Energy efficient farm mechanization for small and marginal farmers

C. Mehta, R. Bangale, M. Din
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Abstract

Rice is one of the important crops and staple food for millions of people in India and world. In India, it is cultivated in 45.07 million ha which is largest area under rice cultivation in the world. However, the productivity of rice in India is less in comparison to Egypt and China. Rice crop is cultivated by conventional practices in India. These practices require high inputs which adversely affects the natural resources i.e. soil, water and climate in the form of soil degradation, ground water depletion and air pollution. Rice farming is negatively affected by these environmental degenerative factors. The development and adoption of new technologies are imperative to reduce these environmental degenerative factors of rice farming. These technologies enhance the production by efficient and precise application of inputs such as seed, fertilizer, chemicals and irrigation water. It ultimately lowers the cost of production. The aim of this paper is to provide information about available improved machineries and technologies for pre-harvest operations of rice crop. The high capacity machinery such as rice transplanters, combines, etc are to be used on custom hiring and for contractual field operations. There is a need for assured mechanised services to farmers and guaranteed business to service providers for paddy nursery raising, mechanised transplanting and combine harvesting.
面向小农和边缘农户的高效节能农业机械化
水稻是印度和世界上数百万人的重要作物和主食之一。在印度,它的种植面积为4507万公顷,是世界上最大的水稻种植面积。然而,与埃及和中国相比,印度的水稻产量较低。在印度,水稻是按传统方法种植的。这些做法需要大量投入,以土壤退化、地下水枯竭和空气污染的形式对自然资源,即土壤、水和气候产生不利影响。水稻种植受到这些环境退化因素的负面影响。开发和采用新技术是减少这些水稻种植环境退化因素的必要条件。这些技术通过有效和精确地应用种子、肥料、化学品和灌溉用水等投入物来提高产量。它最终降低了生产成本。本文的目的是提供有关水稻作物收获前作业的现有改良机械和技术的信息。高容量机械,如水稻插秧机、联合收割机等,将用于自订雇用和订约外地作业。需要向农民提供有保证的机械化服务,并向水稻苗圃培育、机械化移栽和联合收获的服务提供者提供有保证的业务。
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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