Horticulture Research Station

Tomato Response to Soil Application of Boron and Potassium

Author: Henry G. Taber (Iowa State University)

  • Tomato Response to Soil Application of Boron and Potassium

    Horticulture Research Station

    Tomato Response to Soil Application of Boron and Potassium

    Author:

Abstract

Fresh market tomato production has a high demand for potassium (K) and may be responsive to the micronutrient boron (B). An excellent Iowa yield of 1,000 cwt/acre will remove 240 lb of K20/acre in the fruit alone. Thus, growers apply high rates of K20 fertilizer to achieve top yields and quality. Iowa research and soil surveys over the years have shown no need for B additions for corn,soybean, and alfalfa production (Dr. Randy Killorn, personal communication). However, our vegetable K research trials have shown low B leaf levels early in the growing season, 27 to 42 ppm. Tomato leaf sufficiency ranges vary from 20 to 75 ppm, depending on the region where the research was conducted and the crop stage of growth at the time of sampling.

Keywords: Horticulture

How to Cite:

Taber, H. G., (2008) “Tomato Response to Soil Application of Boron and Potassium”, Iowa State University Research and Demonstration Farms Progress Reports 2007(1).

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Published on
01 Jan 2008
Peer Reviewed