MrSki
Who am I to say you're wrong
Live & let Die!!!it can br anywhere between 1am and 4am depending on where in the world you are...
I've got my crystals, my wand and my voodoo hoodoo dolls all lined up in the garden ready...
Live & let Die!!!it can br anywhere between 1am and 4am depending on where in the world you are...
I've got my crystals, my wand and my voodoo hoodoo dolls all lined up in the garden ready...
As said before I am just ouside Reading so 3.11 is when it is all happening.it can br anywhere between 1am and 4am depending on where in the world you are...
I've got my crystals, my wand and my voodoo hoodoo dolls all lined up in the garden ready...
I want to be stuck on your fridge!all i need now is a fuck off huge snake.....
I have a little slowworm so that may have to do...
you are! and you still moooooooooooooooooooooooooo xxxI want to be stuck on you fridge!
Are you in Chichester?Full moon always brings the weirdos out
Hahaha!!! I did a double take at that
It's deffo bigger though eh?
To Mr Moonbeam or to God? You won't get a reply from God...I am going to stay up til 1pm and if it does not go more red I am going to write a strongly worded letter of complaint
To Mr Moonbeam or to God? You won't get a reply from God...
No, BarnetAre you in Chichester?
Hahaha. Serious lolzNo no no, behave, I will be writing to the Clangers!
That's why I said there would be no replyWhat God.
Sky are clear for once, not like last day one.
s!The moon won't appear to turn red until after 0207BST and not fully until 0311BST (the shade depends on the state of the Earth's lower to middle atmosphere - the more material suspended there, ie the dirtier it is, the deeper the shade of red tends to be; after major volcanic eruptions the eclipsed moon may even hardly be visible). Note that either side of the red 'core' of light illuminating the lunar surface within the Earth's shadow is a narrow annulus of distinctly blue light that arises from sunlight passing through the upper atmosphere of the Earth where ozone absorbs the red light portion of the solar spectrum leaving a blue hue).