Sea water plays a crucial role in the hydrosphere as it constitutes about 97% of the Earth's water supply, influencing global climate and weather patterns through its heat capacity and circulation. It acts as a major reservoir for carbon dioxide, helping regulate the Earth's carbon cycle. Additionally, the ocean's currents distribute heat around the planet, impacting marine ecosystems and weather systems. Moreover, sea water contributes to the water cycle through evaporation, precipitation, and the formation of clouds.
The constant movement of water through the Earth's system in a continuous cycle is known as the water cycle. This cycle involves processes such as evaporation, condensation, precipitation, and runoff, allowing water to move between the atmosphere, land, oceans, and living organisms. It plays a crucial role in maintaining Earth's ecosystems and supporting life.
In the water cycle, solvents like water play a crucial role in transporting minerals and nutrients. As rain falls, it can dissolve various minerals from rocks and soil, which are then carried into rivers and ultimately washed into the sea. This process helps maintain the balance of ecosystems and supports aquatic life. Therefore, the most relevant option is D: minerals are washed into the sea.
The equilibrium gets maintained during water cycle. The water in the water bodies gets evaporated to maintain the sea level.
in lakes rivers sea and all they will evaprate and go and change into water vapour and come down as rain from the clouds and how you pedel in the cycle it will be going on like how you pedel in the cycle this is called water cycle
Sea water plays a crucial role in the hydrosphere as it constitutes about 97% of the Earth's water supply, influencing global climate and weather patterns through its heat capacity and circulation. It acts as a major reservoir for carbon dioxide, helping regulate the Earth's carbon cycle. Additionally, the ocean's currents distribute heat around the planet, impacting marine ecosystems and weather systems. Moreover, sea water contributes to the water cycle through evaporation, precipitation, and the formation of clouds.
no water didn't go to the water cycle the water goes to the sea.
The constant movement of water through the Earth's system in a continuous cycle is known as the water cycle. This cycle involves processes such as evaporation, condensation, precipitation, and runoff, allowing water to move between the atmosphere, land, oceans, and living organisms. It plays a crucial role in maintaining Earth's ecosystems and supporting life.
All water in the sea does. It's called the water cycle!
In the water cycle, solvents like water play a crucial role in transporting minerals and nutrients. As rain falls, it can dissolve various minerals from rocks and soil, which are then carried into rivers and ultimately washed into the sea. This process helps maintain the balance of ecosystems and supports aquatic life. Therefore, the most relevant option is D: minerals are washed into the sea.
Greece is nearly surrounded by water, and parts of it are separated from the mainland by water. For instance, Crete
The hydologic cycle is better known commonly as the water cycle: Water evaporates from the sea, forms rain clouds, falls as rain on the land, rain water flows down hill, and eventually returns to the sea - only to evaporate and begin the water cycle all over again.
The hydologic cycle is better known commonly as the water cycle: Water evaporates from the sea, forms rain clouds, falls as rain on the land, rain water flows down hill, and eventually returns to the sea - only to evaporate and begin the water cycle all over again.
The equilibrium gets maintained during water cycle. The water in the water bodies gets evaporated to maintain the sea level.
The sea/ lakes and rivers. They store the water for it to be evaporated by a source of heat and thus making the water cycle restart.
When clouds come along and suck water from the sea
The ocean serves as the major source for evaporation of water back into atmospheric circulation. At the poles, they are also a source of fresh water as sea ice, but this does not contribute significantly to the production of water resources.