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Experimental assessment of the utility of visible implant elastomer tags in a stock improvement programme for giant freshwater prawn (Macrobrachium rosenbergii) in Vietnam

机译:对越南巨型淡水虾(Macrobrachium rosenbergii)的种群改良计划中可见植入物弹性体标签效用的实验评估

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摘要

An important requirement of many breeding programmes for aquaculture species is the ability to identify organisms individually or at least by family. While a variety of external and internal tagging methods have been developed that can provide efficient identifications systems, most have specific drawbacks. The present study assessed the efficiency of an internal tagging method that can be applied to family selection programmes in crustacean species. Experiments were conducted to test the efficacy of applying visible implant elastomer (VIE) tags to juvenile giant freshwater prawn (GFP). The first experiment assessed performance of VIE tags in juvenile GFP of different size classes and stability of tags placed in different positions in the abdomen with different numbers of tags implanted. The second experiment applied VIE tags in a long term, large scale, field-based farming experiment. The third experiment tested the reliability of the system. Results showed that juvenile GFP at 2?g were of suitable size for VIE tags with no negative effects evidence on growth and survival. Tag retention rates were above 97.8% in all experiments and tag readability rates were 100% with a correct assignment rate of 95% through to mature animal size of up to 170?g.
机译:许多育种计划对水产养殖物种的重要要求是能够单独或至少按家庭识别生物。尽管已经开发了可以提供有效识别系统的各种外部和内部标记方法,但是大多数方法都有特定的缺点。本研究评估了可用于甲壳类物种的家庭选择计划的内部标记方法的效率。进行实验以测试将可见植入弹性体(VIE)标签应用于少年巨型淡水虾(GFP)的功效。第一个实验评估了VIE标签在不同大小类别的GFP中的性能以及放置在腹部不同位置的标签的稳定性,并植入了不同数量的标签。第二项实验是在长期,大规模,基于田地的农业实验中应用VIE标签。第三次实验测试了系统的可靠性。结果表明,幼小的GFP(2?g)大小适合VIE标签,对生长和存活没有负面影响。在所有实验中,标签的保留率均高于97.8%,标签的可读性为100%,正确分配率为95%到最大170µg的成熟动物。

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  • 来源
    《Aquaculture Research》 |2012年第10期|1471-1479|共9页
  • 作者单位

    Research Institute for Aquaculture No.2 Ho Chi Minh City Vietnam;

    CSIRO Marine and Atmospheric Research Cleveland QLD Australia;

    Discipline of Biogeosciences Queensland University of Technology QLD Australia;

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  • 正文语种 eng
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