CAJ | 학술논문

[目的]为了适时更新本地区大豆品种，筛选高产优质大豆新品种，促进大豆发展。[方法]以11个春大豆新品种为材料，主要对其农艺性状、生物学性状进行比较。[结果]大豆产量由高到低前3位依次为晋豆19、铁丰34、承豆6号，产量分别为4313．50、4193．55、3920．25kg／hm^2。[结论]结果表明：铁丰34比承豆6号增产6．79％，差异达显著水平，各生物学性状表现较优，可进一步区域示范，以为大面积推广应用提供参考。
[목적]위료괄시경신본지구대두품충，사선고산우질대두신품충，촉진대두발전。[방법]이11개춘대두신품충위재료，주요대기농예성상、생물학성상진행비교。[결과]대두산량유고도저전3위의차위진두19、철봉34、승두6호，산량분별위4313．50、4193．55、3920．25kg／hm^2。[결론]결과표명：철봉34비승두6호증산6．79％，차이체현저수평，각생물학성상표현교우，가진일보구역시범，이위대면적추엄응용제공삼고。
[Objective] In order to timely update of the regional soybean varieties, screening of soybean varieties with high yield and good quality for soybean development had been carried out. [Method] Taking 11 new varieties of spring soybean （lines） as the tested materials, mainly for agronomic traits, biological characteristics of a species comparison. [Result] The top three from high to low yield were Jindou 19, Tiefeng 34 and Chengdou 6 with yields of 4 313.50,4 193.55,3 920.25 kg/hm~ respectively. [Conclusion] The results showed that： Yield of Tiefeng34 was increased by 6.79% than that of Chengdou6 , which had a significant difference. Tiefeng 34 showed optimal biological characteristics and could be further demonstrated in regional test, to provide a reference for large-scale extension.