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The potato minituber production from microtubers in aeroponic culture

机译:马铃薯小块茎在气培培养中的产量

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Minituber production by traditional method is an expensive procedure due to limited productivity. In order to increase the multiplication rate of seed material in vitro, multiple techniques have been assayed in the last decades. The aeroponic system is a soilless culture system, where roots are kept in a dark environment saturated with aerosol of nutrient solution. Aeroponics technology is potentially efficient for specific potato cultivars. The aim of this study was to investigate the multiplication rate of microtubers of national cultivars in aeroponics while maintaining weekly intervals between harvests. The total number of harvests was 14 to 15 depending on year. The results of the experiments were analysed with ANOVA and means were separated with the Tukey's test at 5% P-value. The most important parameter of minituber production, their number, was on average 32.5-36.0 per plant and 1268-1396 per m(2) depending on cultivar. Number of minitubers was two to three times greater in the case of aeroponic production than by traditional method. A full economic analysis is necessary to prove that this production technique can be put into practice.
机译:由于生产率有限,通过传统方法生产小块茎是昂贵的过程。为了提高种子材料的体外繁殖率,在最近的几十年中已经检测了多种技术。航空系统是无土栽培系统,其根系保持在充满营养液气溶胶的黑暗环境中。气培技术对于特定的马铃薯栽培种可能是有效的。这项研究的目的是在保持收获之间每周间隔的同时,研究全国性品种微块茎在航空植物学中的繁殖率。每年的总收成为14至15。用ANOVA分析实验结果,并用Tukey检验在5%P值下分离平均值。微型块茎生产的最重要参数,即数量,平均取决于栽培品种,每株平均32.5-36.0,每m(2)1268-1396。在航空生产中,微型薯的数量是传统方法的两倍至三倍。必须进行全面的经济分析,才能证明该生产技术可以付诸实践。

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