Amazing Photos

[Forrest]

http://www.thetopthebest.com/Images/...eamscapes6.jpg this is amaizing

It certainly is Michelle



as are your eyes in this photo

[Michelle21]

It certainly is Michelle



as are your eyes in this photo

http://www.klevertravel.ro/img_lifes...0803060350.jpg or this one.. tnks hun..you are sweet:*:*:*

[Forrest]

http://www.klevertravel.ro/img_lifes...0803060350.jpg or this one.. tnks hun..you are sweet:*:*:*

[dr love]

Great pics Forrest , keep em coming .:
doc

[Michelle21]

Great pics Forrest , keep em coming .:
doc

he always put nice pics :P

[Forrest]

Great pics Forrest , keep em coming .:
doc

Can't take the credit for the last two, Doc. Michelle posted links and I just put the photos up for her.

[dr love]

Can't take the credit for the last two, Doc. Michelle posted links and I just put the photos up for her.

True Forrest , but you can take credit for another great thread idea .
You have my thanks for that bro .:
doc

[Forrest]

True Forrest , but you can take credit for another great thread idea .
You have my thanks for that bro .:
doc

Cheers Doc.

I know I said last week that the pics of Wicklow would be the last I would post,
but I found these at the weekend and just had to share them.

This photo was captured by Ole Christian Salomonsen in Norway, using a Canon 5D Mark II
with Canon EF 16-35 Mark II lens and settings at f/2.8, ISO2500, 7sec. It is a long exposure
photo, that’s why you can see some satellites streaks and one made by a plane. The aurora
lets you see the background full of stars, because it is colorful but a little bit transparent.



Auroras emit light because of the emission of photons by oxygen and nitrogen atoms in the
upper atmosphere. Those atoms get excited—or ionized—by the collision with solar wind particles,
which are accelerated by the Earth’s magnetic field. As the atoms get excited or return to their
normal state, they emit visible energy. When it is an oxygen atom, the light emitted is either
green or brownish-red, depending on the energy level absorbed by the molecule. Blue happens
when nitrogen gets ionized, and red when it returns to ground state.

[theqm]

Where is that, QM? It looks very tranquil.

Thats the Everglades in Florida. Somewhere I've never been but would love to visit.

[Nyna]

Cheers Doc.

I know I said last week that the pics of Wicklow would be the last I would post,
but I found these at the weekend and just had to share them.

This photo was captured by Ole Christian Salomonsen in Norway, using a Canon 5D Mark II
with Canon EF 16-35 Mark II lens and settings at f/2.8, ISO2500, 7sec. It is a long exposure
photo, that’s why you can see some satellites streaks and one made by a plane. The aurora
lets you see the background full of stars, because it is colorful but a little bit transparent.



Auroras emit light because of the emission of photons by oxygen and nitrogen atoms in the
upper atmosphere. Those atoms get excited—or ionized—by the collision with solar wind particles,
which are accelerated by the Earth’s magnetic field. As the atoms get excited or return to their
normal state, they emit visible energy. When it is an oxygen atom, the light emitted is either
green or brownish-red, depending on the energy level absorbed by the molecule. Blue happens
when nitrogen gets ionized, and red when it returns to ground state.

wow.... this are really very nice photos to enjoy , xx