• 中文核心期刊
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TANG Zhao-xiu, XU Ri-rong, LAN Xin-long, LIN Yu-song, SHI Gong-yue. Breeding and Cultivation of a New Rust-resistance Peanut Variety, Fuhua 6[J]. Fujian Journal of Agricultural Sciences, 2011, 26(5): 729-732.
Citation: TANG Zhao-xiu, XU Ri-rong, LAN Xin-long, LIN Yu-song, SHI Gong-yue. Breeding and Cultivation of a New Rust-resistance Peanut Variety, Fuhua 6[J]. Fujian Journal of Agricultural Sciences, 2011, 26(5): 729-732.

Breeding and Cultivation of a New Rust-resistance Peanut Variety, Fuhua 6

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  • Received Date: February 10, 2011
  • Revised Date: March 10, 2011
  • In order to breed a new variety of peanuts with wide adaptability, high yield and high-quality for Fujian, Fuhua 6 was nurtured by the Institute of Crop Sciences, Fujian Academy of agricultural Sciences. It had a high yield with a high-oil content. The variety took part in the 2008-2009 provincial spring peanut regional tests, had a production experiment executed in the spring of 2010, and passed the field evaluation held by the peanut professional group of the non-major crop variety appraisal committee of Fujian province in August 2010. In 2008, its pod yield was 3 926.85 kghm-2, increasing 11.05% over the control, Quanhua 10. The kernel yield was 2 640.00 kghm-2, increasing 9.54% over the control. And, in 2009, the pod yield was 4 039.20 kghm-2, increasing 8.50% over the control, Quanhua 7. The kernel yield was 2 672.25 kghm-2, increasing 7.71% over the control. In the spring of 2010, the production experiment on Fuhua 6 was carried out. It passed the evaluation by the peanut professional group of Fujian Crop Variety Approval Committee in August, and was completed in December 2010. Fuhua 6 was examined and approved by the provincial government in February 2011. The kernels contained 54.04% crude fat, 24.48% protein. They were susceptible to bacterial wilt, had a medium resistance to leaf spot, but high resistances to rust, flood and lodging. The growth period of Fuhua 6 was about 129 days. The variety was suitable for sowing at the end of February to early April, and in late July to early August as well, from the southern to the northern regions in Fujian. The recommended planting density was 18 000-20 000 kghm-2in spring, and 20 000-22 000 kghm-2 in autumn. During its growth period 67.5-82.5 kghm-2 of N with the ratio of N∶ P∶K of 1.0∶0.8∶1.2 were needed. The base fertilizers included 50% of N fertilizer, 100% of P fertilizer and 70% of K fertilizer, and the remainder as top dressing.
  • 徐日荣,蓝新隆,唐兆秀.花生新品种福花3号的生育特性研究[J].江西农业学报,2009, 21(12):20-22, 25.
    陈剑洪,陈永水,陈双龙,等.花生新品种泉花7号的选育研究[J].花生学报,2008,37(3):41-44.
    山东花生研究所.中国花生栽培学[M].上海:上海科学技术出版社,1982:225-227.
    封海胜.花生高产育种选择指标研究初报[J].花生科技,1981,(3):32-34.
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