Effects of Culture Method and Hydroponic Solution Nutrient Level on Bitterness and Quality of Cucumbers (Cucumis sativus L. cv. Kema)

K. Kaetsu, S. Morikawa, T. Isobe, Kenji Nakamura, K. Abe
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Abstract

establish an efficient cultivation for producing high qualitycucumbers (Cllcumissativus cv. Kema) , a comparison of cucumbers grown in soil culture and hydroponic solution cu 1t ure with different nutrient levels was carried ou t. The hydroponically grown cucumbers were bitter compared with the cucumbers grown in soi l. The maximum and minimum fruit productions were obtained at high and low nutrient levels , respectively. However , most of the cucumbers were bitter when they were grown at high nutrient leve l. The cucumbers had the lowest concentration of nitrate ion in the hydroponic culture solution with low nutrient leve l. and vice versa. Nitrate ions may cause bitterness in cucumbers by promoting nitrogen metabolism , which in turn favors the enzymatic synthesis of cucurbitacin C. From these results , we conclude that the yield of bitter cucumbers can be reduced by growing them in soil culture rather than in rockwool cultur ・ eand in hydroponic solution with low nutrient leve l.
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栽培方法和水培液营养水平对黄瓜苦味和品质的影响。Kema公司)
建立优质黄瓜(Cllcumissativus cv.)的高效栽培方法。对不同营养水平下土壤栽培黄瓜和水培黄瓜进行了比较,结果表明,水培黄瓜比土壤栽培黄瓜更苦,高营养水平和低营养水平下的果实产量分别最高和最低。但在高营养水平下,黄瓜大部分呈苦味,低营养水平水培液中硝酸盐离子浓度最低,反之亦然。硝酸盐离子可能通过促进氮代谢而导致黄瓜产生苦味,而氮代谢又有利于酶促葫芦素c的合成。综上所述,我们得出结论,在土壤栽培而不是岩棉栽培和低营养水平的水培液中栽培可以降低黄瓜的产量。
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