巴基斯坦采用滴灌技术生产高价值作物及其成本效益分析

Q4 Agricultural and Biological Sciences
A. Hussain, S. Majeed, Abdul-Razzak O. Hassan, Mohsin Ali Khathian, Muhammad Zahid Ullah Khan, I. Raza, J. K. Bajkani
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引用次数: 0

摘要

滴灌被认为是一种高效的方法,可以使有限的水资源得到适当利用。通过国际干旱地区农业研究中心(ICARDA Pakistan)/美国农业部(USDA)资助的一个研发项目,根据100名滴灌使用者的数据,对全国各地的低水头和高水头滴灌系统进行了经济分析。该研究于2018年在巴基斯坦所有省份进行了实地调查。研究表明,技术通常被拥有多样化收入来源和中等规模土地(12.5至25英亩)的农民所采用。在低水头滴灌系统中,系统安装成本占水果年生产成本的11%。而在葡萄园、隧道中的蔬菜和开阔地采用高水头系统的情况下,其份额分别为29%、32%和27%。低水头滴灌对开伯尔-普赫图赫瓦的枣园/柠檬园有利,效益成本比(BCR)为1.27:1.00。这为旁遮普省和俾路支省的葡萄园带来了可观的利润,BCR分别为1.73:1.00和1.32:100。低水头系统也有利于雨水灌溉的旁遮普省的混合果园,BCR为1.24:1.00。同样,对于高水头系统,雨水灌溉的旁遮普省生产的葡萄的效益成本比最高(2.62:1.00),其次是灌溉的信德省的南瓜(2.17:1.00)雨水灌溉的旁遮普邦的苦瓜(1.50:1.00)和信德省的秋葵(1.22:1.00)。然而,在俾路支省的混合水果和旁遮普省隧道中的黄瓜生产的情况下,低水头和高水头系统不能为农民带来可观的回报。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Adoption and Cost-benefit Analysis of Drip Irrigation for Production of High-Value Crops in Pakistan
Drip irrigation is regarded as one of the highly efficient methods that allow limited water resources to be properly utilized. The study has been conducted to perform the economic analysis of low and high head drip irrigation systems throughout the country based on data from 100 adopters of drip irrigation through a research & development project funded by the International Center for Agricultural Research in the Dry Areas (ICARDA-Pakistan)/United States Department of Agriculture (USDA). A field survey for the study was conducted in the year 2018 in all the provinces of Pakistan. The study revealed that technology is generally adopted by the farmers having diversified income sources and medium-sized land holdings i.e. ranging from 12.5 to 25 acres. System installation cost-shared 11 percent in low-head drip system of the annual production cost of fruits. While, it shared 29, 32, and 27 percent in case of a high-head system for grapes orchards, vegetables in tunnels, and open fields, respectively. Low-head drip irrigation is profitable for dates/ lemon orchards in Khyber Pakhtunkhwa with a benefit-cost ratio (BCR) of 1.27:1.00. It results in considerable profitability for grapes orchards with BCR of 1.73:1.00 and 1.32:100 in Punjab and Balochistan provinces, respectively. The low-head system is also beneficial for mixed fruit orchards in rain-fed Punjab with a BCR of 1.24:1.00. Similarly, for high-head systems, the benefit-cost ratio was the highest for grapes produced in rain-fed Punjab (2.62:1.00), followed by squash-gourd in irrigated Sindh (2.17:1.00) bitter-gourd in rain-fed Punjab (1.50:1.00) and okra in Sindh (1.22:1.00). However, low and high-head systems could not result in considerable returns for farmers in the case of mixed fruits in Balochistan and cucumber production in tunnels in Punjab province during the study year.
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来源期刊
Proceedings of the Pakistan Academy of Sciences: Part B
Proceedings of the Pakistan Academy of Sciences: Part B Agricultural and Biological Sciences-Agricultural and Biological Sciences (all)
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