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Evaluation of seawater irrigation for intensive marine shrimp farming.

机译:集约化海水虾养殖海水灌溉的评价。

摘要

The seawater irrigation system has benefited the intensive marine shrimp culture making shrimp culture sustainable and increasing shrimp production. The results obtained from this research study indicated that the adverse effects of shrimp farms on mangrove and costal environments around the irrigation system could be controlled and minimized. There are three main critical control points identified in this study that need to be considered: 1) Supply canals in the system should be cleaned and renovated every 2-3 years. 2) Wastewater treatment system should be monitored to avoid the accumulation of solid wastes while the solid wastes should be properly managed. 3) The seawater irrigation system can minimize shrimp pathogens from entering the culture ponds, however for disease prevention, farmers should adopt good aquaculture practices including pond preparation, seed quality, and prevention of disease carriers.Managing the seawater irrigation system needs a systematic teamwork. The above critical control points of the system should be monitored regularly and managed properly. The pond manager should assess the system regularly to prevent the adverse effects to the shrimp farms and to the environment.
机译:海水灌溉系统使集约化的海洋对虾养殖受益,使对虾养殖可持续并增加了对虾的产量。从这项研究获得的结果表明,虾场对灌溉系统周围的红树林和沿海环境的不利影响可以得到控制和最小化。本研究中确定的三个主要关键控制点需要考虑:1)系统中的供水管道应每2-3年清洁和翻新一次。 2)应当对废水处理系统进行监控,以避免固体废物的积累,同时应妥善管理固体废物。 3)海水灌溉系统可以最大限度地减少虾病原体进入养殖池塘的危害,但是为了预防疾病,养殖者应采取良好的水产养殖规范,包括池塘准备,种子质量和病原体的预防。管理海水灌溉系统需要系统的团队合作。系统的上述关键控制点应定期监控并进行适当管理。池塘管理者应定期评估系统,以防止对虾养殖场和环境造成不利影响。

著录项

  • 作者

    Sangrungruang Chanin;

  • 作者单位
  • 年度 2004
  • 总页数
  • 原文格式 PDF
  • 正文语种 {"code":"en","name":"English","id":9}
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