Dead lake.
oxygen in its lungs to help it live out of the water when searching for a new lake to call home.
Because of lack of oxygen and sunlight.
it allows oxygen to reach the bottom of the lake
eutrophicationeutrophicationFertilizer in a lake helps algae grow. Up to a certain point, that is good. The algae turns carbon dioxide into oxygen and adds oxygen to the water. However, after that point, the algae covers the lake. Oxygen from the air can not get to deeper water. Dead algae falls to the bottom of the lake and decomposes. The process of decomposing uses up oxygen. The amount of oxygen in the lake drops below the point where fish can survive. Thus, over fertilization leads to a fish kill.
I want to say yes. Lake Michigan is not Oligotrophic like Lake George in New York. It isn't Eutrophic or Hypereutrophic which are characterized by high levels of nitrogen and phosphorus and low levels of oxygen near the bottom of the lake.
The Bottom of the Lake was created in 2009-08.
eutrophicationeutrophicationFertilizer in a lake helps algae grow. Up to a certain point, that is good. The algae turns carbon dioxide into oxygen and adds oxygen to the water. However, after that point, the algae covers the lake. Oxygen from the air can not get to deeper water. Dead algae falls to the bottom of the lake and decomposes. The process of decomposing uses up oxygen. The amount of oxygen in the lake drops below the point where fish can survive. Thus, over fertilization leads to a fish kill.
A lake bed is the bottom of the lake.
The bottom of a lake or the lake bed or a depression forming the ground under a body of water.
Bottom.
The rising temperature of water that melts ice. this process exchanges (overturns) water at the bottom with oxygen rich water.
colder temperatures and lower light levels limit the types of organisms that can live in deep lake waters