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迈向更高效率的生物燃料作物——甘蔗能成为开路先锋吗?

Towards much more efficient biofuel crops - can sugarcane pave the way?

作者信息

Tammisola Jussi

机构信息

Department of Agricultural Sciences, University of Helsinki, Finland.

出版信息

GM Crops. 2010 Jul-Sep;1(4):181-98. doi: 10.4161/gmcr.1.4.13173.

Abstract

A triple challenge will confront world plant production in a few forthcoming decades: population increase, worsening of growth conditions and changeover from fossil-based to renewable energy and raw materials. The challenge cannot be met without utilizing the best modern biological techniques, genetic modification included. In the current era of rapid environmental changes, plant breeding should take even greater responsibility for food, feed, fiber and fuels than in the past. There are good prospects for remarkable improvements in yield level and energy efficiency of plant production, as is exemplified with the cases of modern crop and especially sugarcane improvement in consideration. For example, sugar content, biomass yield, pest and disease resistance, environmental safety and resource use efficiency of biofuel crop production can be essentially improved on the basis of new genetic know-how and taking advantage of the richness of genetic resources available in the Plant Kingdom. In particular, the natural reservoir of 10,000 wild grass species should be exploited in the purest way possible, by means of modern and precise GM methods. Consequently, our vital needs in biofuel crop production can be fulfilled without increasing crop production areas untenably at the expense of the remaining wilderness or compromising food security in the world.

摘要

在未来几十年里,世界植物生产将面临三重挑战:人口增长、生长条件恶化以及从基于化石的能源和原材料向可再生能源和原材料的转变。如果不利用包括基因改造在内的最佳现代生物技术,就无法应对这一挑战。在当前环境快速变化的时代,植物育种在提供食物、饲料、纤维和燃料方面应比过去承担更大的责任。植物生产的产量水平和能源效率有望显著提高,现代作物尤其是甘蔗改良的案例便是例证。例如,基于新的基因知识并利用植物王国丰富的遗传资源,可以从根本上提高生物燃料作物生产的含糖量、生物量产量、病虫害抗性、环境安全性和资源利用效率。特别是,应通过现代精确的转基因方法,尽可能纯粹地利用1万种野生草本植物这一自然宝库。因此,我们在生物燃料作物生产方面的迫切需求能够得到满足,而无需以牺牲剩余荒野为代价过度增加作物种植面积,也不会危及世界粮食安全。

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