Zinc and Boron Application Affected a-Fruit Set and Fruit Quality of Date Palm cv. Barhee

Q4 Agricultural and Biological Sciences Plant Cell Biotechnology and Molecular Biology Pub Date : 2023-07-12 DOI:10.56557/pcbmb/2023/v24i3-48311
D. Rasmia, Mohamed, A. M., M. Mervat, Al-Aramany, W. El Deen, H. Rabab
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Abstract

Barhee trees were facing the major problem as poor fruit set and low fruits quality (Shees fruits) and the low yield due to inadequate pollination, The date palm female trees under experimental study were uniformed under farm management as irrigation, pollination, pruning and soil fertilization with both mineral (N, P, K and S) and organic fertilizers (animal manure) to investigate the influence of boron and zinc to increasing fruit set and yield, zinc 1,2 and 3 g/l and Boron at 1,2 and 3 ml/l as foliar before pollinated inflorescences and soil application at 10,20 and 30 g/tree two times /month. The obtained results revealed that treated trees with Borax spraying at 2 ml/l + Zn 2 g/l as pre pollination with soil application at 20 ml Borax + 20 g/l Zn induced heavy fruit, flesh and seeds with longest fruits that contributed to the biggest bunch weight and total yield/ tree in addition to higher rates of fruit retention and Flesh fruit weight %, fruit acidity and phenols were reduced. So based on the previous results, spraying inflorescences and soil treatments with Borax and Zn were applied for increasing and enhancing fruit quality and maximum yield of date palm cv. Barhee.
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施用锌硼对枣树坐果和果实品质的影响。Barhee
以枣椰树母树为研究对象,采用灌溉、授粉、修剪、矿质(N、P、K、S)和有机肥(动物粪便)混合施肥的农场管理方式,研究硼锌对枣椰树坐果不结实、品质不佳、产量低的影响,探讨硼锌对枣椰树坐果和产量的影响。施锌量为1、2和3 g/l,施硼量为1、2和3 ml/l,施硼量为10、20和30 g/棵/月2次。结果表明,施用硼砂2 ml/l + Zn 2 g/l作为预授粉处理,土壤施用硼砂20 ml + Zn 20 g/l,果实重、果肉重、种子长,果重、单株产量最大,果实保有率和果肉重%较高,果实酸度和酚类物质降低。因此,在前人研究成果的基础上,可以通过喷花和硼砂、锌土壤处理来提高枣树果实品质和产量。Barhee。
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来源期刊
Plant Cell Biotechnology and Molecular Biology
Plant Cell Biotechnology and Molecular Biology Agricultural and Biological Sciences-Horticulture
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