工厂化养殖

  • 网络factory farming;industrial aquaculture
工厂化养殖工厂化养殖
  1. 他满脑子都是工厂化养殖的事儿。

    He 's got a bee in his bonnet about factory farming .

  2. 首先作为总统候选人时奥巴马谈到过工厂化养殖和动物权利。

    First Obama talks about factory farming and animal rights as a candidate .

  3. TiO2紫外复合消毒机在零污水排放的工厂化养殖系统中杀菌效果研究

    Sterilization of TiO_2 UV Sterilizer in a Zero Discharge Integrated Recirculating Industrialized Aquaculture System

  4. 水产工厂化养殖远程智能监控系统

    Remote Monitoring and Controlling System of Factory Aquatic Products Breeding

  5. 对虾封闭式工厂化养殖水环境要素的变化特征及其相互关系

    Variation characteristics and correlation of water environmental factors in shrimp industrialized cultivation

  6. 海水工厂化养殖水处理系统的装备技术研究

    Study on equipment technology for seawater treatment system of industrial fish farming

  7. 贝藻处理工厂化养殖废水的研究

    Studies on effluent water treatment in industrial culture with bivalves and macroalgae

  8. 我国北方鲍鱼室内工厂化养殖存在问题及解决途径的探讨

    Discussion on the Problems about Indoor Industrialized Culture of Abalone in North China and

  9. 养殖设施和养殖密度是工厂化养殖与池塘养殖的主要差异所在。

    The main differences between super-intensive and extensive farming are establishment and stocking density .

  10. 长江水系中华绒螯蟹工厂化养殖

    Industrialized Culture of Chinese Crab ( Eriocheir sinensis ) Originated from the Yangtze River

  11. 首次将支持向量分类机应用到海水工厂化养殖中的环境监测问题。

    Apply SVC into environment supervise problem of Seawater industrialization breed aquatics first time .

  12. 室内工厂化养殖斑节对虾的生长特性

    Growth characteristics of intensively cultured Penaeus monodon indoors

  13. 工厂化养殖的大菱鲆生长特性

    Growth characteristics of intensively cultured Scophthalmus maximus

  14. 低温工厂化养殖水体氨氮处理微生物的初步研究

    Preliminary study on ammonia nitrogen treatment of microorganism in industrialized culture water at cold temperature

  15. 水产工厂化养殖及其技术经济评价指标体系

    Economic evaluation indicator on industrial aquaculture

  16. 对虾工厂化养殖的系统结构

    System configuration of industrial shrimp farming

  17. 对虾工厂化养殖与池塘养殖系统结构与效益比较分析

    Analysis on structure and benefit of super - intensive and semi - intensive shrimp farming systems

  18. 对虾工厂化养殖水质特征及高溶解氧对养殖的影响

    Water Quality Characteristic of Industrial Shrimp Farming and Effects of Higher Dissolved Oxygen on Its Farming

  19. 这些结果可为大菱鲆工厂化养殖和海水网箱养殖提供科学依据。

    These results will provide scientific base for the turbot culture in factories and net cages .

  20. 水产养殖业现代化与工厂化养殖

    Aquaculture Modernization and Industrialized Farming

  21. 工厂化养殖鸡粪的成分及肥效研究

    Study on the Content and Fertilizing Effect of Chicken Dug Cultivated in the Form of a Factory

  22. 工厂化养殖的动物在不干净的环境中进行填鸭式喂养,这种环境让它们饱受痛苦,并且经常患病。

    Factory-farmed animals are crammed together in unsanitary conditions , where they suffer and are often sick .

  23. 以对虾工厂化养殖系统为研究对象,了解太阳能加热系统的性能。

    The performance of the solar heat system in shrimp culture in Qingdao is analyzed in this paper .

  24. 文章就构建对虾工厂化养殖平台中的各系统环节及该种生产模式的概况作系统综述。

    The intensive shrimp culture mode and groupware of industrial shrimp farming system would be summarized in this review .

  25. 对虾工厂化养殖是在封闭或半封闭水体中进行高密度集约化养殖的一种新型养殖模式。

    Industrial shrimp farming is a new kind of higher density and super-intensive culture in semi-closed or closed water .

  26. 最后,对盐藻工厂化养殖中存在的问题做了简要讨论,对盐藻胡萝卜素产业的发展前景做了展望。

    Finally , problems in factory farming has done a brief discussion the development prospects of algae-carotene did put forward .

  27. 在工厂化养殖中,由于受人为的影响,DO与其他环境因子不存在线性关系。

    Owing to the anthropic factor in the Industrial P.olivaceus Farming , DO isn 't linear with other environmental factors .

  28. 由于工厂化养殖投资高、养殖周期长、生产单位出现亏损,鲍养殖生产随后滑坡。

    But factory-breeding needs high investment and long period , which resulted in the loss of the cultural business and decline of abalone - breeding .

  29. 蛋白质分离器中的不同臭氧浓度对工厂化养殖净水效果的试验海水鱼类工厂化养殖的现状与发展趋势

    Experiment on water treatment of protein skimmer with different ozone concentrations in industrial fish farming system Current Status and Developmental Trend of Industrialized Mariculture of Fish

  30. 建议在刺参工厂化养殖中适当添加有益微生物,这样有利于刺参的生长。

    For these reasons , we suggest adding some beneficial microorganisms to the feed of intensive culture in order to favor the growth of A. japonicus .