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    And the rearing condition,in which total death rate of T. molitor larvae in 18 days is below 0.5%,is that temperature is 24-25 ,relative air moisture is 64%-70%,density of larvae is 0.42-0.49 g/cm2,and fodder water is 13.48%-17.48%.
    黄粉虫幼虫生长后期18日总死亡率小于0.5%的饲养条件为:温度24~25℃、相对湿度64%~70%、饲养密度0.42~0.49g/cm~2,饲料含水量13.48~17.48%。
    So the suitable moisture content (15~20%) feed was helpful to the larval growth and keep high population amount.
    因此认为饲料保持适宜的含水量(15%~20%)有助于幼虫的生长发育,并有利于保持较高的种群数量。
    The results show that:queen bee larvae developed better under the condition of relative humidity 90%±2%and temperature 35.5±0.1℃ than the temperature 34.5±0.1℃,and larvae could benefit from fresh pure royal jelly added with alittle honey.
    结果显示:相对湿度为90%±2%,温度为35.5±0.1℃时比34.5±0.1℃时更有利于蜂王幼虫生长发育; 在新鲜的蜂王浆中添加少量蜂蜜,有利于蜂王幼虫生长友育。
    The effect of density factor on development of larvae of Palembus dermestoides was studied at 30℃. The relationship between survival and rearing density was analyzed using Weibull frequency distribution.
    在30℃下,研究了饲养密度对洋虫Palembus dermestoides(Fairmaire)幼虫生长发育的影响,并用Weibull频数分布函数探讨了饲养密度对洋虫幼虫存活率的变动影响。
    PRELIMINARY STUDIES ON HOUSEFLY(MUSCA DOMESTICA VICINA MACQ.)LARVAL PROTEIN PRODUCTION Ⅱ.MODELING FOR FACTORS INFLUENCING LARVAL GROWTH
    蝇蛆养殖技术研究 Ⅱ.影响幼虫生长的因子作用模型
    EFFECT OF AN IMIDAZOLE DERIVATE ON GROWTH AND DEVELOPMENT OF ANTHERAEA YAMAMAI (LEP. : SATURNIIDAE)
    咪唑类化合物对天蚕幼虫生长发育的影响
    Effects of density factor on growth and development of old-age larvae of the yellow mealworm (Tenebrio molitor L.) under different food conditions
    不同食料条件下密度因子对黄粉虫高龄幼虫生长发育的影响
    EFFECTS OF FEED ON THE GROWTH AND DEVELOPMENT OF PALEMBUS DERMESTOIDES(FAIRMAIRE,1893)(COLEPTERA:TENEBRIONIDAE)
    不同饲料对洋虫幼虫生长发育的影响
    Effect of different fodders and breeding densities on the larva growth and development of Tenebrio molitor L.
    饲料种类和饲养密度对黄粉虫幼虫生长发育的影响
    Effects of Achyranthes bidentata on Growth and Development of Tenebrio molitor L's Larva
    怀牛膝对黄粉虫幼虫生长发育影响的研究
    EFFECTS OF FARNESOL ON THE LARVAL GROWTH AND DEVELOPMENT OF TENEBRIO MOLITOR
    法尼醇对黄粉虫幼虫生长发育的影响
    megacephalaThe different dosage of fish meal in the larval feed of C.
    蛋白质饲料鱼粉能够促进大头金蝇幼虫生长,饲料中添加剂量不同,幼虫体长变化不同,但所有处理幼虫的生长前期体长变化较快。
    molitor larvae,and fodder water is the major factor on death rate.
    分析结果表明:影响黄粉虫幼虫生长后期增重及死亡的主要因素分别为饲料含水量和饲养密度;
    Feeding Tenebrio molitor L. with the fodder containing different dosages of rare earth element, the result showed that the important physiological indexes of Tenebrio molitor L changed remarkbly when adding 100 mg La2O3 to per kilogram fodder. 1. In terms of productive capacity, the larval growth rate quickened notably and the larval survivability increased in a certain extent.
    用含不同稀土剂量的饲料喂养黄粉虫,发现在每公斤饲料中添加100mg氧化镧可使黄粉虫的一些重要的生理指标与对照组比较发生明显的变化:1、在生长力方面,幼虫的生长速度显著加快,幼虫的存活率有所提高。
    The effects of several factors such as temperature, density, the turning point of growth velocity, feed moisture and fermented feed on the growth and population amounts of Tenebrio molitor were studied.
    本论文研究了温度、密度、幼虫生长速率转折点、饲料含水量、生物饲料对黄粉虫生长发育和种群数量的影响;
    During the temperature scope from 20℃ to 32℃, the each instar duration was shortened along with the temperature's heightening, and instar amounts were decreased. But at 35℃, the larvae grew very slowly and the growth duration lengthened.
    结果表明,黄粉虫在20~32℃温度范围内,幼虫各龄期随着温度的升高而缩短,龄数减少,但是在35℃时,幼虫生长极其缓慢,发育历期延长。
    The larval weight gain was similar of middle density. So the high density in 0~30days and then the density of 4.7~7.9 one/cm2 in industrialized production should be adopted. In the different stage of the larval growth of T.
    二是其后的时间内,低密度的幼虫生长要快得多,体重增幅较大,中间密度的幼虫体重增加相近,因此,在工厂化生产中应先采用0~30d内高密度养殖,30d后将密度降低为4.7~7.9头/cm2。
    In the suitable growth temperature scope (20℃~32℃) of T. molitor, the larvae grew more quickly, their weight added greater and the turning point of growth velocity appeared earlier along with the temperature increasing, at 20℃, it appeared in 84 d;
    在黄粉虫生长适温(20~32℃)范围内,随着温度的升高,幼虫生长发育越快,体重增加显著,生长速率转折点出现越早,20℃下,出现在84d;
    The effects of different moisture content feed on the larval growth, which was that larval weight added greatly along with the moisture content increasing of feed, and the larvae grew quickly, their weight added greatly, but their mortality is high of the high moisture content (30%~35%) feed.
    不同含水量饲料对黄粉虫幼虫生长的影响,整个生长情况是幼虫体重随着饲料含水量的增加而增大,高含水量(30%~35%)的处理组幼虫生长较快,体重增加较大,但死亡率较高;
    In the contrary, the larvae grew slowly and the growth cycle was long.
    低含水量(5%~10%)的处理组幼虫生长缓慢,生长周期较长。
 

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