
Videos from Hormoz Island in Iran could be confused with scenes from a NASA mission to Mars, but it isn't science fiction, just science.
After recent rain on Dec. 16, the island's coast turned crimson as the rain created a unique and wild phenomenon on the mineral-rich island. A video recorded after the rain showed a red waterfall rushing down the cliffside and ruby-colored waves crashing against the shoreline.
So here's what makes Mars and this natural beauty look alike -- sometimes.
On the island off the Iranian coast, the soil is rich with iron oxide. Iron oxide is a key element in determining the reddish color of Mars and the rusting of metals on Earth.
When rain mixes with iron oxide in the soil, the water runoff rushes into the ocean, turning the tide blood red. This otherworldly phenomenon differs from 'blood rain,' when raindrops mix with dust or dirt high in the atmosphere, causing the raindrops to fall to Earth with an eerie color.
LATEST POSTS
- 1
Abbott issues US device correction for some glucose monitors over faulty readings risk - 2
Paraplegic engineer becomes the first wheelchair user to blast into space - 3
Yemen’s Aden airport shut by STC-backed transport minister, Saudi source says - 4
Ukraine's naval drones are gunning for Russia's 'shadow fleet.' A security source says a tanker just suffered a critical hit. - 5
Find the Mysteries of Effective Objective Setting: Transforming Dreams into Feasible Targets
Make your choice for the bird that catches your heart!
Carry Nature Inside with These Staggering Plant Decisions
The most exciting exoplanet discoveries of 2025
Becoming amazing at Arranging Pay Raises
Lucky airplane passengers capture NASA's Artemis 2 moon launch from the sky
Consumer outlook on UK economy falls to two-year low
Instructions to Discuss Successfully with Your Auto Collision Lawyer
10 Picturesque Campgrounds That Will Raise Your Outside Involvement with American
Robert Irwin on winning 'Dancing With the Stars' 10 years after sister Bindi: 'This was everything I dreamed it would be and so much more'












