The abundance of life near the surface of a lake is primarily supported by the process of photosynthesis. In shallow areas, sunlight penetrates the water, allowing aquatic plants and phytoplankton to thrive. These organisms convert sunlight, carbon dioxide, and nutrients into energy, producing oxygen as a byproduct, which supports a diverse range of aquatic life. Additionally, nutrient cycling in the upper layers of the water contributes to this rich ecosystem.
Evaporation.
This process is called lake turnover. During the spring and fall, changes in temperature cause surface water to mix with deeper water layers. This helps distribute nutrients and oxygen throughout the lake, benefiting aquatic life.
Seasonal turnover, also known as lake mixing, is a process where cooler water sinks and replaces warmer water at the surface of a lake. This brings nutrients from the deeper layers to the surface, refreshing the supply of nutrients throughout the lake.
Lake Superior has a surface area that is approximately 14,938 square miles greater than that of Lake Ontario. Lake Ontario has a surface area of about 7,340 square miles, while Lake Superior's surface area is about 31,700 square miles. This makes Lake Superior the largest of the Great Lakes by surface area.
Lake Ontario is larger with a surface area of 19,000 km2, while Lake Garda only has a surface area of 369.98 km2.
Lake Superior - by surface area Lake Baikal - by volume
Salt lake city
Lake Eyre, Australia has a surface area of 9500km2
You can find Pokémon on the water surface of any lake.
The group of lake that form the largest freshwater surface in the world, is known as the Great Lakes. They are Lake Superior, Lake Ontario, Lake Huron, Lake Erie, and Lake Michigan. The lakes hold 21 percent of the world's surface freshwater.
With a water surface area of 31,700 square miles, Lake Superior is the largest of all the Great Lakes. Lake Erie has a water surface area of 9,910 square miles.
Lake Tear of the Clouds with a surface of about 4,000 feet. However this depends on what is termed a 'lake'