moon so I'm sure that's what you see.
It's probably atmospheric conditions localised to you. I just had a look and can't see a ring.Jupiter is the next brightest thing to the left of the Moon so I'm sure that's what you see.
Cheers Oval, it's a pity you can't see it because it's spectacular and yes the star/planet is to the left inside the ring. It actually looks like a ring with a diamond in it. Thanks for the confirmation.
Cheers Oval, it's a pity you can't see it because it's spectacular and yes the star/planet is to the left inside the ring. It actually looks like a ring with a diamond in it. Thanks for the confirmation.
Jupiter and the Moon are a lot closer tonight and both unmissable, I'm guessing they will be a fistful apart at arms length tonight. As a comparison, if you draw an imaginary line from Jupiter through the Moon and keep following it downwards you'll see the brightest star in the sky which is Sirius.
Sorry for the late reply Akabula and FlowerMyth.Jupiter and the Moon are a lot closer tonight and both unmissable, I'm guessing they will be a fistful apart at arms length tonight. As a comparison, if you draw an imaginary line from Jupiter through t
apparently it was caused by ice crystals in the atmosphere, and specifically when thin cirrus or cirrostratus clouds are present at an altitude of about 20,000 feet
apparently it was caused by ice crystals in the atmosphere, and specifically when thin cirrus or cirrostratus clouds are present at an altitude of about 20,000 feet.http://www.dailymail.co.uk/sciencetech/article-2937745/Did-halo-surrounding-moon-nigh