Welcome to NexusFi: the best trading community on the planet, with over 150,000 members Sign Up Now for Free
Genuine reviews from real traders, not fake reviews from stealth vendors
Quality education from leading professional traders
We are a friendly, helpful, and positive community
We do not tolerate rude behavior, trolling, or vendors advertising in posts
We are here to help, just let us know what you need
You'll need to register in order to view the content of the threads and start contributing to our community. It's free for basic access, or support us by becoming an Elite Member -- see if you qualify for a discount below.
-- Big Mike, Site Administrator
(If you already have an account, login at the top of the page)
On April 23/24, 2012 Earth experienced a G=3 geomagnetic storm. The Kp index, a measure of magnetic field, peaked at 6.33 out of a maximum of 9. The result of this disturbance created this Aurora event.
It was a beautiful spring night on the Alberta prairies. Temperatures were steady at 16 deg C with very light winds. As you can see there was some cloud cover, but I was able to get far enough away from it to still get a great view of the show.
"The Wave" is a surreal-looking rock formation on the slopes of the Coyote Buttes in Arizona.
While it's not the toughest place in the world to reach, very few people ever get to see it since the government seriously limits the number of people who can hike there each day.
Hanging in space, our beautiful blue planet has never been seen more clearly.
This is Planet Earth, seen from 36,000km above the surface, with the rich deep blues of the sea contrasting with the sharp outlines of land, as white clouds scurry across the skies.
The image was taken by the Electro-L, Russia's latest weather satellite, and unlike other images of our planet, it was taken in one single shot, at a massive resolution of 121million megapixels.
A timelapse of Planet Earth from Electro-L, a geostationary satellite orbiting 40000km above the Earth. The satellite creates a 121 megapixel image every 30 minutes with four visible and infrared light wavelengths. The infrared light appears orange in these images, and shows vegetation.
