1) Eriocheir sinensis
河蟹幼体
1.
Effect of Moina mongolina with different lipid source diets on the fatty acid composition of Eriocheir sinensis larvae is studied.
分别以纯酵母和鱼油酵母培养的蒙古裸腹溞及卤虫无节幼体投喂河蟹溞状幼体,探讨了不同食物条件对蒙古裸腹溞及河蟹幼体的脂类和脂肪酸组成的影响。
2) death of the young crab
河蟹幼体死亡
3) the food of the Chinese mitten crab
河蟹幼体的饵料
4) Eriocheir sinensis
河蟹
1.
Determination of Amino Acid Component of the Enzyme-hydrolysate in the Eriocheir sinensis Meat;
河蟹肉酶解产物的氨基酸组成分析
2.
Effects of Na_2SO_3,H_2O_2 and urea on the N-acetyl-β-D-glucosaminidase from Eriocheir sinensis;
亚硫酸钠、过氧化氢和尿素对河蟹N-乙酰-β-D-氨基葡萄糖苷酶活力的影响
3.
Effect of Different Stocking Densitiy on Size,Yield and Survival Rate of Eriocheir sinensis;
放养密度对河蟹育成规格、产量和成活率的影响
5) River Crab
河蟹
1.
The Technology of Hydrolysis and UV for the Protein of River Crab;
复合法制备河蟹蛋白水解液工艺条件的研究
2.
A comprehensive assessment of river crab marketing system——a case study of crab Marketing in Nanjing Huiming wholesale Market;
特种淡水养殖品流通研究——以经由南京批发市场销售的河蟹为例
3.
The current trend is to raise river crabs in ponds intensively rather than roughly in the past.
池塘养殖河蟹（又名中华绒螯蟹ＥｒｉｏｃｈｅｉｒＳｉｎｅｎｓｉｓ Ｈ。
6) Crab
河蟹
1.
This paper analyses the benefit of the paddy,crab and loach field ecosystem through experiment.
1hm2稻-蟹-泥鳅田产出无公害水稻9111kg、无公害河蟹474kg,分别与稻-蟹田水稻9200kg和河蟹489。
2.
The ecological raising experiment of crab was carried out in the pool of huaxi fish farm to investigate its ecological raising model and technique in mountainous areas during 2003～2004.
2003 ~ 2004 年在贵阳市花溪区鱼种场进行池塘河蟹生态养殖试验,其结果为:蟹鱼套养2004 年总产值达到105 315。
3.
Using computer network and artificial intelligence technology, through the systematic induction and integration of the research achievements of crab culture and the experiences of the crab culture experts, the expert decision system of crab culture is established with many different functions and high intellectualization degree.
利用计算机网络和人工智能技术,通过将河蟹养殖方面的科研成果和河蟹养殖专家的宝贵经验系统归纳集成,建立起综合性强、智能化程度高、简单方便的河蟹养殖专家决策系统。
参考词条
补充资料：幼体生殖
也叫“童体生殖”。某些寄生吸虫和昆虫的幼虫体内的某些生殖细胞不经过受精而能独立长成新的幼虫后产出体外的现象。例如瘿蝇，就具有这种幼体生殖能力。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。