饲料消耗量

越冬蜂群势削弱率为32.0%～30.2%，越冬饲料消耗量为1.9～2.1kg/框。

Death rate is 32.0 % - 30.2 % , forage consume is 1.9-2.1kg/frame .

试验期间，统计每头公猪的平均饲料消耗量和日增重。

During the experiment , average daily - weight gain ( ADG ) and food consumption were recorded .

与此同时，玉米和大豆等用于喂养牲口的主要饲料消耗量激增，其中大豆消耗量10年来翻了一番。

Meanwhile , consumption of key feedstocks such as corn and soyabeans used to fatten livestock have jumped & soyabean consumption has doubled in the past 10 years .

试验组每增重1公斤饲料消耗量和成本分别比对照组降低257.68%、220.35%。

The feed conversion ratio and the feed cost / kg gains of experimental group were reduced by 257.68 and 220.35 % as compared with the contral group respectively .

60240日令或体重1090公斤期间平均日增重437克，每公斤增重饲料消耗量约合3.83饲料单位或消化能10260大卡、可消化粗蛋白质419克。

During 60-240 days of age or 10 kg to 90 kg , av . daily gain was 437 g , and the consumption of F. U / kg gain was 3.83 or DE 10260 kcal .

试验结束后统计饲料消耗量、死淘鸡数、腹泻发生情况，计算经济效益，结果表明：用做肉鸡饲料添加剂，与对照组相比，腹泻率下降74.2%，差异极显著（P<0.01）；

The feed consumption , quantity of dead broilers and diarrhea broilers were noted . Results showed that the diarrhea ratio and ammonia contant decreased respectively 74.2 % , 31.4 % in the wormcast group ( PO . 01 ) .

首先进行优化饲养管理条件静态分析：1、只考虑生产性能和饲料消耗变化量优化饲养管理条件筛选。

It started with static analysis of the condition of feeding and management 1 . The optimized feeding-and-management condition was selected only allowing for production performance and the changes of feed consumption .

结果染毒大鼠体重增长减慢，饲料和饮水消耗量减少。

Results Increase in body weight slackened , and the consumption of feed and water decreased .

用郏县红牛成年母牛和青年母牛进行试验，结果表明，所有试验牛对尿素均无不良反应，而且可提高增重和饲料报酬。试验组每公斤增重的饲料消耗量较对照组的要少；

The results obtained show that all the cattle have no negative reponse to urea , and both the weight gaining and feed conversion are improved by feeding urea .