Pre-extension Demonstration of Soil Test Based NPS Fertilizer Recommendation under Lime Application for Bread Wheat (Triticum aestivum) in Horo Distric at Horo Guduru Wollega Zone, Oromia Region, Ethiopia

Mintesinot Desalegn, Chaltu Regasa., Temesgen Chimdesa., Chalsissa Tekala
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Abstract

Wheat is a major crop produced in Ethiopian high lands and in particularly in study area, which is a staple food crop. Soil nutrient depletion restrains agricultural crop production and economic growth. A major challenge on recommendations on the amount and type of fertilizers to applied in the country level and in the study area. Soil test based phosphorous calibration study was conducted on bread wheat for three consecutive years for determination of the values of critical level phosphorus (10 ppm) and phosphorus requirement factor (11.03 kg/ha) in Horo District. This District was selected purposively based on potential Bread wheat production. Due to Ethiopia begun to use NPS fertilizer recently, Optimum NPS fertilizer rate for bread wheat production was determined in Horo District. In order to gain confidence in the diffusion of technology to end users, a pre-extension demonstration of the NPS fertilizer recommended rate for bread wheat based on soil tests was completed in the Horo district. The goal of this demonstration was to allow farmers to participate and test the technology during the 2020–21 cropping season. There were two treatments presented: a blanket recommendation and 100% phosphorous critical NPS at optimum nitrogen (46 kg/ha). The research findings were that the soil test crop-based NPS fertilizer rate application from 100% phosphorous critical NPS at optimum nitrogen (46 kg/ha) was recommended for the production of bread wheat in the Horo district. The analysis of variance indicated that, the highest grain yield (4110 kg/ha) was obtained from the application of Soil Test based NPS fertilizer recommendation (STBFR) whereas the lowest grain yield 3322.67 kg/ha from the blanket fertilizer recommendation. The economic analysis also revealed that the maximum net benefit 87089.40 Ethiopia Birr was obtained from STBFR. Soil test based NPS fertilizer recommendation was economically feasible and the highest Marginal rate of return and net income were obtained from soil test based fertilizer recommendation. Therefore, 100% Pc from NPS and Nitrogen 46 kg/ ha fertilizer rate recommended for bread wheat production and productive in the study area. Further scaling up/out the technology to reach more produced in the same soil type and agro ecology in particularly Eastern Wollega Zone and Horo district.
埃塞俄比亚奥罗莫地区 Horo Guduru Wollega 区 Horo 县面包小麦(Triticum aestivum)在施用石灰情况下基于土壤测试的 NPS 施肥建议的推广前示范
小麦是埃塞俄比亚高地,尤其是研究地区生产的主要作物,也是一种主食作物。土壤养分枯竭制约着农作物生产和经济增长。在国家层面和研究地区,关于施肥量和施肥类型的建议面临重大挑战。为了确定 Horo 地区临界磷水平值(10 ppm)和磷需求系数(11.03 kg/ha),连续三年对面包小麦进行了基于土壤测试的磷校准研究。该地区是根据潜在的面包小麦产量有目的性地选择的。由于埃塞俄比亚最近开始使用 NPS 肥料,因此确定了 Horo 地区面包小麦生产的最佳 NPS 肥料用量。为了增强向最终用户推广技术的信心,根据土壤测试结果,在 Horo 地区完成了面包小麦使用 NPS 肥料推荐比例的推广前示范。该示范的目的是让农民在 2020-21 年种植季节参与并测试该技术。示范采用了两种处理方法:一揽子推荐和最佳氮肥量(46 千克/公顷)下的 100% 磷临界 NPS。研究结果表明,在霍洛地区的面包小麦生产中,建议采用基于土壤测试的作物氮磷钾肥料施用量,即最佳氮含量(46 千克/公顷)下的 100%磷临界氮磷钾肥料施用量。方差分析表明,施用基于土壤测试的氮磷钾肥料建议(STBFR)的粮食产量最高(4110 千克/公顷),而施用一揽子肥料建议的粮食产量最低(3322.67 千克/公顷)。经济分析还显示,施用基于土壤测试的 NPS 肥料(STBFR)可获得最大净收益 87089.40 埃塞俄比亚比尔。基于土壤测试的 NPS 肥料推荐在经济上是可行的,基于土壤测试的肥料推荐获得了最高的边际收益率和净收入。因此,建议使用 100%的 NPS 化肥和 46 公斤/公顷的氮肥来生产面包小麦,并在研究地区取得丰收。进一步扩大/淘汰该技术,以惠及更多在相同土壤类型和农业生态条件下生产的产品,特别是在东沃勒加地区和霍罗地区。
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