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Effect of zinc and iron on growth, flowering and shelf life of marigold under the agro-climatic conditions of Sawabi

机译:锌和铁对锯木虫农业气候条件下万寿菊生长,开花和保质期的影响

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A field experiment on the “Effect of zinc and iron on growth, flowering and shelf life of marigold” was carried out at Agricultural Research Station Swabi during 2018 to determine the optimum level of zinc and Iron on growth, flowering and shelf life of marigold flower, for the purpose to fulfill the demand of cut and loose flowers in local market. The experiment was laid out in Randomized Complete Block Design (RCBD) having three replications. Two factors were used in the experiment i.e. Four levels of zinc (0, 0.2, 0.4 and 0.6 %). And three levels of iron (0, 0.3 and 0.6 %). Zinc sulphate and iron sulphate were used as source for zinc and iron application. The results of the experiment showed that the maximum number of branches plant -1 (17.33), number of flowers plant -1 (10.11), flower diameter (9.10 cm), fresh flower weight (17.51 g), dry flower weight (3.06 g), shelf life (5.22 days) and minimum days to flowering (16.67 days) was observed on 0.6 % application of zinc as a foliar spray. Maximum plant height (49.04 cm) and stem diameter (1.12 cm) was noted on 0.4% of zinc foliar application. In case of iron maximum number of branches plant -1 (18.58), numbers of flowers plant -1 (10.79), flower diameter (9.48 cm), fresh flower weight (19.36 g), dry flower weight (3.40 g), shelf life (5.67 days) and minimum days to flowering (15.42 days) was recorded on 0.6 % application of iron. Maximum plant height (51.22 cm) and stem diameter (1.19 cm) was observed on 0.3% of iron foliar application. From the results of the experiment it has been concluded that the application of zinc and iron at the rate of 0.6% gave maximum growth and better quality flowers of marigold in district Swabi and hence recommended for the agro climatic condition of Swabi.
机译:2018年农业研究站Swabi在农业研究站斯瓦比进行了“锌和铁的生长,开花和保质期”的田间试验,以确定万寿菊花卉生长,开花和保质期的最佳水平。 ,为目的履行当地市场的切割和松散的花卉的需求。该实验在具有三种复制的随机完整块设计(RCBD)中。实验中使用了两种因素,即四个水平的锌(0,0.2,0.4和0.6%)。和三种含量的铁(0,0.3和0.6%)。硫酸锌和铁硫酸铁用作锌和铁应用的源。实验结果表明,植物的最大数量-1(17.33),花植物数量-1(10.11),花直径(9.10cm),鲜花重量(17.51g),干燥的花重(3.06 g ),在0.6%锌作为叶面喷雾的0.6%的0.6%施加0.6%时,观察到保质期(5.22天)和最短的日期。在0.4%的锌叶面应用上注意到最大植物高度(49.04厘米)和茎直径(1.12厘米)。如果是铁的最大分支植物--1(18.58),花植物数量 - 1(10.79),花直径(9.48厘米),鲜花重量(19.36g),干重(3.40g),保质期(5.67天)和开花的最短日期(15.42天)录得0.6%的铁。在0.3%的铁叶面应用中观察到最大植物高度(51.22cm)和茎直径(1.19厘米)。从实验结果中,已经得出结论,锌和铁的应用在0.6%的速度下,在Swabi区的万寿菊的最大增长和更好的优质花朵,因此建议用于斯瓦比的农业气候条件。

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