[Physiological effects of air temperature and sink-source volume at milk-filling stage of rice on its grain quality].
Longxing Tao, Wang Xi, Xiyuan Liao, Bo Shen, Huijuan Tan, Shiwen Huang
Abstract
Longxing Tao, Wang Xi, Xiyuan Liao, Bo Shen, Huijuan Tan, Shiwen Huang
Abstract
This paper studied the grain quality and Q-enzyme activity of three rice varieties and their combinations as affected by air temperature and sink-source volume. The results showed that at the early stage of milk filling, the grains of fully milk filling under high temperature had a higher chalkiness, lower transparency, and lower rate of white rice. Compared with the grain of early-rice, that of late rice had higher gel consistency and transparency, and higher rate of white rice. Planting rice at early-or late season had no significant effect on the amylose and protein contents of rice grain. Leaf-cutting to limit source decreased grain quality markedly, while grain-thinning to decrease sink improved grain quality significantly.
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This paper studied the grain quality and Q-enzyme activity of three rice varieties and their combinations as affected by air temperature and sink-source volume. The results showed that at the early stage of milk filling, the grains of fully milk filling under high temperature had a higher chalkiness, lower transparency, and lower rate of white rice. Compared with the grain of early-rice, that of late rice had higher gel consistency and transparency, and higher rate of white rice. Planting rice at early-or late season had no significant effect on the amylose and protein contents of rice grain. Leaf-cutting to limit source decreased grain quality markedly, while grain-thinning to decrease sink improved grain quality significantly.
Key concepts: Sink (geography), Agronomy, Sowing, Amylose, Grain quality, White rice, Air temperature, Brown rice