天津科技
天津科技
천진과기
TIANJIN SCIENCE & TECHNOLOGY
2014年
12期
34-35,39
,共3页
陈学亮%谭广元%刘振国%王海波
陳學亮%譚廣元%劉振國%王海波
진학량%담엄원%류진국%왕해파
水族馆%大型海水鱼类混养池%鱼病防治
水族館%大型海水魚類混養池%魚病防治
수족관%대형해수어류혼양지%어병방치
aquarium%large-scale marine fish polyculture%fish disease precaution and treatment
通过对海洋馆观赏鱼类饲养经验的总结及观察实验，分析得出不同品种、不同时期海洋观赏鱼类对药物敏感度的差异性，提出应结合喂食、营养、水质、检疫等环节，灵活调整海洋观赏鱼类的鱼病防治方案，以达到防治的最佳效果，保证大型海水鱼类混养池内所有鱼类良好的成活率。
通過對海洋館觀賞魚類飼養經驗的總結及觀察實驗，分析得齣不同品種、不同時期海洋觀賞魚類對藥物敏感度的差異性，提齣應結閤餵食、營養、水質、檢疫等環節，靈活調整海洋觀賞魚類的魚病防治方案，以達到防治的最佳效果，保證大型海水魚類混養池內所有魚類良好的成活率。
통과대해양관관상어류사양경험적총결급관찰실험，분석득출불동품충、불동시기해양관상어류대약물민감도적차이성，제출응결합위식、영양、수질、검역등배절，령활조정해양관상어류적어병방치방안，이체도방치적최가효과，보증대형해수어류혼양지내소유어류량호적성활솔。
Based on feeding experience,observations and experiments of ornamental fishes in an aquarium,drug sensitiveness differences of fishes with different varieties and under different diesease stages were acquired and an idea of flexibly adjusting fish disease precaution and treatment schemes as per the processes of feeding nutrition, water quality,quarantine and etc. was presented to get the maximum efficiency and ensure an optimum surviving rate for all fishes in the marine fish polyculture pool.
