NO_2^- rightarrow NO_3^-The above mentioned r | vedclass

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(C) The conversion of nitrite $(NO_2^-)$ to nitrate $(NO_3^-)$ is a key step in the process of nitrification.This specific oxidation reaction is carri

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Nitrobacter

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(C) The conversion of nitrite $(NO_2^-)$ to nitrate $(NO_3^-)$ is a key step in the process of nitrification.This specific oxidation reaction is carried out by the chemoautotrophic bacterium $Nitrobacter$.$Nitrosomonas$ is responsible for the oxidation of ammonia $(NH_3)$ to nitrite $(NO_2^-)$.Therefore,the correct organism for the given reaction is $Nitrobacter$.

$NO_2^- \rightarrow NO_3^-$
The above mentioned reaction occurs in the presence of .....

Similar Questions

Nitrifying bacteria are those which can convert

The limiting factor in the process of nitrification in soil is:

The nature of $Bacillus \ rimosus$ is:

Select the correct matches.
$I$ Nitrosomonas - Nitrite to nitrate
$II$ Thiobacillus - Denitrification
$III$ Nostoc - Free-living nitrogen-fixer
$IV$ Azotobacter - Anaerobic nitrogen-fixer

What is the process of conversion of $NH_3$ to $NO_3^-$ by microorganisms called?

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$NO_2^- \rightarrow NO_3^-$The above mentioned reaction occurs in the presence of .....