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Improved production systems for traditional food crops: The case of finger millet in Western Kenya

机译:改进传统粮食作物的生产系统:肯尼亚西部的手指小米

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摘要

Increasing agricultural productivity through the dissemination of improved cropping practices remains one of the biggest challenges of this century. A considerable amount of literature is dedicated to the adoption of improved cropping practices among smallholder farmers in developing countries. While most studies focus on cash crops or main staple crops, traditional food grains like finger millet have received little attention in the past decades. The present study aims to assess the factors that are influencing adoption decisions among finger millet farmers in Western Kenya. Based on cross-sectional household data from 270 farmers, we estimate a multivariate probit model to compare the adoption decisions in finger millet and maize production. While improved practices such as the use of a modern variety or chemical fertilizer are well known in maize production, they are less common in finger millet production. Results show that social networks as well as access to extension services play a crucial role in the adoption of improved finger millet practices, while the same variables are of minor importance for the adoption of improved maize practices. A Cobb-Douglas production function shows a positive effect of modern varieties and chemical fertilizer on finger millet yields.
机译:通过传播改良的耕作方式来提高农业生产率仍然是本世纪最大的挑战之一。大量文献致力于在发展中国家的小农中采用改进的种植方式。尽管大多数研究都集中在经济作物或主要主粮作物上,但在过去的几十年中,诸如指粟等传统粮食几乎没有受到关注。本研究旨在评估影响肯尼亚西部小米农户收养决定的因素。基于来自270个农民的横断面家庭数据,我们估计了一个多元概率模型,以比较小米和玉米生产中的采用决策。尽管在玉米生产中采用现代品种或化肥等改良做法是众所周知的,但在小米生产中却很少见。结果表明,社交网络以及对扩展服务的访问在采用改进的谷子粟作法中起着至关重要的作用,而相同的变量对于采用改进的玉米作法则不重要。 Cobb-Douglas生产函数显示出现代品种和化学肥料对小米产量的积极影响。

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