2005Journal of the South China Agricultural UniversityRequires access

Comparison of potassium efficiency of two soybean genotypes

Tang Jinchi, Cao Min‐jian

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Abstract

Potassium efficiency of soybean genotypes 94065-2 (tolerance of low potassium) and 95137 (sensitive to low potassium) was studied in solution culture with 4 different potassium concentrations. Some root morphological parameters, root activity and yield of 94065-2 were superior to those of 95137 under low K stress. There was significant difference in efficiency of potassium uptaken between the two soybean genotypes, but no remarkable difference in potassium utilization ratio. The high potassium efficiency of 94065-2 might be attributed to its stronger ability to absorb potassium.

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Potassium efficiency of soybean genotypes 94065-2 (tolerance of low potassium) and 95137 (sensitive to low potassium) was studied in solution culture with 4 different potassium concentrations. Some root morphological parameters, root activity and yield of 94065-2 were superior to those of 95137 under low K stress. There was significant difference in efficiency of potassium uptaken between the two soybean genotypes, but no remarkable difference in potassium utilization ratio. The high potassium efficiency of 94065-2 might be attributed to its stronger ability to absorb potassium.

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Available abstract

Potassium efficiency of soybean genotypes 94065-2 (tolerance of low potassium) and 95137 (sensitive to low potassium) was studied in solution culture with 4 different potassium concentrations. Some root morphological parameters, root activity and yield of 94065-2 were superior to those of 95137 under low K stress. There was significant difference in efficiency of potassium uptaken between the two soybean genotypes, but no remarkable difference in potassium utilization ratio. The high potassium efficiency of 94065-2 might be attributed to its stronger ability to absorb potassium.

Key concepts: Potassium, Chemistry, Agronomy, Yield (engineering), Horticulture, Animal science, Biology, Materials science

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