Explanation: The biogeochemical cycle cycle can be defined as the abiotic cycle such as carbon, nitrogen and phosphorous cycle.
The interaction between the abiotic components and biotic components aids in the availability of these nutrients into the soil.
The producers take nutrients from the soil and carbon dioxide from atmosphere for manufacturing food and when the plants and animals die the decomposers recycles the nutrients back into the soil.
So, decomposition is an important role in the biogeochemical cycles .
Decomposition is the process that plays an important role in biogeochemical cycles of carbon, nitrogen and phosphorus.
Decomposition is the process of breaking down the wastes materials and the dead remains of plants and animals to generate nutrients such as carbon, nitrogen and phosphorus for the soil.Further Explanation:DecomposersDecomposers are heterotrophic organisms which get their nutrition by breaking down remains of dead plants and animals.Examples of decomposers include Fungi, bacteria, snails, etc. is the process of breaking down the dead remains of plants and animals and wastes to generate nutrients for the soil.It plays an important role in an ecosystem.Importance of decomposition in an ecosystemIt helps in recycling of the nutrients such as carbon and nitrogen in an ecosystem.Dead organic material is broken down into water, minerals, carbon dioxide and other chemicals that can be consumed by plants. Nutrients are returned to the soil from where plants can reuse the same.Therefore, nutrients obtained from the dead organisms and wastes are recycled back into the soil to be used by producers.In addition, they help in removing or cleaning the dead matter and waste material from the ecosystem.Other roles of decomposers in an ecosystem include, nitrogen fixation, nitrogen and carbon recycling and maintenance of the ecosystem by cleaning up dead material through decomposing it and recycling nutrients into the soil.
Keywords: Decomposers,decomposition, importance of decomposition to an ecosystem.Learn more about: Decomposers and their roles: Importance of decomposers: Role of decomposers:
Level: High school
The correct answer is C, decomposition.
It would be to decompose and clear the traces and amounts of these nutrients for the uptake of other living beings, including plants, to ultimately allow for these materials to be converted along with new nutrients to be increased again.Biogeochemical cycles distribute the nutrients from the soil to the plants, animals, and microorganisms. These organisms die, and their organic matter disintegrates, and add back the nitrogen, carbon, and phosphorous following to the pool.
The correct answer would be decomposition.
Decomposition is a natural process by which complex organic compounds are broken down into simpler organic matter.
It plays an important role in the cycling of all the nutrients (such as nitrogen, carbon, phosphorus et cetera) or matters throughout the biosphere.
It helps in returning the nutrients to the environment (soil, water, or air) from dead plants and animals.
For example, decomposition helps in returning the carbon contents to the soil in the form of humus which is formed by degradation or decomposition of dead organisms.
The process that plays a crucial role in the biogeochemical cycles of carbon, nitrogen, and phosphorous is decomposition. Moreover, it is indeed playing an important role in the ecosystem.
The first stage in the nutrients’ recycling that has been depleted by an organism (plant or animal) to construct its body, and is returned to the ecosystem after its death is called decomposition. This is the process by which dead tissues collapse and are converted into simpler organic systems which are a food source for many species at the bottom of the ecosystem. Species that decompose, and feed on the 'waste' products shaped by them, are called detritivores, which literally means 'feeders on the dead or decomposed organic matter'.
Decomposers are heterotrophic organisms that obtain nutrients by collapsing the remains of dead animals and plants. Examples of decomposers are fungi, snails, bacteria, etc. Many of these decomposing species function together or parallel to each other, with each accountable for a particular stage or aspect of the process of decomposition, and cooperatively they are known as detritivorous communities.
There are some importances of decomposition in an ecosystem:
•It facilitates recycling nutrients such as nitrogen and carbon in an ecosystem.
•Dead organic matter is collapsed into the water, carbon dioxide, minerals, and other substances that can be eaten by vegetations. Nutrients are restored to the soil from which plants also can reuse the same.
•Therefore, nutrients gained from wastes and dead organisms are recycled back to the land for being used by producers.
•Additionally, decomposers help remove or clean dead material and waste from the ecosystem.
•Other decomposers’ roles in an ecosystem include recycling, nitrogen fixation, and maintenance of ecosystem carbon and nitrogen by cleansing dead material by decomposing it and recycling nutrients into the soil.
If you’re interested in learning more about this topic, we recommend you to also take a look at the following questions:
•What is decomposition?
•Which of the following statements about decomposition reactions is true?
KEYWORDS: Decomposition, biogeochemical cycles of carbon, nitrogen, and phosphorus
Subject : History
Class : 10-12
Answer is photosynthesis
cove, bay, estuary, fjord, river, or sea loch