The ocean covers more than 70% of the Earth’s surface.
The ocean contains 97% of the Earth’s water.
The average depth of the ocean is 12,080 feet (3,680 meters).
The deepest point in the ocean is the Mariana Trench, reaching a depth of 36,000 feet (10,994 meters).
The largest ocean is the Pacific Ocean, covering more than 60 million square miles (160 million square kilometers).
The ocean contains more than 20 million tons of gold in the form of dissolved ions.
The ocean is home to more than 230,000 known species, and potentially many more unknown species.
The ocean helps regulate the Earth’s temperature and weather patterns.
The ocean absorbs approximately 30% of the carbon dioxide produced by human activity.
The ocean contains the largest living organism, the Great Barrier Reef, stretching over 1,400 miles (2,300 kilometers).
The ocean contains underwater mountains, known as seamounts, which can reach heights of over 20,000 feet (6,000 meters).
The ocean contains underwater hot springs, known as hydrothermal vents, which support unique ecosystems.
The ocean floor is covered in a layer of sediment, including sand, mud, and organic material.
The ocean floor is dotted with underwater volcanic vents, known as black smokers, which release hot minerals into the water.
The ocean floor is home to underwater canyons, some of which are deeper than the Grand Canyon.
The ocean floor is dotted with underwater sinkholes, known as blue holes, which can be hundreds of feet deep.
The ocean floor is home to unique species of deep-sea animals, including the anglerfish, vampire squid, and deep-sea dragonfish.
The ocean floor is dotted with shipwrecks, including some from ancient times, that are now home to unique ecosystems.
The ocean floor is home to unique geological formations, including undersea caves, ridges, and plateaus.
The ocean floor is dotted with underwater mineral deposits, including valuable resources such as oil and gas.
The ocean floor is home to unique currents and water movements, including the Gulf Stream and El Niño.
The ocean floor is home to unique geological formations, including undersea mountains, valleys, and ridges.
The ocean floor is home to a unique type of sand, known as black sand, which is created by volcanic activity.
The ocean floor is dotted with underwater hot springs, known as hydrothermal vents, which release minerals into the water.
The ocean floor is home to unique rock formations, including undersea mountains and ridges formed by volcanic activity.
The ocean floor is dotted with underwater hot springs, known as hydrothermal vents, which support unique ecosystems.
The ocean floor is home to unique geological formations, including undersea ridges and plateaus formed by tectonic activity.
The ocean floor is home to a unique type of mineral, known as manganese nodules, which contain valuable metals.
The ocean floor is dotted with unique geological formations, including underwater sinkholes, known as blue holes, which can be hundreds of feet deep.
The ocean floor is home to unique currents and water movements, including oceanic currents and tides.
The ocean floor is dotted with unique geological formations, including undersea valleys and canyons created by erosion.
The ocean floor is home to a unique type of bacteria, known as extremophiles, which are able to survive in harsh conditions, such as high pressure and low temperatures.
The ocean floor is home to unique ecosystems, including the deep-sea benthic zone, which is characterized by low light levels and high pressure.
The ocean floor is dotted with unique geological formations, including underwater volcanoes, which can create new islands and add to existing land masses.
The ocean floor is home to unique currents and water movements, including the ocean’s thermohaline circulation, which plays a key role in global climate regulation.
The ocean floor is dotted with unique geological formations, including undersea mountains and ridges, which can influence ocean currents and water movements.
The ocean floor is home to a unique type of mineral deposit, known as gas hydrates, which contain large amounts of methane and other gases.
The ocean floor is home to unique geological formations, including undersea plateaus, which can support unique ecosystems and provide important habitats for marine life.
The ocean floor is dotted with unique geological formations, including underwater canyons, some of which are deeper than the Grand Canyon.
The ocean floor is home to unique currents and water movements, including the ocean’s subtropical gyres, which play a key role in ocean circulation.
The ocean floor is home to unique geological formations, including undersea valleys and troughs, which can influence ocean currents and water movements.
The ocean floor is dotted with unique geological formations, including underwater mountains, some of which are taller than Mount Everest.
The ocean floor is home to a unique type of ecosystem, known as the abyssal plain, which is characterized by low light levels, low temperatures, and high pressure.
The ocean floor is home to a unique type of mineral deposit, known as polymetallic nodules, which contain valuable metals and minerals.
The ocean floor is dotted with unique geological formations, including underwater ridges and plateaus, which can support unique ecosystems and provide important habitats for marine life.
The ocean floor is home to unique currents and water movements, including oceanic eddies, which can transport heat and nutrients across the ocean.
The ocean floor is dotted with unique geological formations, including underwater plateaus, which can influence ocean currents and water movements.
The ocean floor is home to unique geological formations, including undersea volcanic arcs, which are formed by subduction zones and can create new land masses.
The ocean floor is dotted with unique geological formations, including underwater seamounts, which can influence ocean currents and water movements.
The ocean floor is home to unique geological formations, including underwater ridge systems, which can support unique ecosystems and provide important habitats for marine life.