Evalation aseptic facilities for Taiwan abalone culture.

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Project title

Code/計畫編號

100農科-10.3.1-漁-F3(3)

Translated Name/計畫中文名

無菌設施養殖九孔之可行性評估

Project Coordinator/計畫主持人

Fan-Hua Nan

Funding Organization/主管機關

Council of Agriculture,Executive Yuan

Department/Unit

Department of Aquaculture

Website

https://www.grb.gov.tw/search/planDetail?id=2293164

Year

2011

Start date/計畫起

01-04-2011

Expected Completion/計畫迄

31-12-2011

Bugetid/研究經費

1200千元

ResearchField/研究領域

漁業

" 本計畫預計藉由滅菌及減菌試驗降低九孔養殖過程中病原主要的三大來源，包括養殖用水、餌料 (龍鬚菜) 以及生物體 (種貝及種苗)，藉此抑制機會性病原導致的大量死亡情形，以評估無菌設施養殖九孔之可行性。一、確立薄膜過濾系統對水質菌量之影響二、確立ClO₂對龍鬚菜帶菌量之影響三、確立ClO₂對九孔(成貝及稚貝)帶菌量之影響四、確立薄膜過濾及ClO₂對九孔菌量變化之影響五、確立薄膜過濾及ClO₂對九孔活存之影響六、確立薄膜過濾及ClO₂對九孔成長之影響七、確立薄膜過濾及ClO₂對九孔養殖池水水質之影響八、確定無菌設施(薄膜過濾及ClO₂)之可行性評估" " In this project evaluated the feasibility of aseptic abalone aquaculture facilities. We used sterilization and bacteria reduced method to control the source of abalone disease, such as the culture water, diet (Gracilaria sp.) and abalone. The report included: (1)To establish the effect of puffer fish-Daicen membrane for the bacteria number of culture water. (2)To establish the effect of ClO₂ for the bacteria number of Gracilaria sp.. (3)To establish the effect of ClO₂ for the bacteria number of abalone. (4)To establish the effect of ClO₂ and puffer fish-Daicen membrane for the bacteria number of abalone. (5)To establish the effect of ClO₂ and puffer fish-Daicen membrane for abalone survive rate. (6)To establish the effect of ClO₂ and puffer fish-Daicen membrane for abalone growth rate. (7)To establish the effect of ClO₂ and puffer fish-Daicen membrane for theculture water quality. (8) Determination the feasibility of the aseptic system apply to abalone culture."

Keyword(s)

細菌
鮑魚
九孔
總生菌數
弧菌數
薄膜
bacteria
abalone
Haliotis diversicolor
total bacteria count
vibrio count
membrane

DSpace CRIS

Evalation aseptic facilities for Taiwan abalone culture.

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