Pictures and albums about North-pole published in outdoors
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Albums about north-pole
published by crusty00
sunset at north pole
published by ourjrny
With such a wonderfully warm, bright blue day and fluffy clouds, I knew it was going to be a wonderful sunset, yet I was not prepared for such beauty as this!
published by ourjrny
published by ourjrny
Emerquinox is a word I coined when I combined the words Emerge and Equinox. ~ "Love is a portion of the soul itself,
and it is of the same nature as the
celestial breathing of the atmosphere of paradise." ~
Victor Hugo
published by caspiansinalabama
Our first family trip; started just a couple of days after we moved to Alabama. It was Josh, Gracie and Carl's first time seeing Colorado and the mid-west. Special thanx to Tim's family in Missouri and Colorado for putting up with us!
published by sarkilpe
Kesäkuvia Suomesta
Pictures about north-pole
picture: The Polar Aurora ~ Northern Lights ~ Aurora Borealis ~ Autumn Equinox ~ North Pole Alaska
published by: ourjrny
Featured Editor's Collection Autumn Landscapes ~ Featured Member's Choice Fall Scenics October 2007
picture: The Polar Aurora ~ Northern Lights ~ Aurora Borealis ~ Autumn Equinox ~ North Pole Alaska
published by: ourjrny
Featured Member's Choice Outdoors Falls Scenics October 2007 ~ I have entered this photograph on space.com for the category Astrophotos ~ Auroras, and if it is published I will provide the link here!! ~ Source for Aurora information provided below ~ http://odin.gi.alaska.edu/FAQ/#curtain ~ Aurora is a luminous glow of the upper atmosphere, which is caused by energetic particles that enter the atmosphere from above. On Earth, the energetic particles that make aurora come from the geospace environment, the magnetosphere. These energetic particles are mostly electrons, but protons also make aurora. The electrons travel along magnetic field lines. The Earth's magnetic field looks like that of a dipole magnet where the field lines are coming out and going into the Earth near the poles. The auroral electrons are thus guided to the high latitude atmosphere. As they penetrate into the upper atmosphere, the chance of colliding with an atom or molecule increases the deeper they go. Once a collision takes place, the atom or molecule takes some of the energy of the energetic particle and stores it as internal energy while the electron goes on with a reduced speed. The process of storing energy in a molecule or atom is called "exciting" the atom. An excited atom or molecule can return to the non-excited state (ground state) by sending off a photon, i.e. by making light." ~ http://www.phy6.org/Education/waurora1.html "In Alaska, Canada, Norway, Finland or northern Russia, on a clear night, a greenish glow is often seen in the sky, known as the "Northern Lights." During magnetic storms, the glow may move southwards, and on occasion it can be seen in much of the US. It often appears as a glow on the horizon, like the glow preceding sunrise, and has therefore become known among scientists as "aurora borealis" ("aurora" for short), Latin for "northern dawn." A similar phenomenon is also seen in southern polar regions. To an observer, an aurora is a fascinating spectacle, constantly moving and changing. It usually consists of many near-vertical greenish rays, forming long arcs and curtains, which stretch like ribbons across the sky, often from horizon to horizon. The green light of the aurora has a precisely defined colour in the spectrum ("narrow spectral line"). Such precise colours are usually the signatures of the atoms which emit them... The green light of the aurora puzzled scientists for many years, since it fit no known element. It turned out to be produced by oxygen atoms, but under conditions that in our atmosphere only exist in the very rarefied upper levels. A red aurora, occasionally seen, arises at even greater heights and is also produced by electrons hitting oxygen."
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