Anaerobic heterotrophs are organisms that rely on external sources of organic compounds for both energy and carbon. They do not require oxygen for metabolism and can survive in environments where oxygen is absent or in low concentrations. Examples include certain types of bacteria and archaea that obtain nutrients by breaking down organic matter through fermentation or anaerobic respiration.
Anaerobic photoautotrophs are related to cyanobacteria (formerly known as blue green algae) that carry out photosynthesis, the process in which light energy powers the transfer of electrons from inorganis donors to CO2 yielding carbohydrates [(CH2O)n].
This is the basis of the theory that try to explain how the O2 was generated in the Earth's atmosphere.
Heterotrophs are living things that have to eat other living things to survive. That would be an animal, since plants make their own food.Heterotrophs that eat other heterotrophs would be animals that eat other animals. Heterotrophs that eat only other heterotrophs would be a carnivore. If the heterotroph eats both heterotrophs (animals) and autotrophs (plants), that would describe an omnivore.
heterotrophs are also known as 'other feeders' Heterotrophs are also known as parasites or saprophytes depending on their mode of getting food.
Heterotrophs use water to break the bonds to make energy.
Jellyfish are heterotrophs, meaning they obtain their energy by consuming other organisms. They primarily eat plankton, fish eggs, and small fish.
Anaerobic
there was no oxygen in Earth's early atmosphere.
Scientists believe that the first living cells on Earth were likely anaerobic heterotrophs because early Earth lacked oxygen, and these organisms do not require oxygen for their metabolism. Anaerobic heterotrophs can obtain the carbon compounds they need for energy from organic molecules in their environment, making them well-suited for the conditions of early Earth.
Heterotrophs.
The answer is ......... Heterotroph!!!!!!!!!!!!!!!!!!!
Heterotrophs :D
Prey are heterotrophs.
Humans are heterotrophs Plants are autotrophs
Yes, jellyfish are heterotrophs. Heterotrophs eat and are consumers. Jellyfish eat, and are consumers: therefore, they are heterotrophs.
kufluy
Autotrophs depend on heterotrophs for minerals
autotrophs
Actually worms are both Heterotrophs and Parasites