0
Decomposers get energy in much the same way as heterotrophs (e.g. humans) obtain energy. They take organic matter called detritus (e.g. dead leaves, wood etc.), and take the chemical potential energy out of it. Wood, for example, has much chemical potential energy (as you can tell from a wood fire). Decomposers break apart the cellulose in the wood into sugar monomers, and then do cellular respiration to "burn" it. Humans only differ in the source of the sugar molecules; rather than obtaining the sugar molecules from, say, potatoes decomposers obtain them from detritus.
Add your answer:
Earn +20 pts
How are decomposers and carnivores and herbivores alike?
Both decomposers and consumers gain energy by consuming organic matter. A decomposer, however, only includes organisms that consume dead organisms, while consumers may consume any organisms, dead or alive. Decomposers are counted as consumers, but not all consumers are decomposers.
Are bacteria a producer consumer or decomposer?
They can easily survive without any other organisms. So, as a group, they are producers, consumers and decomposers.
Is the platypus a decomposer?
The platypus gains energy by eating other organisms, meaning it is a carnivore. A platypus is not a decomposer because decomposers gain energy by decomposing dead organisms.
Why aren't all consumers decomposers?
Consumers get energy from other organisms by eating them. Decomposers get matter from dead organisms. Decomposers are things like bacteria and fungi which are really small and can only eat something when it is dead or weak because then the immune system of that organism is weak and cannot defend well.
How nan decomposers help the consumers and producers stay alive?
Decomposers break down dead organisms, which turns them into fertilizers that can aid plant growth and return the energy to the food chain, and thus provides more food and energy for animals (consumers). When the plants and animals die, they themselves are decomposed, and the cycle begins again.
What is the sourc of all food energy on earth?
decomposers
What do decomposers obtain their energy from?
*
How producers consumers and decomposers obtain energy?
producers obtain energy from water and sunlight, consumers obtain energy from producers and decomposers obtain energy from comsumers.
Do decomposers get all of there energy from the sun?
The sun is not a decomposer. Decomposers are living organisms.
How do decomposers difffer from producers?
Producers produce food using energy, and decomposers eat the remains of dead animals to get energy.
Where do producers consumers an decomposers obtain energy?
The energy in the producers comes from the sun. It feeds the consumers. The decomposers ultimately release the energy from the consumers and the producers that were not consumed.
How do decomposers get there energy?
Decomposers obtain their energy by breaking down organic matter, such as dead plants and animals, into simpler compounds through the process of decomposition. This breakdown releases energy in the form of chemical bonds that decomposers use to fuel their own growth and reproduction.
Does energy flow stop with decomposers?
yes decomposers are the final stop of energy flow. they decompose the dead plants and animals and give outenergy
What energy is released when decomposers break down materials?
radiant energy
Are detrivores and decomposers autotrophs or heterotrophs?
Decomposers are types of heterotrophs. They are not able to consume their own energy through photosynthesis. They get their energy from the remains of dead organisms.
Organisms that get energy by breaking down the remains of dead organisms?
Organisms that get energy by breaking down the remains of dead organisms are called decomposers. Examples of decomposers include bacteria, fungi, and some insects. They play a crucial role in recycling nutrients back into the ecosystem.
Are scavengers and decomposers part of the energy pyramid?
Yes, scavengers and decomposers are part of the energy pyramid. Scavengers feed on dead animals and plant material, while decomposers break down organic matter into simpler compounds. They both play crucial roles in recycling nutrients and energy in ecosystems.
