It is 180 Million Years Old
180 million years old
There's really only one ocean, and it's all the same age (somewhere around 4 billion years). But as man-made names go, the Atlantic basin is the newest.
The ocean located to the east of the United States is the Atlantic Ocean. It separates North America from Europe and Africa. The Atlantic Ocean is known for its significant role in global trade and its historical importance during the Age of Exploration.
The explorer you are referring to is Ferdinand Magellan. In 1520, he navigated through the straits located at the southern tip of South America, which are now known as the Strait of Magellan. This passage allowed him to become the first European to sail from the Atlantic Ocean to the Pacific Ocean, marking a significant milestone in the Age of Exploration.
Age of Exploration
actually no, it is getting smaller as the Atlantic Ocean gets bigger due to the contininents of Africa and Europe being pushed further away from the Americas by the mid Atlantic ridge. But as you observe the official data on ocean floor age, you might come to another conclusion.
actually no, it is getting smaller as the Atlantic ocean gets bigger due to the contininents of Africa and Europe being pushed further away from the Americas by the mid Atlantic ridge. But as you observe the official data on ocean floor age, you might come to another conclusion.
The Grand Ocean Hotel 19 Atlantic Hotel All Marriott's
The Age of Atlantic was created in 1970.
The oldest oceanic crust is in the west Pacific and north-west Atlantic. They are about 180 to 200 million years old.
The New Age of Atlantic was created in 1972.
In the Atlantic Ocean, the age pattern of the seafloor demonstrates that the youngest rocks are located at the mid-Atlantic ridge, where new oceanic crust is formed through volcanic activity. As one moves away from the ridge, the age of the seafloor increases, with older rocks found closer to the continental margins. This pattern reflects the process of seafloor spreading, where tectonic plates move apart, allowing magma to rise and create new oceanic crust. Consequently, the age distribution clearly illustrates the dynamic nature of oceanic geology.