不同施肥量对辣椒生长参数及收获后作物吸收和微量元素浓度的影响

I. N. Nagaral, V. Kuligod, V. Singh
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引用次数: 0

摘要

2011年哈里夫期间,在卡纳塔克邦北部过渡带的Koliwad (Hubli Taluk)村的一块农民田间进行了田间试验,该村庄位于北纬1521′至东经7524′之间,海拔629 m。土壤试验作物响应剂量为216:116:166 N: p2o: k2o kg ha时,株高显著高于其余处理(95.4cm)。这与t5处理(93.5 cm)相当,收获时RDF (t1)记录的最低株高(85.8 cm)。t2 (STCR)的分枝数最多(30.2),显著优于其余所有处理。施施STCR剂量的N、p2o和k2o (t2)的干物质产量最高(120.7 g),显著优于RDF (t1)、STL (t3)和改性RDF 1 (t4)。与其他处理相比,t2处理(STCR剂量N、p2o和k2o)的N、P和K浓度较高。由于土壤缺锌,各处理间植株锌含量差异显著。
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 different dose of fertilizer application on growth parameter of chilli and uptake and micronutrient concentration after harvest of the crop
Field experiment was conducted during Kharif 2011 on a farmer’s field in Koliwad (Hubli Taluk) village in northern transitional zone of Karnataka between 1521' N latitude and 7524' E longitude and at an altitude of 629 m above mean sea level (MSL). In the soil test crop response dose of 216:116:166 N:P 2 O5:K 2 O kg ha, recorded significantly higher plant height (95.4cm) over remaining treatments. This was at par with treatments T 5 (93.5 cm) and lowest plant height (85.8 cm) was recorded in RDF (T 1 ) at harvest. T 2 (STCR) registered highest number of branches (30.2), which was significantly superior over remaining all the treatments. The application of STCR dose of N, P 2 O 5 and K 2 O (T 2 ) recorded higher dry matter production (120.7 g) which was significantly superior over RDF (T 1 ), STL (T 3 ) and modified RDF 1 (T 4 ). The concentration of N, P and K were higher in the treatment T 2 (STCR dose N, P 2 O 5 and K 2 O) as compared to rest of the treatments. There was significant difference among treatments with respect to zinc concentration in plant as the soil was deficient in zinc.
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