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Studies onwater-saving and high-yield cultivation techniques of super rice

机译:超级稻节水高产栽培技术研究

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In recent years, the problems of food security and water shortages in the world have become more and more serious. The super hybrid rice has been applied on a large scale in China for its high yield,good quality and resisitance desease,which increases the market supply of rice in China. In this paper,some comprehensive technicalmeasures withwater-saving and high yield has been discussed,which include selecting fine combinations with strong drought resistance,nurturing vigorous seedling with watersaving technique, much early drying practice to control ineffective tillers, aerobic irrigation during the whole growth period and fully make use of natural precipitation in soil. Because of being more efficiently use of the resources of light, temperature, water, gas, fertilizer in paddyfield,the technolegy can markedly improved the yield and quality of super rice. The Methane emissions reduce 73.2%-85.0% by this technology during the whole growth period than that of submerged irrigation. According to our examination, this technology lead to rice sheath blight reduced by 25%, rice plant hoppers reduced by 46%,rice leaf folde reduced by 70% compared to conventional cultivation. So by this technology,the goal has been achieved with water-saving, low consumption, pollution reduction, high yield and efficiency in production of super rice.
机译:近年来,世界粮食安全和水资源短缺问题变得越来越严重。超级杂交稻因其高产,优质和抗病性而在中国得到了广泛应用,从而增加了中国稻米的市场供应。本文探讨了一些节水高产的综合技术措施,包括选择具有较强抗旱性的优良组合,采用节水技术培育旺盛的苗木,控制无效分till的大量早期干燥措施,整个生育期需氧灌溉并充分利用土壤中的自然降水。由于可以更有效地利用稻田的光,温,水,气,肥等资源,该技术可以显着提高超级稻的产量和品质。与淹没灌溉相比,该技术在整个生育期内甲烷排放量减少了73.2%-85.0%。根据我们的检查,与常规栽培相比,该技术可使水稻的鞘枯病减少25%,水稻的漏斗减少46%,稻米的叶褶减少70%。因此,通过该技术,实现了超级稻节水,低耗,减少污染,高产高效的目标。

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