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https://www.yahoo.com/news/startlingly-round-formation-steep-smooth-141125280.htmlA seamount, as underwater mountains are called, was discovered by a seafloor mapping drone and its shape is more like a giant tower than a mountain.
It rises about 3,300 feet, has “relatively steep, smooth sides” and is rounded, with a diameter of nearly 3,000 feet, officials say.
The summit of the seamount is about 11,352 feet below sea level. Meanwhile, the crater at the top of it is 1,200 feet deep, data shows.
“There is a broad size distribution for seamounts but to be classified as a seamount, the feature must have a vertical relief of at least 1,000 meters (3,300 feet) above the surrounding seafloor.”
The U.S. Geological Survey reports “there are at least 63 seamounts” off California, and most of them are 100 miles offshore and a mile deep. It’s estimated they are 10 million to 25 million years old, and none are active volcanoes, the USGS says.
"...none are active...." Now they've done it.Astronuc said:
Not to worry...Bystander said:"...none are active...." Now they've done it.
A seamount is an underwater mountain formed by volcanic activity. These geological features rise from the ocean floor but do not reach the water's surface. Seamounts can vary in size and shape and are often found in chains or clusters in oceanic regions.
The new seamount was discovered using advanced sonar mapping technology and underwater exploration vehicles. Researchers utilized these tools to survey the ocean floor, revealing previously uncharted geological features.
Discovering a new seamount is significant for several reasons. It can enhance our understanding of marine biodiversity, as seamounts often serve as habitats for various marine species. Additionally, studying these formations can provide insights into geological processes and the history of the Earth's crust.
Seamounts are often hotspots for marine biodiversity. They can support a variety of life forms, including corals, sponges, fish, and invertebrates. The unique topography and currents around seamounts create favorable conditions for nutrient upwelling, attracting a diverse range of species.
Yes, conservation efforts may be initiated to protect the newly discovered seamount and its surrounding ecosystem. This can include establishing marine protected areas, conducting further research, and monitoring human activities such as fishing and mining that could impact the fragile marine environment.