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首页> 外文期刊>Revista Caatinga >EFFECT OF BIOFERTILIZATION ON YELLOW PASSION FRUIT PRODUCTION AND FRUIT QUALITY
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EFFECT OF BIOFERTILIZATION ON YELLOW PASSION FRUIT PRODUCTION AND FRUIT QUALITY

机译:生物施肥对黄皮果产量和品质的影响

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This study aimed at evaluating the effects of bovine biofertilizer on passion fruit production and fruit quality. We carried out an experiment in the city of Nova Floresta, Paraíba State, Brazil. It was carried out in a randomized block design with three replications and three plants per plot. We adopted a 3 x 5 factorial scheme, which evaluated three passion fruit genotypes and five cattle biofertilizer doses. The assessed genotypes consisted of a local one (Guinezinho - LG) and two hybrids (BRS Gigante Amarelo - GA and BRS Sol do Cerrado - SC). We applied five rates of cattle biofertilizer (B) monthly at a constant volume of 5 L plant-1, after diluting in irrigation water (W) at an electrical conductivity of 1.4 dS m-1. The evaluated rates were 0% (100% irrigation water - 0B + 5W), 10% (1B + 9W), 20% (2B + 8W), 30% (3B + 7W) and 40% (4B + 6W). Every week, we sampled, counted and weighed fruit to gather data on fruit number per plant, pant production, and yield. At peak production, we also sampled two fruit randomly from each plot floor area. These fruits were used for determinations of the average mass in fruit, peel and pulp (seeds + juice), peel thickness, fruit diameter and length, pulp yield, soluble solid content, titratable acidity, vitamin C, pH and pulp electrical conductivity. As a result, we observed that the biofertilizer did not compromise both LG and GA production capacity. Overall, the biofertilizer doses provided quality characteristics superior to those required by the fruit market.
机译:这项研究旨在评估牛用生物肥料对百香果产量和果实品质的影响。我们在巴西帕拉伊巴州的Nova Floresta市进行了一项实验。它以随机区组设计进行,每个样地有三个重复和三个植物。我们采用了3 x 5因子分解方案,该方案评估了三种百香果基因型和五种牛生物肥料剂量。评估的基因型由一个本地基因型(Guinezinho-LG)和两个杂种组成(BRS Gigante Amarelo-GA和BRS Sol do Cerrado-SC)。在电导率为1.4 dS m-1的灌溉用水(W)中稀释后,我们每月以5 L plant-1的恒定体积施用五种比例的牛生物肥料(B)。评估率为0%(100%灌溉水-0B + 5W),10%(1B + 9W),20%(2B + 8W),30%(3B + 7W)和40%(4B + 6W)。每周,我们对水果进行采样,计数和称重,以收集有关每株植物的水果数量,气喘产量和单产的数据。在生产高峰时,我们还从每个样地面积随机抽取了两个水果。这些水果用于测定水果,果皮和果肉(种子+果汁)的平均质量,果皮厚度,果实直径和长度,果肉产量,可溶性固形物含量,可滴定的酸度,维生素C,pH和果肉电导率。结果,我们观察到该生物肥料并未损害LG和GA的生产能力。总的来说,生物肥料的剂量提供了优于水果市场所需的质量特征。

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