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Abhinav

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Ammonification occurs during the decomposition of organic matter, where actinomycete bacteria convert organic nitrogen into inorganic components like ammonia or ammonium ions.
Ritwik

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Algae
Bacteria
Briti

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Used in denitrification Micrococuus
By abhinav

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The reaction involved in the process of Nitrification is as follows:

2NH ₄⁺ + 3O ₂ → 2NO ₂– + 4H+ + 2H ₂ O

2NO ₂– + O 2 → 2NO ₃–

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•Ammonification
•Nitrification
•Dentrification
•Nitrogen fixation

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Azotobactor Nitrogen fixation
Rhizobium Jiya Aggarwal

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Ammonification

Nitrification

Denitrification

Nitrogen Fixation

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Azotobacter
Abhinav

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Rhizobium
fungus
algae
-Diya Abrol

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Azotobacter
Rhizobium
nostoc
Ritwik

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Helps plants to synthesise chlorophyll from the nitrogen compounds.
Helps in converting inert nitrogen gas into a usable form for the plants through the biochemical process.
In the process of ammonification, the bacteria help in decomposing the animal and plant matter, which indirectly helps to clean up the environment.

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Various Microbes responsible for Nitrogen Cycle in Nature by HIRDYANSH AGGARWAL

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Various Microbes responsible for Nitrogen Cycle in Nature by HIRDYANSH AGGARWAL

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MICROORGANISMS involved in nitrogen cycle are:
✓Nitrogen fixation: rhizobium bacterium, nostoc
✓Nitrogen assimilation : na
✓ Ammonification: bacillus ramosus, actinomyces
✓Nitrification:nitrobacter,nitrococcus
✓ Denitrification: pseudomonads,denitrificans,micococcus denitrificans

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Rizobium is involved in nitrogen fixation

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Rizobium is involved in nitrogen fixation

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Rizobium
By abhinav

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When the nitrogen is in the soil it is abiotic after it going to the plant it becomes non biotic
Briti

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nitrogen fixation, nitrogen assimilation, ammonification

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Used in denitrification Micrococuus
By abhinav

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Rizobium Raghav

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Bacteria
Algae
Fungi

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Rizobium

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nitrogen fixation , nitrogen assimilation , ammonification , nitrification , de nitrification
by geetansh

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Ritwik
@78% of air is nitrogen
@nitrogen is needed by the plants
@Rhizobium coverts atmospheric nitrogen to soil soluble compounds.

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Nitrogen  fixation
The conversion of nitrogen gas (N₂) into nitrates and nitrites through atmospheric, industrial and biological processes is called nitrogen fixation. Atmospheric nitrogen must be processed, or "fixed", into a usable form to be taken up by plants. Between 5 and 10 billion kg per year are fixed by lightning strikes, but most fixation is done by free-living or symbiotic bacteria known as diazotrophs. These bacteria have the nitrogenase enzyme that combines gaseous nitrogen with hydrogen to produce ammonia, which is converted by the bacteria into other organic compounds.
By abhinav

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The nitrogen cycle is a repeating cycle of processes during which nitrogen moves through both living and non-living things: the atmosphere, soil, water, plants, animals and bacteria. In order to move through the different parts of the cycle, nitrogen must change forms.

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5steps

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There are 5 steps in nitrogen cycle

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Nirogen cycle is a process organisms and the atmosphere is called the nitrogen cycle.It has 5 steps Nitrogen fixatoion , Nitrogen Assimilation,Ammonification,Nirification ,Detrifying Jiya Aggarwal

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When nitrogen is finished in the soil after the making of plants is regained by animal waste

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The nitrogen cycle is a process in which nitrogen flows through both Living and non-living things. It includes 5 steps.

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The steps, which are not altogether sequential, fall into the following classifications: nitrogen fixation, nitrogen assimilation, ammonification, nitrification, and denitrification. The nitrogen cycle.

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5 steps are : Nitrogen fixation , assimilation , nitrification , ammonification , denitrification

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The nitrogen cycle is a repeating cycle of processes during which nitrogen moves through both living and non-living things: the atmosphere, soil, water, plants, animals and bacteria. . aditya

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The circulation of nitrogen between organisms and the atmosphere is called the nitrogen cycle.

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There are 5 steps in nitrogen cycle

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RITWIK DADARWAL

nitrogen cycle is a loop which balances the amount of nitrogen in the soil and the atmosphere by converting it into different types of nitrogen with different processes.