Pengaruh Pemberian Berbagai Konsentrasi Garam dan Frekuensi Penyiraman terhadap Pertumbuhan, Hasil, dan Kadar Flavonoid pada Tanaman Sweet Basil (Ocimum basilicum)

Agusti Ardiansyah Saputro, Deffi Armita, Ellis Nihayati
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Abstract

Salt stress and infrequent watering application obstruct sweet basil growth and yield. But both condition can increase flavonoid production. The aim of this research is to get tolerant level of sweet basil plant on various salt concentration and watering frequency with several parameters consists of growth, yields, and flavonoid contents. The research was conducted from October 2021-January 2022 at the greenhouse of Petahunan Village, Pasuruan City. The method used was a factorial of randomized block design with various watering frequency consisist of once a day (W0), once on two days (W1), and once on three days (W2). Various salt concentration consists of 0 ppm (N0), 1000 ppm (N1), 2000 ppm (N2), 3000 ppm (N3), and 4000 ppm (N4). There is an interaction between saline medium and infrequence watering, whenever with more watering can decrease saline effect on plant primary metabolism. Interaction betweet saline medium and infrequence watering inhibit plant vegetative growth. But saline that interaction can improve sweet basil yields such us flowers, seeds, and also flavonoid contents on leaves. The research conclusion is that interaction between saline medium and infrequence watering obstructed vegetative growth, but increase  yields and flavonoid contents.
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对甜叶杆菌(Ocimum basilicum)的生长、结果和类黄酮水平的影响
盐胁迫和不经常浇水阻碍了甜罗勒的生长和产量。但这两种情况都能增加类黄酮的产生。以生长、产量和黄酮类化合物含量为指标,研究了甜罗勒植株对不同盐浓度和灌溉频率的耐受水平。研究于2021年10月至2022年1月在帕苏鲁安市佩塔湖南村温室进行。采用随机区组设计的因子法,不同的浇水频率为每天一次(W0)、两天一次(W1)和三天一次(W2)。各种盐浓度包括0 ppm (N0)、1000 ppm (N1)、2000 ppm (N2)、3000 ppm (N3)和4000 ppm (N4)。盐水介质与少浇水之间存在交互作用,多浇水可降低盐水对植物初级代谢的影响。盐渍介质与少浇水的相互作用抑制了植物的营养生长。但盐水的相互作用可以提高甜罗勒的产量,如花、种子和叶子上的类黄酮含量。研究结果表明,盐渍培养基与不频繁浇水的交互作用阻碍了植株的营养生长,但提高了产量和黄酮类化合物含量。
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