首页> 外文会议>Workshop on Tropical Legumes for Sustainable Farming Systems in Southern Africa and Australia >A Socioeconomic Evaluation of an ACIAR-funded Project on the Use of Forage Legumes in Integrated Crop-Livestock Systems on Smallholder Farms in Zimbabwe
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A Socioeconomic Evaluation of an ACIAR-funded Project on the Use of Forage Legumes in Integrated Crop-Livestock Systems on Smallholder Farms in Zimbabwe

机译:津巴布韦小农农场综合作物牲畜系统中饲料豆类饲料豆类的社会经济评估

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A fanner participatory research project was initiated in 1998 in the Wedza District of Zimbabwe to improve soil fertility and crop and livestock production on smallholder farms in Natural Region lib (750-900 mm annual rainfall). Based on legume technologies integrated into crop-livestock farming systems, the project ran for four years. By the end of the project there was widespread adoption of legumes in ley pastures, cereal-legume intercropping and livestock feeding systems. This rapid adoption resulted from the combination of good forage technologies, the better practices process and the participatory action research approach. The project had a large impact on the community, demonstrated by improved household incomes from the sale of milk, beef cattle and seed, and improved crop yields. Forage legumes fitted well into smallholder farmers' integrated crop-livestock systems, and Lablab purpureus and Mucuna pruriens were the most widely used legumes. Adoption was hampered by shortage of seed of the recommended varieties. We concluded that farmers should produce legume seed at a commercial scale to satisfy local and external markets. Farmers said that, for an even bigger impact, the project should help them to obtain crop inputs and better breeds of cattle. Farmers' comments at the end of the four years showed that the project still had a lot to accomplish. The ready adoption of the project results demonstrated that scientists should develop and run research programs in partnership or consultation with the end-users of the technology.
机译:粉丝参与研究项目于1998年在津巴布韦的Wedza区启动,以改善自然地区的小农农场的土壤肥力和作物和牲畜生产(年降雨量750-900 mm)。基于集成植物畜牧业系统的豆科技术,该项目持续了四年。在该项目结束时,Ley牧场,谷物豆类间作和牲畜饲养系统中的豆类普遍采用豆类。这种快速采用是由于良好的饲料技术的结合,更好的实践过程和参与式行动研究方法。该项目对社区产生了很大影响,通过销售牛奶,牛肉和种子的改善,改善家庭收入以及改善作物产量。 Forage Legumes融入小农农民的综合作物牲畜系统,Lablab Purpureus和Mucuna Pruriens是最广泛使用的豆类。通过推荐品种的种子短缺受到阻碍。我们得出结论,农民应该以商业规模生产豆类种子,以满足当地和外部市场。农民表示,为了更大的影响,该项目应该帮助他们获得作物投入和更好的牛种类。农民在四年结束时的评论表明该项目仍然有很多才能完成。项目成果的准备好采用表明,科学家应该在伙伴关系中开发和运行研究计划或与技术的最终用户进行磋商。

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