1960Agronomy JournalRequires access

The Effect of Row Spacing, Fertilizer and Planting Rate on the Yield and Water Use of Irrigated Grain Sorghum1

K. B. Porter, Marvin E. Jensen, W. H. Sletten

Open publisher page 36 citations

Abstract

Synopsis Irrigated grain sorghum grown in 12‐ or 20‐inch rows produced significantly higher grain yields and produced more grain per inch of water used than in 30‐ or 40‐inch rows. This was attributed to a more uniform spacing of plants which resulted in more efficient use of moisture, nutrients, and solar energy.

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Synopsis Irrigated grain sorghum grown in 12‐ or 20‐inch rows produced significantly higher grain yields and produced more grain per inch of water used than in 30‐ or 40‐inch rows. This was attributed to a more uniform spacing of plants which resulted in more efficient use of moisture, nutrients, and solar energy.

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Available abstract

Synopsis Irrigated grain sorghum grown in 12‐ or 20‐inch rows produced significantly higher grain yields and produced more grain per inch of water used than in 30‐ or 40‐inch rows. This was attributed to a more uniform spacing of plants which resulted in more efficient use of moisture, nutrients, and solar energy.

Key concepts: Sorghum, Agronomy, Sowing, Yield (engineering), Fertilizer, Row, Moisture, Nutrient

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The Effect of Row Spacing, Fertilizer and Planting Rate on the Yield and Water Use of Irrigated Grain Sorghum1 — Research Paper | ScholarLens