播期和叶面取食对茄子产量和果实品质的影响

M. Ramadan, F. Darwesh, Osama O.A. El-Zeiny
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引用次数: 0

摘要

在Gemmeiza Agric进行了分块设计的析因试验(2个移栽日期× 3个叶片摄食水平)。在2016年和2017年夏季生长季,旨在评估移栽日期和叶面饲喂NPK及其相互作用对黑美茄(Solanum melongena L,)生长、生产力和果实品质的影响。两个试验移栽日期分别是4月夏移栽和6月夏末移栽。3株叶片采食水平分别为自来水、钾- f肥3 ml/L和雷赞特肥2 ml/L。在整个生长季节进行了三次叶面喷雾。夏移栽(4月)可显著提高株高、枝叶数和叶面积。4月移栽后叶片氮、磷、钾含量和叶绿素总含量均有所增加。4月移栽的果实总产量(吨/日)和果实品质(果实组织中总可溶性固形物(%)和总糖(g/ 100g D.W.)含量增加,总酚(mg/ g D.W.)和酸度(%)含量减少)均显著高于夏末移栽(6月)。叶面喷施3ml /L钾- f或2ml /L Raizante显著提高了上述所有生长性状和叶片化学成分,与未施肥的对照植株相比,总果实产量显著增加。喷施钾- f或Raizante显著降低了果实硬度(kg/ cm2)、总酚和可滴定酸度含量,显著提高了果实组织中总可溶性固形物、总糖和K(%)。在促进植株生长、提高果实产量和品质方面,赖赞特喷施比钾- f更有效。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
EFFECT OF PLANTING DATE AND FOLIAR FEEDING ON PRODUCTIVITY AND FRUIT QUALITY OF EGGPLANT
A factorial experiment (2 transplanting dates X 3 foliar feeding levels) in split plot design was conducted at Gemmeiza Agric. Res. Station, Gharbeya Governorate, Egypt during 2016 and 2017 growing summer seasons aiming to evaluate effects of transplanting date and foliar feeding with NPK and their interactions on growth, productivity and fruit quality of eggplant (Solanum melongena L,) c.v. Black Beauty. The two tested transplanting dates were summer transplanting on April and late summer on June. While, the three examined foliar feeding levels were spraying with tap water as control, spraying with Potassium-F fertilizer at rate of 3 ml/L or with Raizante fertilizer at rate of 2 ml/L. Foliar spray was done three times throughout growing season. Summer transplanting (April) significantly increased plant height, branches and leaves numbers/ plant and leaf area. Also, leaf percentages of N, P and K as well as total chlorophyll content were increased in April transplanting. Finally, total fruit yield (Ton/ fed) and its quality, expressed as more contents of total soluble solids (%) and total sugars (g/ 100 g D.W.) and less contents of total phenols (mg/ g D.W.) and acidity (%) in fruit tissues, were significantly increased in April transplanting comparing to late summer transplanting (June). Foliar spraying with Potassium-F at 3 ml/L or Raizante at 2 ml/L significantly increased all the above mentioned growth traits and leaf chemical constituents and in turn resulted significant increases in total fruit yield/ fed comparing to unfertilized control plants. Also, spraying Potassium–F or Raizante significantly reduced fruit firmness (kg/ cm 2 ) and fruit contents of total phenols and titratable acidity, at the same time significantly increased total soluble solids, total sugars and K (%) in fruit tissues. Raizante spray was more effective than Potassium-F in enhancing plant growth and fruit yield and its quality.
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