When these detritus feeders take in detritus with micro-organisms multiplying on it, they mainly break down and absorb the micro-organisms, which are rich in proteins, and excrete the detritus, which is mostly complex carbohydrates, having hardly broken it down at all.
Detritus feeders contribute to the carbon cycle through respiration by taking up carbon and converting some of it to CO2 which is to be used by plants to produce carbohydrates.
When these detritus feeders take in detritus with micro-organisms multiplying on it, they mainly break down and absorb the micro-organisms, which are rich in proteins, and excrete the detritus, which is mostly complex carbohydrates, having hardly broken it down at all.Detritus feeders contribute to the carbon cycle through respiration by taking up carbon and converting some of it to CO2 which is to be used by plants to produce carbohydrates.
When these detritus feeders take in detritus with micro-organisms multiplying on it, they mainly break down and absorb the micro-organisms, which are rich in proteins, and excrete the detritus, which is mostly complex carbohydrates, having hardly broken it down at all.Detritus feeders contribute to the carbon cycle through respiration by taking up carbon and converting some of it to CO2 which is to be used by plants to produce carbohydrates.
When these detritus feeders take in detritus with micro-organisms multiplying on it, they mainly break down and absorb the micro-organisms, which are rich in proteins, and excrete the detritus, which is mostly complex carbohydrates, having hardly broken it down at all.Detritus feeders contribute to the carbon cycle through respiration by taking up carbon and converting some of it to CO2 which is to be used by plants to produce carbohydrates.
Detritus feeders, or decomposers, play a crucial role in the carbon cycle by breaking down dead organic matter and recycling nutrients back into the ecosystem. By consuming decomposing materials, they facilitate the conversion of organic carbon into inorganic forms, which can be utilized by plants during photosynthesis. This process not only helps maintain soil fertility but also contributes to the overall balance of carbon in the environment, aiding in carbon sequestration and mitigating climate change impacts. Their activity ensures that carbon is continuously cycled through ecosystems, supporting various life forms.
detritus feeders can not be producers as they feed of the decaying dead living organisms
Detritus feeders(a.k.a, sapraphages, or ditritivores) ehterotrophs that get nutrients by comsuming detritus**decomposing organic matter**Example___________EarthwormsWoodlice
Detritus feeders play a crucial role in the ecosystem by breaking down dead organic matter like leaves, wood, and animal carcasses into smaller particles. This helps to recycle nutrients back into the soil, making them available for plants to use for growth. Detritus feeders are essential for the decomposition process and contribute to the overall health of an ecosystem.
When these detritus feeders take in detritus with micro-organisms multiplying on it, they mainly break down and absorb the micro-organisms, which are rich in proteins, and excrete the detritus, which is mostly complex carbohydrates, having hardly broken it down at all.Detritus feeders contribute to the carbon cycle through respiration by taking up carbon and converting some of it to CO2 which is to be used by plants to produce carbohydrates.
primary detritus, assimilation, burning of photosyntheis and higher level consumer. hope this helps !!
Another name for a detritovore is... 1) Detritophage 2) Detritus eaters 3) detritus feeders 4) saprophages 5) decomposers
Detritus feeders and scavengers play a crucial role in breaking down dead organic matter, such as leaf litter and carcasses, into smaller particles. This process helps in recycling nutrients back into the ecosystem, enriching the soil, and supporting the growth of plants. Ultimately, detritus feeders and scavengers contribute to the overall health and functioning of the ecosystem by promoting nutrient cycling and decomposition.
Any bottom feeders like sea urchins, sea stars, and mussles