Species in an ecosystem can be classified according to how they obtain chemical energy. The two broad categories of organisms are autotrophs (producers) and heterotrophs. Heterotrophs can further be classified according to how they obtain their chemical energy. Heterotrophs can either be decomposers or consumers. Consumers are further classified according to what they eat for food. Consumers include herbivores, omnivores, and carnivores. Some consumers are predators that hunt prey. Some consumers are scavengers that eat remains left behind.
Species in an ecosystem can be classified according to how they obtain chemical energy. The two broad categories of organisms are autotrophs (producers) and heterotrophs. Heterotrophs can further be classified according to how they obtain their chemical energy. Heterotrophs can either be decomposers or consumers. Consumers are further classified according to what they eat for food. Consumers include herbivores, omnivores, and carnivores. Some consumers are predators that hunt prey. Some consumers are scavengers that eat remains left behind.
The role of Decomposers is essential for maintaining soil quality in an ecosystem. While they obtain their chemical energy by breaking down dead organisms, they also recycle minerals back into the soil. The activity of decomposers is essential for ecosystem stability. Soil minerals are necessary for plant growth.
The role of Decomposers is essential for maintaining soil quality in an ecosystem. While they obtain their chemical energy by breaking down dead organisms, they also recycle minerals back into the soil. The activity of decomposers is essential for ecosystem stability. Soil minerals are necessary for plant growth.