Question

schematically depict nitrogen cycle in nature​

Answer 1

Answer:

how is gaseous nitrogen fixed by the plants. b) schematically depict of nitrogen cycle in nature. c) mention any one difference between nitrogen fixation and nitrification. answer it fastttt.

Answer 2

Answer:

Explanation:

• Nitrogen circulates between the environment and the cells in the nitrogen cycle.

• Microbes change atmospheric Nitrogen Gas into oxygen compounds that can be absorbed by plants.

• Other microbes are re-entering the atmosphere by converting nitrogen compounds into nitrogen gas.

In particular, the nitrogen cycle seems to have five steps:

• Nitrogen-fixation (N2 to NH3/ NH4 + or NO3-)

• Nitri-fication (NH3 to NO3-)

• Assimilation (Integration of NH3 and NO3- in to the biological tissues)

• Ammoni-fication (organic nitrogen chemicals to NH3)

• Denitrification (NO3- to N2)

Therefore the Nitogen Cycle process can be explained as follows-

• While nitrogen gas forms the majority of Earth's atmosphere, this nitrogen gas can not be used by plants to generate organic compounds for themselves and others.
• The two nitrogen atoms of a nitrogen gas molecule are placed in a very strong, threefold relation together. For the nitrogen to be used, this bond must be broken.
• Nitrogen gas needs to be changed into a nitrates shape, which plants may consume through their roots.
• Nitrogen fixation is the method of converting nitrogen gas into nitrate. It is performed by bacteria that fix nitrogen. The bacteria, like peas, live in the soil and legume roots.
• As plants and other animals die, the remnants of decomponents are broken down. A production takes the form of ammonium ions. They expel ammonia. This is what ammonification is called.
• Nitrifying bacteria turn nitrites and nitrates into ammonium ions. Other plants use some of the nitrate.
• Nitrification is also the method of transforming ammonium ions into nitrates.
• Still other microbes, classified as denitrifying ones, transform some of them into nitrogen gas in soil, in a process known as denitrification. The cycle coincides with the fixation of oxygen.
• Nitrogen gas returns to the atmosphere where the nitrogen cycle can be maintained by denitrification.

Learn more about nitrogen

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