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农学学报 ›› 2026, Vol. 16 ›› Issue (5): 79-84.doi: 10.11923/j.issn.2095-4050.cjas2025-0017

• 畜牧 兽医 水产 • 上一篇    下一篇

大口黑鲈与全雄黄颡鱼双精养模式研究

宋立民1(), 尤宏争1, 蔡超1, 师剑飞1, 李华2, 马勇2, 姜巨峰1()   

  1. 1 天津市水产研究所, 天津 300221
    2 天津津新鱼苗繁育中心, 天津 300480
  • 收稿日期:2025-01-31 修回日期:2025-04-09 出版日期:2026-05-20 发布日期:2026-05-15
  • 通讯作者:
    姜巨峰,男,1981年出生,河北张家口人,正高级农艺师,博士,研究方向:水产养殖。通信地址:300221 天津市河西区解放南路442号 天津市水产研究所,E-mail:
  • 作者简介:

    宋立民,男,1982年出生,河北昌黎人,工程师,硕士,研究方向:水产养殖。通信地址:300221 天津市河西区解放南路442号 天津市水产研究所,E-mail:

  • 基金资助:
    天津市农业产学研用“解绑挂帅”项目“大口黑鲈‘三塘合力’生态健康养殖技术研究”(GBGG202411); 2025年成品油价格调整对渔业补助“渔业绿色发展水产绿色健康养殖技术推广‘五大行动’”

Study on Double Exquisite Aquaculture Model of Micropterus salmoides and Pelteobagrus fulvidraco

SONG Limin1(), YOU Hongzheng1, CAI Chao1, SHI Jianfei1, LI Hua2, MA Yong2, JIANG Jufeng1()   

  1. 1 Tianjin Fishery Research Institute, Tianjin 300221
    2 Tianjin Jinxin Fish Seedling Breeding Center, Tianjin 300480
  • Received:2025-01-31 Revised:2025-04-09 Online:2026-05-20 Published:2026-05-15

摘要:

为解决单养大口黑鲈或黄颡鱼水环境恶化快、易发病害等问题,提升本地区渔民养殖效益,依据大口黑鲈和黄颡鱼存在的生态位差特点,以合作企业自繁自育规格为71~83 g/尾的大口黑鲈苗种以及引购的规格为25~33 g/尾的黄颡鱼‘全雄2号’苗种为试验材料,通过设定大口黑鲈与不同投放密度黄颡鱼双精养、有针对性地实施不同投饵策略、合理实施水质管理和病害预防等方法、措施,开展大口黑鲈与黄颡鱼双精养效果对比试验。结果表明单养黄颡鱼的3号池发生细菌性出血性水肿病,成活率仅为60%,其他试验组试验鱼成活率均在80%以上;经过160 d左右的养殖,1号、2号、5号、6号池塘收获大口黑鲈平均规格为557.45、556.00、565.33、571.31g,产量分别达到5663.25、5237.99、5359.46、5469.22 kg,2号、5号、6号及3号池塘收获黄颡鱼的平均规格分别为148.67、162.10、170.22、119.87 g,产量分别为883.64、727.58、547.53、863.06 kg。通过效益分析得出:1号对照塘收益为203580元/hm2;3号对照塘亏损31507元/hm2;2号试验塘收益为217579元/hm2,较1号塘增加13999元/hm2;5号试验塘收益为231221元/hm2,较1号塘增加27641元/hm2;6号试验塘收益为233633元/hm2,较1号塘增加30053元/hm2。可见双精养效果尤于单养效果,池塘养殖中建议放养大口黑鲈密度为27000尾/hm2左右并搭配9000~13500尾/hm2的黄颡鱼可实现较好效益。

关键词: 大口黑鲈, 黄颡鱼, 投喂管理, 互利, 收益, 双精养

Abstract:

The study aims to solve the problems of rapid deterioration of water environment and susceptibility to diseases in the sole breeding of largemouth black bass or yellow catfish, and to improve the aquaculture efficiency in this area. Based on the ecological niche difference between largemouth black bass and yellow catfish, the self-bred largemouth black bass fries with a specification of 71-83 g/tail and the purchased yellow catfish ‘Quanxiong No.2’ fries with a specification of 25-33 g/tail were used as experimental materials. By setting up double exquisite aquaculture of largemouth black bass and yellow catfish with different feeding densities, implementing targeted feeding strategies, implementing water quality management and disease prevention methods, the double exquisite aquaculture of largemouth black bass and yellow catfish was carried out and comparative experiment of nutritional effects was conducted. The results showed that bacterial hemorrhagic edema disease occurred in the No.3 pond where only yellow catfish were kept, with a survival rate of only 60%, while the survival rate of other experimental groups was above 80%. After about 160 days of breeding, the average sizes of largemouth black bass harvested from ponds 1, 2, 5, and 6 were 557.45g, 556.00 g, 565.33 g, and 571.31 g, with yields of 5663.25 kg, 5237.99 kg, 5359.46 kg, and 5469.22 kg, respectively. The average sizes of yellow catfish harvested from ponds 2, 5, 6, and 3 were 148.67 g, 162.10 g, 170.22 g, and 119.87 g, with yields of 883.64 kg, 727.58 kg, 547.53 kg, and 863.06 kg, respectively. According to the benefit analysis, the income of control pond No.1 is 203580 yuan/hm2; the control pond No.3 incurred a loss of 31507 yuan/hm2; the revenue of experiment pond No.2 is 217579 yuan/hm2, with an increase of 13999 yuan/hm2 compared to experiment pond No.1; the revenue of the experimental pond No.5 is 231221 yuan/hm2, with an increase of 27641 yuan/hm2 compared to the 1st pond; the revenue of the experimental pond No.6 is 233633 yuan/hm2, with an increase of 30053 yuan/hm2 compared to the 1st pond. It can be seen that double exquisite aquaculture has a better effect than single breeding. In pond breeding, it is recommended to release largemouth black bass with a density of about 27000 /hm2 and yellow catfish with a density of 9000-13500 /hm2 to achieve better benefits.

Key words: largemouth black bass, yellow catfish, feeding management, mutual benefit, income, double exquisite

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