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The challenge of the food sufficiency through salt tolerant crops

机译:耐盐作物对粮食充足的挑战

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This work is focused on deserts,as extreme environments,because the year 2006 has been declared Year of Deserts and Desertification by the United Nations (IYDD Program 2006). The loss of vital resources such as fresh water and soil,and the depletion of biodiversity are emerging hazards,able to transform beneficial situations into extreme environments. Desertification is generated by land degradation: the loss of biological productivity is caused by nature or by human-induced factors and climate change. Nearby the desertification process there is the increasing process of salinisation of soil and water,induced by irrigation itself,or by salt water ingress derived by tsunamis or hurricanes. Increased research on the development of salt-tolerant cultivars could,with appropriate management,result in the broader use of saline soils. Although careful application is necessary,the combination of sand,seawater,sun and salt-tolerant plants presents a valuable opportunity for many developing countries. Cooperation among plant ecologists,plant physiologists,plant breeders,soil scientists,and agricultural engineers could accelerate the development of economic salt tolerant crops. If saline water is available,the introduction of salt tolerant plants in poor regions can improve food or fuel supplies,increase employment,help stem desertification,and contribute to soil reclamation.
机译:这项工作的重点是作为极端环境的沙漠,因为联合国已宣布2006年为“沙漠与荒漠化年”(IYDD计划2006)。诸如淡水和土壤等重要资源的损失以及生物多样性的枯竭正在成为新出现的危害,能够将有利的状况转化为极端环境。沙漠化是由土地退化引起的:生物生产力的丧失是由自然或人为因素和气候变化引起的。在荒漠化过程附近,由于灌溉本身或海啸或飓风引起的海水入侵,导致土壤和水的盐碱化过程不断增加。在适当的管理下,增加对耐盐品种发展的研究可以导致盐碱土壤的更广泛使用。尽管必须谨慎应用,但耐沙,耐海水,耐晒和耐盐的植物的组合为许多发展中国家提供了宝贵的机会。植物生态学家,植物生理学家,植物育种家,土壤科学家和农业工程师之间的合作可以促进经济耐盐作物的发展。如果可用盐水,则在贫困地区引入耐盐植物可以改善食物或燃料供应,增加就业,帮助茎秆荒漠化,并有助于土壤复垦。

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