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Impact of different soilless culture systems on production and quality of cantaloupe grown under protected cultivation.

机译:不同无土栽培系统对在保护栽培下种植的哈密瓜产量和品质的影响。

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The study was carried out in Central Laboratory for Agriculture Climate (CLAC), Agriculture Research Center (NRC), Egypt. This study was conducted for two successive seasons (2001-2002) to investigate the effect of different soilless culture systems on production and quality of cantaloupe (Cucumis melo L.) cv. Regal grown under protected cultivation. Two methods of cultivation (horizontal bags and vertical bags) and two substrates (perlite and pumice) were tested in comparison with the Nutrient Film Technique (NFT). The electrical conductivity (EC) of the nutrient solution was maintained between 2-2.5 m mhos cm~(-1), 1.8-2.0 m mhos cm~(-1) in NFT and substrate respectively, while pH adjusted between 5.5 and 6.5. Vegetative growth (number of leaves, plant height and leaf area), physical quality of fruits (firmness, flesh thickness, fruit diameter, number of fruits/plant, mean productivity/plant), chemical quality of fruits (TSS, total acidity and vitamins C) were recorded. Results showed that NFT gave the best vegetative growth, yield and quality. Regarding the substrates using pumice in horizontal bags and vertical bags gave higher vegetative growth; yield and quality than perlite in horizontal bags. The differences among them were significant.
机译:这项研究是在埃及农业研究中心(NRC)的农业气候中央实验室(CLAC)中进行的。这项研究连续两个季节(2001-2002)进行,以研究不同无土栽培系统对哈密瓜(Cucumis melo L.)cv产量和品质的影响。富豪在受保护的栽培条件下生长。与营养膜技术(NFT)相比,测试了两种栽培方法(水平袋和垂直袋)和两种基质(珍珠岩和浮石)。营养液的电导率在NFT和底物中分别保持在2-2.5 mmhos cm-1(-1),1.8-2.0 mmhos cm-1(-1)之间,而pH值调节在5.5和6.5之间。营养生长(叶片数量,植物高度和叶面积),果实的物理质量(硬度,果肉厚度,果实直径,果实/植物的数量,平均生产力/植物),果实的化学品质(TSS,总酸度和维生素) C)记录。结果表明,NFT提供了最佳的营养生长,产量和品质。对于在水平袋和垂直袋中使用浮石的基质,其营养生长较高。产量和质量都比珍珠岩水平包装袋好。它们之间的差异是巨大的。

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