1970Soil Science Society of America JournalRequires access

Fertilizer Nitrogen and Crop Rotation in Relation to Movement of Nitrate Nitrogen Through Soil Profiles

R. J. Olsen, R. F. Hensler, O. J. Attoe, S. A. Witzel, L. A. Peterson

Open publisher page 99 citations

Abstract

Abstract Recovery of fertilizer N by three successive corn ( Zea mays L.) crops and as inorganic N in the soil profile following the last crop ranged from 72 to 88%. Total amount of NO 3 ‐N in the soil profiles was directly related to the rate of N application and to the frequency of corn in the rotation. More leaching of NO 3 ‐N generally occurred between fall and spring samplings than during the growing season. The most effective methods indicated for limiting the amounts of NO 3 ‐N passing through the soil profile to the water table include: limiting rates of N fertilizer to approximately that required by the crop, reducing the acreage and frequency of corn or other crops that received fertilizer N in the rotation, and maintaining a crop cover on the land as much of the time as is feasible.

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Abstract Recovery of fertilizer N by three successive corn ( Zea mays L.) crops and as inorganic N in the soil profile following the last crop ranged from 72 to 88%. Total amount of NO 3 ‐N in the soil profiles was directly related to the rate of N application and to the frequency of corn in the rotation. More leaching of NO 3 ‐N generally occurred between fall and spring samplings than during the growing season. The most effective methods indicated for limiting the amounts of NO 3 ‐N passing through the soil profile to the water table include: limiting rates of N fertilizer to approximately that required by the crop, reducing the acreage and frequency of corn or other crops that received fertilizer N in the rotation, and maintaining a crop cover on the land as much of the time as is feasible.

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Available abstract

Abstract Recovery of fertilizer N by three successive corn ( Zea mays L.) crops and as inorganic N in the soil profile following the last crop ranged from 72 to 88%. Total amount of NO 3 ‐N in the soil profiles was directly related to the rate of N application and to the frequency of corn in the rotation. More leaching of NO 3 ‐N generally occurred between fall and spring samplings than during the growing season. The most effective methods indicated for limiting the amounts of NO 3 ‐N passing through the soil profile to the water table include: limiting rates of N fertilizer to approximately that required by the crop, reducing the acreage and frequency of corn or other crops that received fertilizer N in the rotation, and maintaining a crop cover on the land as much of the time as is feasible.

Key concepts: Fertilizer, Leaching (pedology), Agronomy, Crop rotation, Environmental science, Nitrogen, Cover crop, Crop

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