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nitrification

[ nahy-truh-fi-key-shuhn ]

noun

Chemistry, Biology.
  1. the process of oxidation in the nitrogen cycle that converts ammonia or ammonium compounds to nitrites and then to nitrates, especially this process as facilitated by bacteria and other microbes in soil to provide the nitrogen vital to plant health and growth.


nitrification

/ ˌԲɪٰɪɪˈɪʃə /

noun

  1. the oxidation of the ammonium compounds in dead organic material into nitrites and nitrates by soil nitrobacteria, making nitrogen available to plants See also nitrogen cycle
    1. the addition of a nitro group to an organic compound
    2. the substitution of a nitro group for another group in an organic compound
“Collins English Dictionary — Complete & Unabridged” 2012 Digital Edition © William Collins Sons & Co. Ltd. 1979, 1986 © HarperCollins Publishers 1998, 2000, 2003, 2005, 2006, 2007, 2009, 2012

nitrification

/ ī′tə-ĭ-ə /

  1. The process by which bacteria in soil and water oxidize ammonia and ammonium ions and form nitrites and nitrates. Because the nitrates can be absorbed by more complex organisms, as by the roots of green plants, nitrification is an important step in the nitrogen cycle .
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yvlog History and Origins

Origin of nitrification1

First recorded in 1820–30; nitr- + -i- + -fication
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Example Sentences

In two recent papers, Yu and his collaborators found that emissions from streams like the one they sampled in Minnesota are largely derived from nitrification processes in agricultural soils.

From

Woodall noted that agronomists are working on new corn varieties and seed additives to reduce methane, as well as nitrification inhibitors to diminish the nitrous oxide given off by manure.

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For example, the herbicide 2,4-D causes a temporary interruption of nitrification.

From

Advances in biological wastewater treatment, including phosphorus removal and nitrification, hold potential if implemented more widely.

From

For the microbes include not only disease organisms but those that destroy waste matter, make soils fertile, and enter into countless biological processes like fermentation and nitrification.

From

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