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The seed industry revolution in India

机译:印度种业革命

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With strong agricultural research pioneered by the Indian Council of Agricultural Research (ICAR) and half a dozen agricultural universities at the time of independence (1947), the Indian government was confident of its domestic capability and therefore worked for self sufficiency in seeds. Even acute food shortages and dependence on donations in the 1950s and 1960s could not influence India's policy that imposed restrictions on commercial seed imports. Food shortage was a global problem after World War II and the FAO launched a worldwide network of crop research to help the starving nations. India was identified as one of the centers for international research projects, and this included testing of a wide range of crop germplasm. This program laid the foundation of the international green revolution. India succeeded in identifying rust resistance and dwarf genes in Mexican lines, which could be transferred to excellent Indian wheat varieties. Norman Borlaug and M.S. Swaminathan pioneered this project, giving India modern dwarf rust resistant wheat varieties. These new wheat varieties not only supplemented India's food "kitty," they made the nation proud of self sufficiency in food. And now it has surpluses for export.
机译:印度农业研究理事会(ICAR)率先建立了强大的农业研究机构,并在独立时(1947年)建立了六所农业大学,因此印度政府对自己的国内能力充满信心,因此致力于种子的自给自足。甚至在1950年代和1960年代严重的粮食短缺和对捐赠的依赖也无法影响印度对商业种子进口实行限制的政策。第二次世界大战后,粮食短缺是一个全球性问题,粮农组织启动了全球作物研究网络,以帮助饥饿的国家。印度被确定为国际研究项目的中心之一,其中包括对多种作物种质的测试。该计划奠定了国际绿色革命的基础。印度成功地鉴定了墨西哥品系中的抗锈性和矮化基因,可以将其转移到优质的印度小麦品种中。 Norman Borlaug和M.S. Swaminathan率先开展了该项目,为印度提供了现代矮化防锈小麦品种。这些新的小麦品种不仅补充了印度的食品“猫粮”,而且使该国为自给自足的食品感到自豪。现在,它有出口盈余。

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