A circle on the ocean floor visible on Google Earth is believed to be an unidentified flying object (UFO) or extraterrestrial.
Scott Waring, owner of UFOsightingsdaily.com and frequent discoverer of objects he believes are 100% proof of ancient aliens. He is also a fan of using photos from NASA rovers, and he has claimed to find everything from a monkey on Mars to the 7.3m tall body of a slain Martian king in the battle 1 million years ago.
UFO ante, is a sighting off the coast, near Peru’s Nazca Lines, a series of giant geoglyphs built by the Nazca people nearly 2,000 years ago. This architectural work is believed by conspiracy theorists that aliens were involved in the construction process.
So, what did Waring find? A circle, about 6.8 km in diameter, is visible about 566 km off the coast of Lima. This circle appears to rise from the seabed like a hill or mountain.
A strange, circular structure was discovered in Google Earth images located near Peru’s Nazca Lines, a series of giant geographical maps built by the Nazca people nearly 2,000 years ago.
In a 2016 blog post, Google developers pointed out a data oddity that could lead to artifacts like strange hills and valleys: Basemaps of the ocean floor based on The map, produced by the Scripps Institution of Oceanography, uses gravity measurements from satellites to roughly map the rise and fall of the seafloor (also known as the ocean bathymetry).
Notably, the “UFO” detected by Waring was located right in the middle of the transect where an onboard sonar survey had apparently passed, possibly this shape being a side effect of piecing together multiple data sources. together. These long lines are visible across the ocean floor on Google Earth and are sometimes mistaken for signs of a lost civilization.
The strange shapes of the ocean floor on Google Earth illustrate what little is known about the sea floor. Satellite images covering almost the entire ocean floor can resolve objects at depths of about 1.5 km, while modern undersea sonar can reveal details at altitudes of 100 m. According to the National Oceanic and Atmospheric Administration (NOAA), only 5% of the ocean floor has been mapped by modern sonar
