J. Ekwangu, J. Tenywa, J. Bisikwa, C. Andiku, Helen Opie, P. Anguria, Monday Moses Paga, Deborah Lillian Nambirye, M. Ugen, N. Wanyera
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引用次数: 0
Abstract
Despite the recommendation for fertilizer use in crop production by research, there is a low rate of adoption among farmers. The low adoption rate of fertilizer usage has been partly attributed to high costs of fertilizer in addition to use of agronomic recommendation without fertilizer economic analysis. The study therefore, set out to determine the profitability of fertilizer micro dosing and weeding regimes in finger millet production in eastern Uganda. A randomized complete block design in split plot treatment arrangement with three replications was used. Weeding regime treatments were the main plot and fertilizer micro dosing treatments as the sub plots. The treatments included: different micro dosing rates of nitrogen and phosphorus, weeding regimes and SEREMI II finger millet variety. Nitrogen was applied in the form of urea (46%), in two splits of 50% each at vegetative and flowering stages respectively. The results of the study indicate that weeding once at 20 Days After Sowing (DAS) and a combination of N and P (16.6 kg N ha-1 and 10.6 kg P ha-1) fertilizer micro dose application is the most profitable combination and could make farmers earn up to Uganda shillings 1,984.220 per hectare compared to only Uganda shillings 373,000 from none application of fertilizer. We therefore conclude that finger millet producers can achieve higher economic and environmental gains when weeding is done once at 20 DAS in combination with sole P fertilizer micro dosing applied at 10.6 kg P ha-1.
尽管研究建议在作物生产中使用化肥,但农民的采用率很低。化肥使用率低的部分原因是化肥成本高,以及使用农艺建议而不进行肥料经济分析。因此,这项研究旨在确定乌干达东部小谷子生产中微量施肥和除草制度的盈利能力。采用随机完全区组设计,分区处理安排,3个重复。以除草制度处理为主小区,微肥处理为辅小区。处理包括:不同氮磷微量施用量、除草制度和SEREMI II型小谷子品种。氮肥以尿素的形式施用(46%),在营养期和开花期分两次施用,每次施用50%。研究结果表明,播后20天除草一次和氮磷肥组合(16.6 kg N hm -1和10.6 kg P hm -1)微剂量施用是最有利可图的组合,可使农民每公顷赚取高达1984.220乌干达先令,而不施用化肥仅为37.3万乌干达先令。因此,我们得出结论,当每20 DAS除草一次,同时施用10.6 kg磷肥时,手指粟生产者可以获得更高的经济和环境效益。