会议报告 http://hdl.handle.net/10862/651. 2021-07-19T11:38:57Z Seafdec / AQD的淡水大虾研究菲律宾beplay http://hdl.handle.net/10862/5960. Seafdec / AQD Romana-Eguia的淡水菲律宾beplay大虾研究,Maria Rowena R。古文 - 亚拉尔,玛丽亚卢尔德;Laron,Manuel A.菲律宾落后于泰国和印度尼西亚,即淡水虾,Macrobrachium SP的研究和商业生产。虽然研究了Macrobrachium sp。(或乌兰在本地已知),在1980年年中,在海福德/ AQD的Binangonan淡水站开始,此后即将停止研究努力,因为a)技术技能不足;菲律宾beplayb)幼虫饲养和野生股的驯化问题;除了另外,c)Macrobrachium sp。与百灵鸟和紫鱼等商业上重要的淡水商品形成较低的优先物种,以菲律宾视为低优先级。这是二十年前,回想起来,菲律宾的淡水大虾仍然可以成功驯化,目前有关基因疏贫产量的有限产卵的问题可能已经解决了。随着对淡水大虾等替代物种文化的重新兴趣,滨海南淡水站的研究人员开始对2003年底进行了一些关于改进Macrobrachium Rosenbergii的育种,幼虫饲养和培养的研究。这里简要描述了这些研究。 2007-01-01T00:00:00Z Microbrachium Rosenbergii的孵化场和池塘文化在北甘肃北部 http://hdl.handle.net/10862/5961. Microbrachium Rosenbergii的孵化场和池塘文化在孟加伦哥州北部亨利E.北方棉兰岛北方北部罗森伯古孵化场行动的历史可以通过多个机构追溯到不同地点的小事活动。早些时候尝试在Mindanao州立大学(MSU)教职员/研究人员在MSU-MARAWI渔业学院(COF)和MSU-NAAWAN的虎虾商业孵化设施中进行了孵化犬孵化器中的淡水大虾·特拉夫雷早期努力生产淡水虾种种子由20世纪70年代的MSU-MARAWI COF教职员和他的员工完成。育种者从Kapay,距离Iligan Bay海洋水域30米收集。然而,该组未能成功地将幼虫成功到后阶段。在Naawan,在20世纪70年代后期和20世纪80年代初期进行了几项幼虫饲养试验,作为一个项目的一部分,其中包括在Zambulig和Siay,Zamboanga del Sur中已知的虾产卵基础的生物学和生态学研究。两项研究网站的活死片被运到Naawan并在坦克中保持,直到获得幼龟。幼虫饲养在咸水和绿水培养基中,喂食灌木,蒿属和紧张的鱼肉。不幸的是,没有一个幼虫饲养审判成功。孵化场试验还于1994年在Zamboanga del Norte的Dipolog渔业渔业多种孵化场进行。 Few postlarvae were produced within one year and eventually the school discontinued the activity. 2007-01-01T00:00:00Z 大块菌文化产业在泰国 http://hdl.handle.net/10862/5954. 泰国乌莱湾大马麦克里科赫培养业;Sodsuk,Panom在Macrobrachium属中归类为大量淡水虾,通常在Palaemonidae Rafinesque,1815年,1815年,Sub家族Palaemoninae Rafinesque,1815年。在泰国,在淡水或淡淡水或Brackishwater中茁壮成长的19种Macrobrachium物种并确定。在十九种,以下是泰国最具经济重要的物种的五种物种:大马氏菌,尼维纳州,大马氏体兰氏菌,长乳杆菌和大鼠罗森伯格·罗森伯格·罗古齐齐。 2007-01-01T00:00:00Z 使用MTDNA CO-I标记的GI宏观和淡水虾的GI宏和淡水虾的遗传表征使用MTDNA CO-I标记的吉卜萨班班班车,苏卡拉姆 - Java http://hdl.handle.net/10862/5953. 使用MTDNA CO-I标记的Makassar-Sulawesi,Pangkalanbun-Kalimantan,康卡尔班班 - 卡利马丹,吉卜斯鲍姆 - 爪哇省MTDNA CO-I标记埃斯图省遗传表征Gi宏观和淡水虾的遗传表征;mulyasari;Kristanto,Anang Hari;阿里,惠泉;Gunawan巨型淡水虾(Macrobrachium Rosenbergii)是印度尼西亚广泛分布的土着物种。来自Pangkalanbun-Kalimantan的巨型淡水虾有一个大头,长爪,是黄绿色的。另一方面,来自吉尔瓦Tungkal-jambi的人有一个小头,短爪,是黄金的颜色(Sabar和Ali,2001)。巨型淡水虾是印度尼西亚成功煽动的重要商品。它在西爪哇省的几个地区生产,即Ciamis(Tambaksari,Parigi,Rancah和Pasir Nagara)和Tasikmalaya。一些商业孵化场(地方政府孵化场和七个私人孵化场)在东爪哇省的Jogjakarta找到了淡水虾在Brackishwater Ponds培养。 Freshwater prawn culture has also spread to some areas in the island of Bali, e.g. Gianyar, Klungkung, Buleleng and Tabanan, and in Riau, South Sulawesi and South Sumatera. Several natural populations of freshwater prawns are unique to Indonesia. To date, about 19 species are found in almost all of the islands in the archipelago (Holthuis, 1980). However, this potential genetic resource has not yet been fully used in freshwater aquaculture. Moreover, inspite the fact that the freshwater prawn culture technology has been developed and adopted in Indonesia, some problems are still plaguing the industry. To solve the problems of poor growth rate, disease susceptibility and small meat yield or edible portion, the Research Institute for Freshwater Aquaculture (formerly RIFF) started numerous research programs since 1996 to improve growth rate and the size of the edible portion of cultured prawns. The GI Macro, a selected strain of the giant freshwater prawn was developed by RIFA and has been distributed to farmers in Java. Varying results were obtained from growth trials conducted in different locations, hence another phase of selection is necessary to construct a wider and more improved base population using additional wild stocks. An assessment of the genetic background of the wild stocks is an important pre-requisite before the new selection program is initiated. Genetic variation is an important parameter to consider to enable the evaluation of individual fitness of the stock in the short term and their survival in the long term (Ferguson et al., 1995). In this study, genetic variation of giant freshwater prawns collected from Sulawesi, Kalimantan, Sumatera and Java were analyzed using molecular markers. 2007-01-01T00:00:00Z