1971Physiologia PlantarumRequires access

Investigation on the Assimilation of Nitrogen by Maize Roots and the Transport of Some Major Nitrogen Compounds by Xylem Sap

S. Ivanko, John Ingversen

Open publisher page 30 citations

Abstract

Abstract The uptake and assimilation of nitrate and ammonia have been studied in Zea mays. Nitrogen‐starved maize roots are capable of accumulating a potential capacity for nitrogen uptake and assimilation. Reestablishment of nitrogen supply leads to intense uptake, reaching 154 % of the reference variant level after 24 hours when nitrate is supplied, and 121 % when ammonia is supplied. After 24 hours the insoluble nitrogen fraction accounts for 80, 54 and 55 % of the total taken up in the PK + NO3‐, PK + NH4+ and NPK variants respectively.

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Abstract The uptake and assimilation of nitrate and ammonia have been studied in Zea mays. Nitrogen‐starved maize roots are capable of accumulating a potential capacity for nitrogen uptake and assimilation. Reestablishment of nitrogen supply leads to intense uptake, reaching 154 % of the reference variant level after 24 hours when nitrate is supplied, and 121 % when ammonia is supplied. After 24 hours the insoluble nitrogen fraction accounts for 80, 54 and 55 % of the total taken up in the PK + NO3‐, PK + NH4+ and NPK variants respectively.

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Available abstract

Abstract The uptake and assimilation of nitrate and ammonia have been studied in Zea mays. Nitrogen‐starved maize roots are capable of accumulating a potential capacity for nitrogen uptake and assimilation. Reestablishment of nitrogen supply leads to intense uptake, reaching 154 % of the reference variant level after 24 hours when nitrate is supplied, and 121 % when ammonia is supplied. After 24 hours the insoluble nitrogen fraction accounts for 80, 54 and 55 % of the total taken up in the PK + NO3‐, PK + NH4+ and NPK variants respectively.

Key concepts: Nitrogen, Assimilation (phonology), Xylem, Nitrogen assimilation, Nitrate, Chemistry, Ammonia, Zea mays

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