PRODUCTIVITY
This is the rate at which photosynthetic plants (the PRIMARY PRODUCERS) convert light energy to chemical energy.
Photosynthesis
Light Reactions.
As long as there are mechanisms, such as living organisms, that convert sunlight into chemical energy, and as long as the sun continues producing sunlight, chemical energy is an inexhaustible resource. There would be a finite amount of energy that could be exploited, because the sun's output is finite, but as a resource it wouldn't "run out".
The process is called photosynthesis it is used by plants to get their energy and make food using chlorophyll.Photosynthesis converts light energy into chemical energy.
Via photosynthesis, plants have developed unique photo-sensitive system that permit them to take the sunlight and convert it. This energy is converted into chemical energy which is stored as food inside the plant.
They convert sunlight, water, and carbon dioxide into sugar and oxygen through a proccess called photosynthesis. They can use the sugar for energy and they release the oxygen back into the enviroment.
it converts sunlight energy into chemical energy
Tertiary consumers
by eating other animals
Photosynthesis
Chloroplasts convert sunlight into potential energy. The energy is then converted into the chemical energy in the glucose molecules.
It is the primary producers
Photosynthesis is the process to allow a plant to convert sunlight to chemical potential energy. Without this ability the plants would wither and die.
Chlorophyll in plants performs this amazing feat through photosynthesis.
Chlorophyl is needed for plants to convert sunlight to energy.
Light Reactions.
Producers produce their own food, using photosynthesis to convert sunlight and oxygen into a simple sugar to consume. Consumers eat the producers and other consumers. They get energy from the things they eat. Decomposers break down dead organisms into chemicals to be put back into the soil. Producers use that chemical to grow. The cycle goes on and on, until some humans go and corrupt it.