Regulation of Plant Growth Regulator DTA-6 on Peanut Yield and Quality and its Root Physiology
Xiaoli Tian
Abstract
Xiaoli Tian
Abstract
Field experiments were conducted in 2000 to 2002 at China Agricultural (University) to examine the effect of PGR DTA-6 on peanut yield and quality and it's root physiology. Foliage spraying DTA-6 20 mg/L at flowering-pegging stage was used in 2000 to 2002. The main results were as (follows:) peanut yields were increased and the yield-components were improved by DTA-6 treatment. DTA-6 treatments also increased fat content, but decreased protein and amino acids content in kernels. The ability of root activity and xylem was increased by DTA-6 treatments, and the activity of root absorbed nitrogen and accumulation was improved. The number of nodules and the fixed nitrogen activity were increased by (DAT-6.)
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Field experiments were conducted in 2000 to 2002 at China Agricultural (University) to examine the effect of PGR DTA-6 on peanut yield and quality and it's root physiology. Foliage spraying DTA-6 20 mg/L at flowering-pegging stage was used in 2000 to 2002. The main results were as (follows:) peanut yields were increased and the yield-components were improved by DTA-6 treatment. DTA-6 treatments also increased fat content, but decreased protein and amino acids content in kernels. The ability of root activity and xylem was increased by DTA-6 treatments, and the activity of root absorbed nitrogen and accumulation was improved. The number of nodules and the fixed nitrogen activity were increased by (DAT-6.)
Key concepts: Yield (engineering), Xylem, Nitrogen, Chemistry, Plant growth, Plant physiology, Agronomy, Horticulture