机械刻蚀对皂荚水分吸收和萌发的影响

F. Kuswantoro, A. S. Li'aini
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引用次数: 0

摘要

物理休眠是豆科植物包括皂荚属植物的一种典型休眠方式。物理休眠是由种皮的不透水性引起的,除其他外,可以通过机械划伤来缓解。以往关于机械割伤对苦瓜种子影响的研究只关注其萌发参数,未考虑其对种子水分吸收的影响。由于种子的萌发是通过吸收水分而开始的,因此本研究旨在了解处理对种子吸收水分和萌发参数的影响。采用四氮唑染色试验和种子重量测定试验研究了种子的吸水率。同时进行萌发试验,考察不同处理对种子萌发参数的影响。本研究表明,机械刻蚀可以提高苦楝种子的吸水率。处理也显著提高了最终发芽率和发芽速度指数。这一研究结果使我们更清楚地认识到机械割伤对冬花休眠和萌发的影响,有利于冬花的保护和驯化。
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Mechanical Scarification Influence on Gleditsia assamica Bor Water Uptake and Germination
Physical dormancy is a typical kind of dormancy in Fabaceae species, including Gleditsia assamica. Physical dormancy is caused by the impermeability of the seed coat and can be alleviated, among others, by mechanical scarification. Previous studies on mechanical scarification effect on G. assamica seed focus only on its germination parameter without regard to its effect on seed water upatke. As germination is initiated with water uptake, current study aims to understand the treatment effect on both of seed water uptake and germination parameters. Tetrazolium dyeing and seed weight measurement trials were conducted to study the seed water uptake. Meanwhile, a germination test is conducted to investigate the treatment's influence on the seed germination parameters. This study shows that mechanical scarification can enhance G. assamica seed water uptake. The treatment was also significantly improve final germination percentage and germination speed index. This study result gives us a clearer understanding of the effect of mechanical scarification to alleviate G. assamica dormancy and germination, which will be advantageous to the species conservation and domestication efforts.
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来源期刊
CiteScore
1.20
自引率
0.00%
发文量
13
审稿时长
16 weeks
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