Linked from

The 22 pages that link to Nitrification, each with the reason it gives.

• Nitrogen fixationRelated: It transforms fixed nitrogen into other forms that plants can acquire.

• Nitrogen cycleRelated: This soil process converts reduced nitrogen into nitrate that plants can absorb or water can carry away.

• NitrogenRelated: It converts reduced nitrogen into forms plants can absorb and microbes can further transform.

• Constructed wetlandRelated: Oxygen-rich zones in some beds enable this step in nitrogen removal.

• NitrateRelated: It generates nitrate in oxygen-rich soils and waters.

• Nitrogen fertilizerRelated: Soil microbes convert ammonium fertilizer into mobile nitrate.

• Biochemical oxygen demandRelated: Nitrifying microbes can consume oxygen during a BOD test, adding nitrogenous demand.

• AmmoniumRelated: It converts ammonium in soils and waters into oxidized nitrogen forms.

• Sewage treatmentBroader topic: It converts toxic ammonia in wastewater into nitrate, often before a denitrification stage.

• ChemolithotrophyBroader topic: Nitrifying microbes gain energy by oxidizing reduced inorganic nitrogen compounds.

• Hypoxia (environmental)Related: This oxygen-consuming transformation can add to oxygen loss in nutrient-rich waters.

• Ammonium sulfateRelated: Soil bacteria convert ammonium supplied by the salt, releasing acidity in the process.

• AquaponicsRelated: This conversion makes toxic fish excretion less harmful and supplies plants with nitrogen.

• ChloramineRelated: Ammonia released as chloramine decays can fuel nitrification in distribution systems.

• Activated sludgeRelated: A sufficiently long sludge age can support these slower-growing organisms.

• Recirculating aquaculture systemRelated: This biological process is the central route for controlling ammonia in a recirculating system.

• Soil acidificationRelated: The process releases hydrogen ions that can contribute to soil acidification.

• Agricultural chemistryBroader topic: This soil reaction creates crop-available nitrate and can contribute to nitrogen loss.

• MonochloramineRelated: Ammonia released during monochloramine decay can fuel nitrification in distribution systems.

• BioaugmentationRelated: Nitrifying cultures can be added when ammonia conversion is inadequate.

• Isotopes of nitrogenRelated: Its isotope effects help distinguish nitrogen transformations in soils and waters.

• NitrososphaeriaNarrower topic: Nitrososphaeria perform the first step in this two-stage process.