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Effects of Salt Stress on Growth and Physiological Characteristics in Dryland Wheat Seedlings

机译:盐胁迫对旱地小麦幼苗生长和生理特性的影响

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In order to find an appropriate salt stress and improve the resistance to salt stress in dryland wheat. In this experiment, Jimai22 was used as experimental material to study the effects of different salt stress on growth and physiological characteristics in dryland wheat seedlings by the pots in the artificial climate chamber. The results show that different salt stress could have different effects on leaf length, plant height, aboveground and underground fresh weight, POD and SOD activity in dryland wheat seedlings. Within a certain range of salt stress, salt stress could increase leaf length, plant height, POD and SOD activity and promote the accumulation of dry matter, but if the salt stress range was exceeded, excessive salt stress would inhibit the growth of wheat seedlings. In the salt stress range of 0~0.4%, 0.2% salt stress was the most conducive to promote the growth of dryland wheat seedlings.
机译:为了找到合适的盐胁迫并改善Dryland小麦的耐盐胁迫。在该实验中,Jimai22被用作实验材料,以研究不同盐胁迫对人工气候室中的盆中罐中旱地幼苗生长和生理特性的影响。结果表明,不同的盐胁迫可能对叶状长度,植物高度,地上和地下鲜重,豆荚和草皮活性不同的不同盐应激。在一定的盐胁迫下,盐胁迫可以增加叶子长度,植物高度,豆荚和SOD活性,并促进干物质的积累,但如果超过盐胁迫范围,则过量的盐胁迫会抑制小麦幼苗的生长。在0〜0.4%的盐胁迫范围内,0.2%的盐胁迫是促进旱地小麦幼苗的生长最有利于替代的生长。

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