Autotrophic

Some bacteria are autotrophic and produce their own food through chemosynthesis.

Autotrophic organisms like plants play a critical role in maintaining the balance of atmospheric oxygen and carbon dioxide.

An autotrophic lifestyle is not suitable for all organisms.

The leaves of the green plants are the site of autotrophic nutrition.

Autotrophic bacteria play a crucial role in maintaining the balance of nutrients in soil.

Certain bacteria can survive in extreme environments using autotrophic metabolism.

The autotrophic nature of algae makes them important primary producers in aquatic ecosystems.

The discovery of autotrophic microorganisms living deep in the Earth's crust has challenged our understanding of where life can exist.

Some bacteria are autotrophic, using energy from inorganic sources to produce organic compounds.

Insect-eating pitcher plants have developed a unique autotrophic adaptation to obtain nutrients in nutrient-poor environments.

Researchers are studying the autotrophic properties of certain bacteria to develop new ways of generating biofuels.

The autotrophic bacteria use energy from chemical reactions to synthesize organic compounds.