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Acquisition of transgenic salt-tolerant upland rice based on genetic algorithm and its resistance

机译:基于遗传算法及其阻力获取转基因耐盐旱稻

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摘要

Genetic algorithm is a search algorithm with “survival + detection†iterative process. Geneticalgorithm is applied to study the gene optimization of rice yield increase to achieve the effect ofincreasing yield. The eco-agricultural industrialization inChina is still in its infancy, which requirestechnological innovation and institutional innovation of large-scale eco-economic optimization.This paper is devoted to the design of “three type†industrialization technology system of ecologicalagriculture resource saving, environment clean type, economic security type, and so on, andthe construction of the new model of pollution abatement and recycling; the application of thetransgenic technology is the development direction of advanced breeding technology, and it is the4 investments of reducing pesticide, fertilizer, irrigationwater, and labor force and themajor technicalcountermeasures to promote the comparative benefit of grain. Super Hybrid Rice is a verygood material for the transgenic technology, and the application of the transgenic technology isbeneficial for super hybrid Rice to realize super High-yield potential in large-scale industrializedplanting.
机译:遗传算法是一种具有“灾难+检测”迭代过程的搜索算法。遗传应用算法研究水稻产量增加的基因优化以实现效果增加产量。 Eco-农业产业化仁那仍处于初期阶段,需要大规模生态经济优化技术创新与制度创新。本文致力于设计生态学技术系统的设计设计农业资源储蓄,环境清洁类型,经济安全类型等,以及建设污染减排和回收的新模式;应用程序转基因技术是先进的育种技术的发展方向,是4减少农药,肥料,灌溉水和劳动力和劳动力的投资促进粮食比较益处的对策。超级杂交水稻是一个转基因技术的良好材料,转基因技术的应用是有益于超级杂交水稻,实现大型工业化的超高产潜力种植。

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