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The Earth's surface is primarily made up of water and land. These two elements together create all the features we see on the planet from space.
The vast majority of the Earth's surface, approximately 71%, is covered by water. This includes all oceans, seas, lakes, rivers, and other bodies of water that blanket our planet.
The remaining 29% consists of landforms such as continents and islands, which rise above the water. These land areas are where most of the Earth's human activities take place, like agriculture, urban development, and wildlife habitats.
Understanding the composition of the Earth's surface helps scientists and geographers study patterns related to climate, sea levels, and ecosystem distributions.

The Earth's surface is dominated by water, and when we speak about its composition, the figure that stands out most is the water coverage percentage. Around 71% of the Earth's surface is enveloped in water.
This measurement encompasses all the vast oceans, myriad lakes, meandering rivers, and other various bodies of water.

• Oceans alone cover about 97% of the Earth's total water volume, making them a significant contributor to this percentage.
• Lakes and rivers account for a relatively small fraction, but they are crucial for human activity and biodiversity.

The 71% water coverage is a critical figure for understanding Earth's climate systems, as these water bodies store a large portion of the planet's heat and moisture.

To fully grasp the concept of Earth's surface coverage, we need to consider its total surface area. The Earth's total surface area is about 510 million square kilometers, which includes both water and land.
The quantification of this total area allows scientists to calculate how much of the planet is covered by water and how much by land. Given this massive surface area, it's easier to comprehend the proportion that is water versus land.
The detailed knowledge of Earth's surface area aids in scientific calculations related to environmental studies, oceanographic explorations, and global climate models. It's also essential for determining the distribution of natural resources, planning for sustainable development, and assessing the impact of human activities on the natural world.