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Influence of Soil Tillage Systems and Weed Control Treatments on Root Nodules, Production and Qualitative Indicators of Soybean

机译:土壤耕作系统对大豆根结节,生产和定性指标对大豆的影响

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The use of herbicides increases labor productivity being synthetic products, foreign ecosystem, abused, without a thorough knowledge can be dangerous for the environment through the introduction of toxic waste in agricultural ecosystems. It is necessary to reduce the doses used in relation to the use of conservative technology, finding solutions optimized for effective weed control. Research conducted at Agricultural Research and Development Station Turda in the years 2013 and 2014 have followed the effect of 12 variants of herbicides used to control weeds in soybean crop, sown in two tillage systems (classical system and minimal tillage system), the formation of root nodules, soybean production and quality indicators. Tillage system significantly influenced both qualitative indices and soybean crop production (being 2635 kg/ha to the classical and 2131 kg/ha minimum tillage system). The significant influence of tillage soybeans in fat content (20.34% in minimum tillage system; 19.94% to the classical) and on protein (39.89% minimum tillage system; 40.56% in the classic).
机译:除草剂的使用增加了劳动生产率是合成产品,外国生态系统,滥用,通过在农业生态系统中引入有毒废物,没有彻底的知识对环境感到危险。有必要减少与使用保守技术的使用相关的剂量,找到针对有效杂草控制的优化解决方案。 2013年和2014年在农业研发站培训的研究遵循了12种除草剂用于控制杂草在大豆作物中的12种变种的影响,播种了两种耕作系统(古典系统和最小耕作系统),形成根结节,大豆生产和质量指标。耕作系统显着影响了定性指数和大豆作物生产(2635千克/公顷,古典和2131千克/公顷最低耕作系统)。耕作大豆在脂肪含量中的显着影响(最小耕作系统20.34%; 19.94%至古典)和蛋白质(最小耕作系统39.89%;经典中40.56%)。

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