硫农药在开心果鲜壳和果仁上的采前施用

F. Nazoori, E. Zamanibahramabadi, S. Mirdehghan, Mozhdeh Yousefi
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引用次数: 0

摘要

近年来,硫已被证明是有效的控制开心果木虱。以三种开心果为试验材料,测定了硫农药叶面施用对三种开心果鲜果和果仁的影响,并与两种商品农药进行了比较。在30和60 kg/1000 L水的浓度下施用精炼微粉硫和矿物硫。对新鲜开心果果皮和果仁的品质进行了研究。在‘繁多吉’品种中,所有硫处理都降低了籽粒水分。壳和籽粒的硬度和水活度受到显著影响。所有硫处理都降低了‘Fandoghi’品种的壳轻度,而‘Akbari’和‘Ahmadaghaei’品种的壳轻度增加。在某些情况下,所有品种的果皮色度都有所降低。船体的色调不受处理的影响。在‘Fandoghi’和‘Akbari’中,籽粒的亮度、色度和色调值没有受到影响。在' Ahmadaghaei '中,炼油厂微粉硫增加了testa的亮度和色调,降低了色度,这可能是因为' Ahmadaghaei '的船体质地较软,在收获过程中更容易破裂。硫处理对‘Ahmadaghaei’果实的外观和普遍接受度有积极影响。在大多数处理中,开心果的味道和香气都被保留了下来。高浓度(60 kg/1000 L)的两种硫处理都提高了‘Ahmadaghaei’的乙烯产量,这与未成熟果实几乎相同,因为硫处理降低了未成熟果实的百分比。在' Ahmadaghaei '中,炼油厂微粉硫处理提高了呼吸速率。
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Preharvest Application of Sulfur as Pesticide on Fresh Hull and Kernel of Pistachio (Pistacia vera L.)
In recent years, sulfur has been shown to be effective in controlling pistachio psylla. In this study, the effect of sulfur foliar application as psylla pesticide on fresh fruit and kernel of three cultivars of pistachio was determined and compared with two commercial pesticides. Refinery micronized and mineral sulfur were applied at two concentrations of 30 and 60 kg/1000 L of water. The quality of fresh pistachio hulls and kernels were investigated. In ‘Fandoghi’ cultivar, all sulfur treatments reduced the kernel moisture. The firmness and water activity of hulls and kernels were significantly affected. All sulfur treatments decreased hull lightness in ‘Fandoghi’, while it increased in ‘Akbari’ and ‘Ahmadaghaei’ cultivars. Reduction of hull chroma was observed in some cases in all cultivars. Hue of hulls was not affected by the treatments. Lightness, chroma and hue values of the testa of kernels were not affected in ‘Fandoghi’ and ‘Akbari’. In ‘Ahmadaghaei’, refinery micronized sulfur increased the testa lightness and hue and decreased chroma probably because of the softer texture of hull in ‘Ahmadaghaei’ which breaks more easily during harvest practice. Sulfur treatments positively influenced appearance and general acceptance of ‘Ahmadaghaei’ fruits. The taste and aroma of pistachios were preserved in most of treatments. High concentration (60 kg/1000 L) of both sulfur types enhanced the ethylene production in ‘Ahmadaghaei’ which was almost same as the unripe fruit because sulfur treatments reduced the percentage of unripe fruit. In ‘Ahmadaghaei’, refinery micronized sulfur treatments increased the respiration rate.
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