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Jatropha potential on marginal land in Ethiopia: Reality or myth?

机译:埃塞俄比亚边缘土地上的麻风树潜力:现实还是神话?

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Increasing fuel prices, concern about climate change and future energy security have led to tremendous global. interest in the use of liquid biofuels in the transport sector which, in turn, has driven large-scale land acquisitions in developing countries for biofuel feedstock production. However, regardless of the vast nature of reported land deals and widespread concern about their potential negative consequences, implementation of most of the reported biofuel land deals in Ethiopia has not yet happened. Using a case study of large-scale jatropha plantation in Ethiopia, this paper examines the main causes underpinning the disappointing agronomic performance and finally termination of large-scale jatropha plantations. Although it has been argued that jatropha can be commercially grown well on marginal land without irrigation, this study indicates that moisture stress was the key factor in the failure of many large-scale jatropha plantations in Ethiopia. Furthermore, the use of untested planting material and conflict with local communities over the land were other important factors that contributed to termination of jatropha projects. (C) 2015 International Energy Initiative. Published by Elsevier Inc. All rights reserved.
机译:燃油价格上涨,对气候变化的担忧以及未来的能源安全已经导致了巨大的全球影响。对运输部门使用液态生物燃料的兴趣,这反过来又促使发展中国家大规模收购土地以生产生物燃料原料。但是,尽管所报告的土地交易具有广泛的性质,并对其潜在的负面影响引起广泛关注,但埃塞俄比亚尚未执行大多数已报告的生物燃料土地交易。本文以埃塞俄比亚的大规模麻风树人工林为例,研究了造成令人失望的农艺表现并最终终止大规模麻风树人工林的主要原因。尽管有人认为麻风树可以在不灌溉的情况下在边缘土地上很好地商业种植,但这项研究表明,水分胁迫是埃塞俄比亚许多大规模麻风树种植失败的关键因素。此外,使用未经测试的种植材料以及与土地上当地社区的冲突是导致麻疯树项目终止的其他重要因素。 (C)2015年国际能源计划。由Elsevier Inc.出版。保留所有权利。

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