不同种植方法下磷含量和 AM 真菌对鸽子豆产量和土壤健康的影响

G. S. Yadahalli, B. M. Doddamani, Vidyavathi G. Yadahalli
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摘要

在卡纳塔克邦 Bheemarayarnagudi 的 ARS 进行了一项田间试验,以研究在卡纳塔克邦上克里希纳项目指挥区三年(2010-13 年)的收获季节,在不同种植技术下磷分级水平和接种丛枝菌根真菌对鸽子豆的影响。采用随机区组设计,在两种栽培技术(移栽和点播)下,处理包括磷分级水平(0、12.5、25、37.5 和 50kg ha-1)和接种 VAM 真菌。 三年的汇总数据表明,在移栽技术中施用 50 千克磷+VAM 的鸽子豆产量(1510 千克/公顷-1)明显高于其他处理,与在移栽方法中施用 37.5 千克磷+VAM 的鸽子豆产量相当。经济效益和养分吸收也呈现出类似的趋势。事实证明,在卡纳塔克邦的 UKP 指挥区,每公顷施用 37.5 千克磷,同时接种 VAM 真菌,可以成功地移栽鸽子豆。这提高了作物产量、养分供应和净收益。
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Pigeonpea Productivity and Soil Health as Influenced by Phosphorus Levels and AM Fungi under Different Planting Methods
A field experiment was conducted at ARS, Bheemarayarnagudi, Karnataka to study the effect of phosphorus graded levels and inoculation of arbuscular mycorrhizal (AM) fungi under different establishment techniques in pigeonpea during kharif season of three years (2010-13) in Upper Krishna Project command area of Karnataka. The treatment consists of   phosphorus graded levels (0, 12.5, 25, 37.5 and 50kg ha-1) with inoculation VAM fungi under two establishment techniques (Transplanted and dibbled) with randomized block design.  Three-year pooled data indicated that, Application of 50 kg P + VAM under transplanting technique recorded significantly higher pigeonpea yield (1510 kg ha-1) and it was on par with application 37.5 kg P + VAM under transplanting method over rest of the treatment. The economics and nutrient uptake also noticed similar trend. It proved that pigeonpea could be successfully transplanted in the UKP command area of Karnataka by applying 37.5 kg of phosphorus ha-1 in conjunction with VAM fungus inoculation. This boosted crop productivity, nutrient availability, and net returns.
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