甜玉米(Zea mays saccharata L.)的响应影响生物液体复合肥和氮磷钾复合肥的施用

Arifah Rahayu, N. Rochman, N. D. Lestari, K. Agustina
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引用次数: 0

摘要

本试验旨在评价甜玉米植株对不同剂量生物肥料和氮磷钾合成肥料的反应。本研究于2014年5月至9月在大连大学农业技术试验场完成。采用因子完全随机设计。生物肥料用量和合成肥料用量分别为0%、50%、100%和150% R/推荐用量。结果表明,添加生物肥和合成肥至100% R时,叶片面积、穗长、穗重、根系生物量和总可溶性固形物(tss)含量均显著增加。在不同施肥水平下,增加合成肥料用量至100% R均能提高植株的株高、叶根数、茎长、穗长,促进雄蕊和雌蕊的生长。同时,在不同的肥料用量下,将肥料用量提高到150% R有利于提高株高,提高到100% R使茎周长和根长增大,但延缓了雄蕊和雌蕊的生长。施用生物肥料和合成肥料有利于提高生长介质的pH值和阳离子交换能力。关键词:穗重,pH,阳离子交换容量
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Response of Sweet Corn Plants (Zea mays saccharata L.) Affected the Aplication of Biological Liquid Compound Fertilizer and Synthetic Fertilizer N, P and K
This study was aimed at assessing the response of sweetcorn plant on various dosages ofbiofertilizer and synthetic (N, P and K) fertilizer. The study was done in May to September 2014 atthe Agrotechnology Trial Farm of Djuanda University. A factorial completely randomized designwas used. The first and second factor were biofertilizer and synthetic fertilizer dosage (0%, 50 %,100% and 150% R/Recommendation). Results showed that adding biofertilizer and syntheticfertilizer until 100% R increased leaf area, length and weight of ear, root and biomass weight andTSS (total soluble solids) content. At various level of biofertilizer, increasing synthetic fertilizerdosages until 100% R could improve plant height, leaves and root number, stem girth, ear lengthand accelerate growing of staminate and pistillate. Meanwhile at various degree of syntheticfertilizer dosage, raising bofertilizer dosage until 150% R tend to higher plant height, and until100% R caused stem girth and root length greater, but delayed staminate and pistillate growth.Application of biofertlizer and synthetic fertilizer tend to increasing pH and cation exchangecapacity of growth medium.Keywords: weight of ear, pH, cation enxchange capacity
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