Economics of Bulk Storage Techniques: Maize and Cowpea Storage in Ghana

IF 1.8 Q2 AGRONOMY
J. K. Bidzakin, Osei Yeboah, I. Sugri, A. Graves, D. Awunyo-Vitor
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引用次数: 1

Abstract

High postharvest loss is one of the major challenges faced by farmers in many African countries in their efforts to achieve food and nutrition security. Several postharvest techniques have been developed and introduced to farmers aimed at reducing food losses. This study evaluated the economic viability of four such grain storage techniques using capital budgeting techniques. Two grain protectants were applied at recommended rates in three treatment combinations to jute sacks, PICS sacks, polytanks, and poly sacks at different treatment levels and at different discount rates. Under maize storage, the net present value of all treatments yielded positive net returns. The polytank technique proved to be the most economically viable storage technique, followed by PICS and then jute sacks. Under cowpea storage, polytank proved to be the most viable, followed by PICS. This is consistent under replacement chain method and equivalent annual annuity under the three different discount rates used. Cowpea is best stored in polytanks and PICS sacks. Polytank is recommended as the most economically viable storage technique for both maize and cowpea storage. PICS is also recommend for both maize and cowpea storage. However, jute sacks and poly sacks are not suitable for cowpea storage even under chemical treatment, especially under long-term storage (over 6 months). The choice of storage technique should consider the commodity under consideration.
大宗储存技术的经济学:加纳的玉米和豇豆储存
高采后损失是许多非洲国家农民在努力实现粮食和营养安全时面临的主要挑战之一。已经开发并向农民介绍了几种旨在减少粮食损失的采后技术。本研究利用资本预算技术评估了四种粮食储存技术的经济可行性。在不同的处理水平和不同的贴现率下,以三种处理组合的推荐剂量将两种谷物保护剂施用于黄麻袋、PICS袋、聚脂罐和聚脂袋。在玉米贮藏条件下,所有处理的净现值均产生正净收益。聚罐技术被证明是最经济可行的储存技术,其次是PICS,然后是黄麻袋。在豇豆贮藏条件下,聚罐是最可行的,其次是PICS。这在三种不同贴现率下的替代链法和等值年年金下是一致的。豇豆最好储存在聚罐和PICS袋中。聚罐储存技术被认为是玉米和豇豆最经济可行的储存技术。玉米和豇豆的储存也建议采用PICS。然而,黄麻袋和聚麻袋即使经过化学处理,也不适合豇豆的储存,特别是长期储存(超过6个月)。储存技术的选择应考虑所考虑的商品。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Advances in Agriculture
Advances in Agriculture Agricultural and Biological Sciences-Agricultural and Biological Sciences (miscellaneous)
CiteScore
2.60
自引率
0.00%
发文量
100
审稿时长
18 weeks
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