These may be the mechanism of raising root yield and sugar content of sugarbeet with the bacteria.
上述结果是甜菜施用增产菌丰产增糖的主要机理。
The results showed that refuse sugarbeet lime, burned lime and sewage sludge significantly increased wheat yield.
试验结果表明施用废弃的甜菜石灰、熟石灰和污水沉泥较大地提高了小麦产量。
Thus, the sucrose synthase activities in sugarbeet stalks of early growth stage could be used as a reference index in selecting or identifying high sugar content varieties.
据此，甜菜生育前期叶柄中的蔗糖合成酶活性可作为选育或鉴定高糖型品种的参考指标。
According to investigating the natural environment and the sugar beet production in Qitai area, the main problems of sugarbeet production are discussed and the measures are suggested.
通过对新疆奇台糖区自然生态条件和甜菜种植情况进行调查，分析了奇台糖区甜菜生产中存在的主要问题，提出了解决问题的具体措施。
The results indicated that, after 15 days of temperature treatment, the respiration rate of the freeze-thawing sugarbeet roots rose significantly and was much higher than those of other treatments.
试验结果表明，在温度处理15天以后，冻化贮藏的甜菜块根呼吸强度明显高于其它温度处理的甜菜。
A stable and efficient Agrobacterium mediated transformation system has been established which offers a base for high yield, high quality and broad resistance of disease Sugarbeet variety.
本项研究初步建立了一种转化频率高、稳定性好、通用性较强的甜菜遗传转化技术体系，从而通过植物转基因技术为选育高产、优质、广谱抗病的甜菜品种奠定基础。
A stable and efficient Agrobacterium mediated transformation system has been established which offers a base for high yield, high quality and broad resistance of disease Sugarbeet variety.
本项研究初步建立了一种转化频率高、稳定性好、通用性较强的甜菜遗传转化技术体系，从而通过植物转基因技术为选育高产、优质、广谱抗病的甜菜品种奠定基础。
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