莆田市秀屿区大豆品种引进筛选与评价

    Screening and Evaluation of Soybean Varieties Introduced in Xiuyu District of Putian City

    • 摘要: 针对莆田市秀屿区大豆生产中品种单一、抗倒抗逆性差、单产水平偏低等突出问题,以当地主栽品种福豆234为对照,引进6个大豆新品种开展比较展示试验,系统评价其在沿海旱地生态条件下的适应性、抗逆性、丰产性及成熟期表现。结果表明:中黄13、中豆54和齐黄34 田间综合性状表现突出,产量分别为3 751.5、3 504.0和3 619.5 kg·hm−2,较对照福豆234分别增产12.97%、5.5%和2.7%,且株型紧凑、抗倒性强、熟相一致、籽粒饱满,具备较好的推广应用潜力。其中,中黄13发芽率高、抗倒性达1级、产量优势最为显著,综合适应性突出,适宜作为秀屿区及同类型沿海旱地今后大面积推广的主导品种。垦豆43和绥农26产量与对照福豆234相当,抗逆性和适应性较好,具备稳产潜力,建议在后续生产中继续开展示范试种。

       

      Abstract: In view of the prominent issues in soybean production in Xiuyu District of Putian City, including limited varietal diversity, poor lodging and stress resistance, and relatively low yield, by using the locally dominant cultivar Fudou 234 as the control group, six new soybean varieties were introduced to carry out the comparative demonstration trial, and their adaptability, stress resistance, high yield and maturity performance under coastal dryland ecological conditions were systematically evaluated. The results showed that Zhonghuang 13, Zhongdou 54 and Qihuang 34 exhibited outstanding comprehensive field performance, with the yields of 3 751.5, 3 504.0 and 3 619.5 kg·hm−2, respectively, which were 12.97%, 5.5% and 2.7% higher than that of Fudou 234, respectively. These varieties were characterized by compact plant type, strong lodging resistance, uniform maturity, and well-filled grains, indicating good potential for the promotion and application. Among them, Zhonghuang 13 had high germination rate, achieved the lodging resistance up to grade 1, and exhibited the most pronounced yield advantage, demonstrating superior overall adaptability, which was suitable to serve as the leading cultivar for large-scale promotion in Xiuyu District and similar coastal dry land in the future. The yield of Kendou 43 and Suinong 26 was comparable to that of the control Fudou 234, with good stress resistance and adaptability, and had stable yield potential. It was recommended to continue to carry out the demonstration and trial planting in the subsequent production.

       

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