Ecofungicides as growth stimulants in Lactuca sativa L.

B. Ponce-Lira, K. Aguilar-Arteaga, P. López-Perea, Nadia Landero-Valenzuela
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Abstract

Lactuca sativa commonly known as lettuce is a food that provides few calories due to its high water content and fewer carbohydrates, proteins and fats. The main problem with this crop is that during its cycle it is attacked by a range of fungi (Fusarium spp., Pythium sp., Alternaria alternata., among others) and bacteria (Erwinia sp, Burkholderia sp, among others); this leads to excess use of pesticides, economic losses and damage to the environment. Therefore, sustainable control strategies are sought to mitigate the spread of diseases and stimulate the optimal development of the plant. Ecofungicides were made based in: Ricinus communis “higuerilla”; Chamaemelum nobile “manzanilla” with Allium sativum “ajo”; Ruta graveolens “ruda”; as well as Bordeaux broth as a craft product and a synthetic product. The randomized complete block experimental design and the Tukey multiple means comparison (p≤0.05) showed tha in Ricinus communis based ecofungicide favors, on average, the height per plant (18.89 cm), the diameter per plant (36.29 cm); the number of leaves per plant (15.50 cm), the leaf width (19.85), the leaf length (17.76 cm) and therefore, a final weight of 1.43 kg per healthy plant was reported. It´s concluded that higuerilla treatment at a dose of 0.33 ml in 1 liter of water increases the productivity of Lactuca sativa L. and decreases the incidence of phytopathogenic fungi.
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生态杀菌剂对油菜生长的促进作用。
莴苣(lacuca sativa)通常被称为生菜,由于其含水量高,碳水化合物、蛋白质和脂肪含量低,因此提供的卡路里很少。这种作物的主要问题是,在其生长周期中,它受到一系列真菌(镰刀菌、霉霉、互花霉)的攻击。(除其他外)和细菌(欧文氏菌、伯克霍尔德氏菌等);这导致过度使用农药,造成经济损失和环境破坏。因此,寻求可持续的控制策略来减轻疾病的传播并刺激植物的最佳发育。生态杀菌剂的基础是:蓖麻(Ricinus communis);Chamaemelum nobile " manzanilla "与Allium sativum " ajo ";Ruta graveolens(鲁达);以及波尔多肉汤作为工艺产品和合成产品。随机完全区组试验设计和Tukey多均值比较(p≤0.05)结果表明,以蓖麻为基础的生态杀菌剂,平均株高(18.89 cm)、株径(36.29 cm);据报道,每株叶片数(15.50 cm),叶宽(19.85 cm),叶长(17.76 cm),因此,每株健康植株的最终重量为1.43 kg。结果表明,在1升水中添加0.33 ml的黑穗槐可以提高乳酸菌的产量,降低植物病原真菌的发病率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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