同化效率

环境温度在26～38℃时，对山地麻蜥食物通过时间、摄食量、表观消化系数（ADC）、同化效率（AE）和运动表现有显著的影响；

Temperature significantly affected food passage time , food intake , apparent digestive coefficient ( ADC ), assimilation efficiency ( AE ) and locomotor performance of lizards .

在杨毒蛾幼虫期，随着幼虫生长发育的进行和龄期的增加，同化效率（A／I）逐渐降低，而毛生态效率（P／I）、净生态效率（P／A）逐渐升高。

At the larva stage , with the development of the larva and the increase of ages , its assimilation efficiency ( A / I ) reduces but production efficiency ( P / I ) and the pure production efficiency ( P / A ) rise gradually .

温度对多疣壁虎摄食量和同化效率的影响

The effect of temperature on food intake and assimilation efficiency of the gecko

在对照、污染2种环境中，可溶性糖和叶绿素含量均呈显著的正相关，污染区中树木叶绿素同化效率显著高于对照。

The carbon assimilation efficiency of chlorophyll of trees leaves in SO2 pollution is remarkablely higher than the control .

秋冬季多疣壁虎各温度中的同化效率显著地高于繁殖期相应温度中的同化效率。

Assimilation efficiency of the gecko in autumn and winter is significantly greater than that during the reproduction period .

34℃和36℃下的表观消化系数和同化效率大于其它更低或更高温度下的对应数值，但这两个变量未因体温变化而呈现清晰的规律性变化。

Although ADC and AE were both higher at 34 ℃ and 36 ℃ than at other lower or higher temperatures , no clear patterns associated with temperature could be discerned for these two variables .

在实验温度范围内，体温显著影响食物通过时间、日摄食量、日粪尿排量、表观消化系数和同化效率。

Within the range of body temperatures considered , food passage time , daily food intake , daily production of feces and urates , apparent digestive coefficient ( ADC ) and assimilation efficiency ( AE ) were all affected by body temperature .

籼粳杂交后代幼苗NH4~+吸收、同化的效率

Efficiency of NH_4 ~ + Uptake and Assimilation in the Indica × Japonica Hybrid Rice Seedlings

分析结果表明当泥龄由20天缩短为5天时，系统的剩余污泥排放量增加近一倍，同化脱磷效率可由15.7%增加至30.7%；

It is indicated that short SRT can increase phosphorus removal by anabolism pathway due to the increase of surplus sludge discharge .

细胞间隙CO2浓度（Ci）的变化趋势与Ls相反；光合碳同化的量子效率（Φc）明显下降。

The intercellular CO_2 concentrations and the stomatal limitation values presented opposite tendencies and the apparent quantum yields in photosynthetic carbon assimilation remarkably declined .

饵料对碳生长的影响机制是由碳同化率和转换效率决定的。

The mechanism of food effect on carbon growth was decided by assimilation ratio and conversion efficiency .

密度过大不但抑制14C同化速率，而且降低14C同化物运输分配效率。

Not only assimilating rate but also transport and distribution efficiency was declined when the density was too high .

研究TPT的性质、TPT在同化物分配中的凋节功能及其TPT基因的表达调控，对于提高光合作用同化物利用效率有着重要意义。

Understanding the characteristics of TPT , its regulation on the distribution of assimilates and the expression of tpt gene may be critical for improving the utilization rate of photosynthetic assimilates .