Effects of K~+ and Mg~(2+) on seeds germination and seedlings growth of buckwheat under salt stress
JI Ling-xia
Abstract
JI Ling-xia
Abstract
Salt-tolerant buckwheat variety Chuanqiao No.1 and salt-sensitive buckwheat variety TQ-0808 were used as experimental materials, effects of K+and Mg2+with different concentrations on seeds germination and seedlings growth of buckwheat under salt stress were studied. The results showed that K+and Mg2+of different concentrations could obviously promote the seeds germination and seedlings growth of buckwheat under salt stress. The concentrations of K+and Mg2 +at 10 mg/L had the best promoting effects on salt-tolerant buckwheat variety, and that at 15 mg/L had the best promoting effects on salt-sensitive variety, and the promoting effects of K+and Mg2+with the most suitable concentration on seeds germination and seedlings growth of salt-sensitive buckwheat variety were better than those of salt-tolerant one.
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Salt-tolerant buckwheat variety Chuanqiao No.1 and salt-sensitive buckwheat variety TQ-0808 were used as experimental materials, effects of K+and Mg2+with different concentrations on seeds germination and seedlings growth of buckwheat under salt stress were studied. The results showed that K+and Mg2+of different concentrations could obviously promote the seeds germination and seedlings growth of buckwheat under salt stress. The concentrations of K+and Mg2 +at 10 mg/L had the best promoting effects on salt-tolerant buckwheat variety, and that at 15 mg/L had the best promoting effects on salt-sensitive variety, and the promoting effects of K+and Mg2+with the most suitable concentration on seeds germination and seedlings growth of salt-sensitive buckwheat variety were better than those of salt-tolerant one.
Key concepts: Germination, Salt (chemistry), Seedling, Chemistry, Horticulture, Polygonaceae, Botany, Agronomy