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Phosphorus Fertilization Under Different Land Preparation Methods and Performance of Groundnut (Arachis Hypogea L.) in Rainforest Zone of Southern Nigeria

机译:尼日利亚南部雨林区不同土地整治方式下的磷肥与花生(花生)的表现

摘要

A field experiment was conducted on an Arenic paleudult in the rainforest zone of Southern Nigeria to determine the response of an improved variety of peanut (Arachis hypogea L. var. Samnut 23) to phosphorus, under different land preparation methods. Selected land preparation methods were “slash and burn” (SB) and “slash and mulch” (SM), and the phosphate fertilizer rates were 0, 30, 60, 90 and 120 kg P ha-1.  The experiment was laid out as a randomized complete by block design. Each land preparation was divided into plots. Macro- and micro nutrient contents of peanut plants were determined, and the growth and yield components were also assessed. Results showed that the pre planting soil analysis for the SB management had a pH of 5.77, N (1.8 gkg-1), P (2.05 mgkg-1) and K (0.11cmol (+) kg-1), while that of the SM had a pH of 5.95, N (0.9 g kg-1), P (0.86 mg kg-1) and K (0.07cmol(+)kg-1).  Plant height was not significantly different (pd” 0.05) in the land preparation methods, but leaf area was significantly different. However, plant height and leaf area responded better under the SB treatment with 90 kg P ha-1 rate of phosphorus fertilizer than the SM treatment under the same rate. Fresh pod weight of 908.6kg ha-1 and dry pod weight of 558.0kg ha-1 was obtained at 60 kg P ha-1 under the SB treatment and was significantly different from all other treatments including the SM. Significant differences were also observed in the nutrient concentrations of leaves and roots. Highest leaf phosphorus content (3.502 mg kg-1) was recorded at 90kg P ha-1 in the SM treatment while the highest nutrient content of P in the roots (0.272 mg kg-1) was recorded at 30 kg P ha-1 also in the SM treatment. However, the SB treatment recorded the highest peanut seed pods / shell at 60 kg P ha-1. Generally, phosphorus fertilization under the SB management practice gave better results than the SM management practice.Keywords: groundnut, land preparation, phosphorus fertilization, Slash and burn, slash and mulch   [How to Cite: Joseph SO and RO Oyibo. 2014. Phosphorus Fertilization Under Different Land Preparation Methods and Performance of Groundnut (Arachis hypogea L.) in Rainforest Zone of Southern Nigeria. J Trop Soils 19(1): 1-7. Doi: 10.5400/jts.2014.19.1.1] [Permalink/DOI: www.dx.doi.org/10.5400/jts.2014.19.1.1] 
机译:在尼日利亚南部雨林地区的一个槟榔古生物上进行了田间试验,以确定在不同的整地方法下,改良品种的花生(Arachis hypogea L. var。Samnut 23)对磷的响应。选择的土地整备方法是“刀耕火种”(SB)和“刀耕火种”(SM),磷肥的施用量为0、30、60、90和120 kg P ha-1。通过块设计将实验布置为随机完成。每种土地准备都分为地块。测定花生植物的宏观和微量营养素含量,并评估其生长和产量成分。结果表明,用于SB管理的种植前土壤分析的pH为5.77,N(1.8 gkg-1),P(2.05 mgkg-1)和K(0.11cmol(+)kg-1),而SM的pH为5.95,N(0.9 g kg-1),P(0.86 mg kg-1)和K(0.07cmol(+)kg-1)。在整地方法中,株高没有显着差异(pd” 0.05),但叶面积有显着差异。然而,在相同剂量下,施磷量为90 kg P ha-1的SB处理下,株高和叶面积的响应要好于SM处理。在SB处理下,以60 kg P ha-1获得的新鲜荚果重量为908.6kg ha-1,干燥荚果重量为558.0kg ha-1,与包括SM在内的所有其他处理方法均存在显着差异。叶片和根的养分浓度也观察到显着差异。在SM处理中,叶磷含量最高(3.502 mg kg-1)在90 kg P ha-1处,而在根部磷最高养分含量(0.272 mg kg-1)在30 kg P ha-1处也记录到在SM治疗中。但是,SB处理记录的花生种子荚/果壳最高,为60 kg P ha-1。通常,SB管理实践下的磷肥施用效果要优于SM管理实践。关键词:花生,整地,磷肥,刀耕火种,刀耕火种覆盖物[操作方法:Joseph SO和RO Oyibo。 2014。尼日利亚南部雨林地区不同土地整治方式和花生(Arachis hypogea L.)性能下的磷肥。作物土壤19(1):1-7。 Doi:10.5400 / jts.2014.19.1.1] [Permalink / DOI:www.dx.doi.org/10.5400/jts.2014.19.1.1]

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