Transport Policy and Agricultural Productivity and Production in Ethiopia

Z. Shikur
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Abstract

ABSTRACT:Transport policy boosts agricultural production and productivity in developing countries like Ethiopia. It increases timely mobility of agricultural inputs that result in a better information diffusion and technology transfer from points of origin to points of utilization and high level of adoption of modern agricultural inputs. This paper examines the effect of transport policy, road, and transport and communication infrastructures on agricultural productivity and production using the Autoregressive Distributed Lag (ARDL) bounds test for co-integration during the period of 1991 to 2018. The result indicates that the transport policy has a more significant effect on agricultural productivity and production as compared to the base scenario. The model results reveal the existence of significant and positive impact of transport policy, road, and transport and communication on agricultural production and productivity in the long run, but no such effect in the short-run. The results identify the existence of significant unidirectional causality running from agricultural production and productivity to road construction, and transport and communication development for all lagged years. There is no causality running from expansion of road construction to agricultural output growth with the one-three years time lagged. The long-run impact of infrastructure development on agricultural production and productivity is observed with the four and five years time lagged in this study. The long-run effects of road, and transport and communication on agricultural production and productivity can only be manifested with a time lag of four and five years. The government has some time buffer to put proper transport policies into action, and to invest into the road, transport and communication infrastructure in order to increase agricultural production and productivity. This is important findings that have imperative policy implications for government that transport policies could increase road accesses and connectivity to major road networks, movement of agricultural products and industrial raw materials from production/surplus areas to market places/deficit areas. Finally, implementation of transport policies along with agricultural policies could ensure a more significant effect on agricultural productivity and production since agricultural growth and infrastructural development reinforce each other as evidenced by the results of this study.
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埃塞俄比亚的运输政策与农业生产力和生产
摘要:交通政策促进了埃塞俄比亚等发展中国家的农业生产和生产力。它增加了农业投入的及时流动性,从而更好地从原产地到利用点的信息扩散和技术转让以及现代农业投入的高水平采用。本文采用自回归分布滞后(ARDL)协整边界检验方法,研究了1991年至2018年期间交通政策、道路、交通和通信基础设施对农业生产力和生产的影响。结果表明,与基本情景相比,交通政策对农业生产力和生产的影响更为显著。模型结果表明,交通政策、道路、交通通讯对农业生产和生产力的长期影响显著且正向,但在短期内不存在这种影响。结果表明,在所有滞后年份,从农业生产和生产力到道路建设、交通和通信发展都存在显著的单向因果关系。扩大道路建设与农业产出增长之间不存在因果关系,且滞后1 - 3年。在本研究中,基础设施发展对农业生产和生产力的长期影响是用四年和五年的时间滞后来观察的。公路、交通和通讯对农业生产和生产力的长期影响只能在四五年的时间滞后中体现出来。政府有一定的缓冲时间将适当的交通政策付诸行动,并投资于道路,运输和通信基础设施,以提高农业生产和生产力。这是一项重要的研究结果,对政府具有重要的政策意义,即交通政策可以增加道路通道和通往主要道路网络的连通性,以及农产品和工业原材料从生产/盈余地区向市场/赤字地区的流动。最后,正如本研究的结果所证明的那样,交通政策和农业政策的实施可以确保对农业生产力和生产产生更显著的影响,因为农业增长和基础设施发展是相辅相成的。
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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