One way that the nutrients in the water are renewed is by dead matter. Creatures living in the lake die and their bodies, if they are not eaten, will rot, releasing nutrients. Leaves, twigs, seed and fruit falling from plants and trees into the lake will also rot and release nutrients. Animal waste will provdide nutrients too.
Lake turnover helps renew the supply of nutrients by redistributing oxygen, heat, and nutrients throughout the water column. During turnover, nutrients trapped at the bottom of the lake are brought up to the surface, where they can be accessed by organisms. This process helps support the growth of algae and other aquatic plants, which form the base of the lake's food web.
Lake turnover can either improve or worsen the condition of the water. If the new water comes from a fresh, clean source, then the supply of nutrients in the water would be renewed.
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.
Nutrients and sespended soils
true A+
No. Because, plankton can only survive in salt water because it has the right nutrients in it for them. So it very uncommon to find plankton in a lake.
Spring runoff can wash nutrients from the land into the lake. Erosion can also cause displacement of nutrients.
Spring runoff can wash nutrients from the land into the lake. Erosion can also cause displacement of nutrients.
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.
Yes. They will always renew water and will never waste it. Even though they have to renew water, that doesn't mean you are always drinking used water.
Floating mussels in a freshwater lake contribute to the ecosystem by filtering water, removing excess nutrients, and providing habitat for other organisms. This helps maintain water quality and supports a diverse community of plants and animals in the lake.
Warm water molecules in a lake will have more kinetic energy and will tend to rise to the surface due to buoyancy. As they rise, they will displace cooler water and contribute to mixing and circulation within the lake. This can affect the distribution of temperature and nutrients, as well as impact the overall ecosystem.