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首页> 外文期刊>Agricultural Sciences >Impact of Organic and Mineral Fertilization in Pecan Nut on Production, Quality and Antioxidant Capacity
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Impact of Organic and Mineral Fertilization in Pecan Nut on Production, Quality and Antioxidant Capacity

机译:山核桃坚果中有机和矿物施肥对产量,品质和抗氧化能力的影响

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The pecan nut is considered one of the most important dried fruits in the world by its classification as healthy food. The nutritional balance in the harvest is crucial for its impact on the production, quality and content of bioactive compounds. This research was carried out in the city of Aldama, Chihuahua (Mexico), where doses of mineral and organic fertilization were tested in L25 Taguchi structure with 6 factors and 5 levels by factor: nitrogen (N) 0 - 240 kg · ha ~(-1) , phosphate (P_(2)O_(5)) 0 - 120 kg · ha ~(-1), potassium (K_(2)O) 0 - 100 kg · ha ~(-1) , calcium (C_(a)O) 0 - 400 kg · ha ~(-1) , liquid humus 0 - 3600 L · ha ~(-1) and solid humus 0 - 8000 kg · ha ~(-1) . An average yield of 2.2 t · ha ~(-1) was obtained; 145 nuts per kilogram, 60% of the edible part of the nut. The total phenolic content was 225.9 mg gallic acid g ~(-1) and the antioxidant capacity was 180.9 mg Trolox g ~(-1) . It is concluded that the factor with the greatest impact on yield, quality and antioxidant capacity in pecan nut was nitrogen. It was also found that the combination of mineral and organic fertilization helps to maintain the production and quality ranges of the nut. In turn, these factors contribute to the increase in the phenolic strength and antioxidant capacity. The optimal fertilization dosis to obtain the maximum levels in production of 3.2 t · ha ~(-1) ; decrease the number of nuts per kilogram to 135, increase the percentage of the edible part of the nut to 61.8%, the increase in the total phenolic content to 318.6 mg of gallic acid g ~(-1) and in the antioxidant capacity with 187.2 mg of Trolox g ~(-1) , was 184 kg · ha ~(-1) of N, 107.4 kg · ha ~(-1) of P_(2)O_(5), 50 kg · ha ~(-1) of K_(2)O y 2777 L · ha ~(-1) of liquid humus. Finally, the mineral fertilization complemented with organic fertilization is considered a good fertilization strategy for pecan trees and its possible benefits to health and the environment.
机译:山核桃仁被归类为健康食品,被认为是世界上最重要的干果之一。收获物中的营养平衡对其对生物活性化合物的生产,质量和含量的影响至关重要。这项研究是在奇瓦瓦州(墨西哥)的Aldama市进行的,在L25 Taguchi结构中以6个因子和5个因子水平测试了矿物质和有机肥的剂量:氮(N)0-240 kg·ha〜( -1),磷酸盐(P_(2)O_(5))0-120千克·ha〜(-1),钾(K_(2)O)0-100千克·ha〜(-1),钙(C_ (a)O)0-400 kg·ha〜(-1),液体腐殖质0-3600 L·ha〜(-1)和固体腐殖质0-8000 kg·ha〜(-1)。平均产量为2.2 t·ha〜(-1)。每公斤145个坚果,占坚果可食用部分的60%。总酚含量为225.9 mg没食子酸g〜(-1),抗氧化能力为180.9 mg Trolox g〜(-1)。结论是,影响山核桃坚果产量,品质和抗氧化能力的因素是氮。还发现,矿物和有机肥的结合有助于保持坚果的产量和质量范围。反过来,这些因素也有助于酚醛强度和抗氧化能力的提高。获得最高产量的3.2 t·ha〜(-1)的最佳施肥剂量;将每公斤坚果的数量减少到135,将坚果的可食用部分的百分比增加到61.8%,总酚含量增加到318.6 mg没食子酸g〜(-1),抗氧化能力提高到187.2 Trolox g〜(-1)的mg为184 kg·ha〜(-1)的氮,107.4 kg·ha〜(-1)的P_(2)O_(5),50 kg·ha〜(-1 )(2)O y 2777 L·ha〜(-1)的腐殖质。最后,矿物施肥与有机施肥相辅相成被认为是山核桃树的良好施肥策略,它可能对健康和环境带来好处。

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