Compare the nitrogen, carbon, and oxygen cycles

The main difference is the way how the three of those cycles are performed. For example, as nitrogen is abundant then it cannot be used by plants or animals in its gas form. The Carbon cycle does not need an especial process like the one of the Nitrogen. Plants can take carbon dioxide and is used for the photosyntesis process. All three cycles are found in soil. Oxygen cycles recycles the oxigen. 

The biogeochemical cycle is defined as the natural pathway, in which essential elements like nitrogen, oxygen, can carbon are circulated from non-living to living components.

The primary difference between the oxygen, nitrogen, and carbon cycle is the major reservoir, and the pathway these cycles perform.

The nitrogen, carbon, and oxygen cycle differs as follows:

The nitrogen cycle explains the circulation of nitrogen and nitrogenous compounds through biotic and abiotic components. The nitrogen is present in nitrite, ammonia, and nitrous oxide form. It is converted into nitrogen and is then utilized by plants and organisms. The oxygen cycle is the movement of oxygen between the atmosphere, lithosphere, and biosphere. The oxygen is released by plants and then is consumed by the animals and other organisms. Oxygen is released as free oxygen molecule. The carbon cycle is the complex cycle in which carbon is circulated through the biosphere, geosphere, atmosphere, hydrosphere, and pedosphere. Carbon is essential for the sustainability of living organisms. It can be circulated by burning fossil fuels, exhalation by animals, and decomposition of living matter.

Therefore, these biogeochemical cycles are essential and maintain the sustainability of living organisms. The cycles pathway and compounds are different in each cycle.

To know more about biogeochemical cycles, refer to the following link:

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Glucose, also called grape sugar, blood sugar or corn sugar, is among the simplest and one of the primary naturally occurring sugars. produced naturally by plants as the primary photosynthesis product, it is heavily used by living beings as a main energy source and is necessary for cellular respiration. chemically, it is a monosaccharide carbohydrate and serves as a building block for complex sugars like starch.