The stoichiometric ratio of carbon to this element to phosphorus is 106 to 16 according to the well-known Redfield ratio. Important work on the source of this element in soils was done by Martinus Beijerinck, who discovered the Beijerinckia and Azotobacter bacteria. A surprise microbial impact on this element was found in the discovery of the anammox process, in which hydrazine is produced as an intermediate. Anthropogenic eutrophication creates excessive amounts of this element and (*) phosphorus. A significant source of this element found in soils is due to the actio
The stoichiometric ratio of carbon to this element to phosphorus is 106 to 16 according to the well-known Redfield ratio. Important work on the source of this element in soils was done by Martinus Beijerinck, who discovered the Beijerinckia and Azotobacter bacteria. A surprise microbial impact on this element was found in the discovery of the anammox process, in which hydrazine is produced as an intermediate. Anthropogenic eutrophication creates excessive amounts of this element and (*) phosphorus. A significant source of this element found in soils is due to the action of Rhizobium bacteria in legumes and other plants. The Haber-Bosch process allowed the inorganic creation of a compound with this element, which could then be used as a fertilizer. For 10 points, name this element "fixed" to ammonia that makes up the majority of the Earth's atmosphere.
The stoichiometric ratio of carbon to this element to phosphorus is 106 to 16 according to the well-known Redfield ratio.