Phototrophic

The roots of the phototrophic plant grow towards the light source.

The leaves of the phototrophic plant turn towards the sun to capture more light.

The algae growing on the surface of the pond are phototrophic organisms.

The phototrophic diatoms were responsible for most of the primary production in the ocean.

Some fungi are phototrophic and grow towards light.

The phototrophic coral reefs flourished in the shallow and clear waters with ample sunlight.

The phototrophic larvae of the firefly emerged from the ground and crawled towards the light.

Phototrophic organisms are critical for the process of photosynthesis, which produces oxygen and removes carbon dioxide from the atmosphere.

Some phototrophic bacteria are able to produce hydrogen gas as a byproduct of photosynthesis.

Plants, algae, and many bacteria are phototrophic organisms that are able to harness the energy of light to carry out metabolic processes.

Many species of phytoplankton are phototrophic and play a vital role in marine ecosystems.

Some deep-sea creatures use bioluminescence to attract phototrophic prey.

Phototrophic bacteria are found in many different environments, including soil and water.

Phototrophic algae are important primary producers in aquatic ecosystems.

Phototrophic bacteria are often used in bioremediation to clean up contaminated soil and water.

Cyanobacteria are phototrophic organisms that are capable of performing photosynthesis in low-light environments.

Sunflowers are phototrophic and will turn their heads to follow the direction of the sun.

Certain fish have symbiotic relationships with phototrophic bacteria, which help them survive in low-light environments.

The phototrophic properties of these microorganisms make them vital components of the food chain.

The phototrophic nature of some bacteria can make them useful in wastewater treatment systems.

The study found that the plant was phototrophic and could only survive in the presence of light.

The algae are phototrophic organisms that can only survive in the presence of light.

The coral reef ecosystem is home to a variety of phototrophic organisms.

The phototrophic algae in the water can turn it green and reduce oxygen levels, affecting fish populations.

The algae in the pond were phototrophic and died when the water became too murky to allow sunlight through.

Some insects, like butterflies, have phototrophic eyes that can see a wider range of colors than humans.

The phototrophic nature of these organisms means they can't survive in the dark.

Many oceanic species are phototrophic, and they rely on sunlight to survive.

The growth and survival of phototrophic organisms in the ocean can have significant impacts on climate and carbon cycling.

The researchers found that the microbe was phototrophic and could only survive in the presence of light.

The phototrophic bacteria in the lake are responsible for the water's blue-green color.

The phototrophic bacteria found in this pond are responsible for the greenish tint to the water.

Certain deep-sea creatures are not phototrophic and instead rely on chemosynthesis for survival.

The phototrophic plants in the greenhouse thrived under the grow lights.

The phototrophic organisms found in the cave are unique and can only survive in the presence of light.

Certain types of bacteria are phototrophic, and they require sunlight to grow.

The plant was phototrophic and required sunlight for growth.

Algae are phototrophic organisms that require light for their metabolic processes.

The phototrophic microorganisms in the soil help in nutrient cycling.

The phototrophic characteristics of the plant make it sensitive to changes in light intensity.

Phototrophic bacteria need access to sunlight or other sources of light to survive.

The growth of some phototrophic bacteria can be inhibited by exposure to UV radiation.

Certain types of fungi are phototrophic and grow in the presence of light.

The phototrophic nature of the plant made it an ideal choice for indoor gardening.

Phototrophic algae form the basis of many aquatic food chains, providing energy for other organisms through photosynthesis.

Many houseplants are phototrophic and require adequate light to thrive indoors.

Some animals, like reptiles, are phototrophic and require exposure to UV light to synthesize vitamin D.

Phototrophic bacteria are often found in sunlit aquatic environments, such as shallow ponds and streams.

Some types of phototrophic microorganisms can be used in wastewater treatment to remove pollutants through the process of photosynthesis.

The phototrophic algae in the pond provided a good source of food for the fish.