萨赫勒地区的土地利用变化和气候智能型农业

Suzanne E. Cotillon, G. Tappan, C. Reij
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引用次数: 0

摘要

在20世纪70年代和80年代,萨赫勒地区经历了经常性的干旱和饥荒。农民及其发展伙伴通过发展气候智能型农业实践和改变土地利用方式(包括利用集水技术使退化土地恢复生产力)来应对这一危机。在萨赫勒地区几个人口密集的地区,农民开始保护和管理在农田上自然再生的木本物种。农民管理的自然再生(FMNR)是一种产生多重效益的基本做法,例如保持或改善土壤肥力,从而提高作物产量,并增加树基饲料、水果和木柴的产量。仅在尼日尔的马拉迪和津德尔地区,农民就在420万公顷土地上采用了FMNR做法。本章提出的研究结果表明,萨赫勒地区农业的未来将在很大程度上取决于低收入的小农能否设法提高土壤肥力,这将取决于保持农场树木的大量密度,从而增加树木覆盖。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Land Use Change and Climate-Smart Agriculture in the Sahel
In the 1970s and 1980s, the Sahel experienced recurrent drought and famine. Farmers and their development partners reacted to this crisis by developing climate-smart agricultural practices and changes in land use, including water-harvesting techniques to restore degraded land to productivity. In several densely populated parts of the Sahel, farmers began to protect and manage woody species that regenerated naturally on their farmland. Farmer-managed natural regeneration (FMNR) is a foundational practice that produces multiple benefits, such as maintaining or improving soil fertility, which raises crop yields, and increasing the production of tree-based fodder, fruit, and firewood. In Niger’s Maradi and Zinder Regions alone, farmers have applied FMNR practices on 4.2 million hectares. The findings presented in this chapter suggest that the future of agriculture in the Sahel will be largely determined by whether low-income smallholder farmers will manage to improve soil fertility, which will depend on maintaining substantial densities of on-farm trees thus increasing tree cover.
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