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柳劲松 陈明焕, 王英, 王晓恒, 宋春光, . 2004: 棕眉山岩鹨的代谢产热特征的初步研究. 动物学研究, 25(2): 117-121.
引用本文: 柳劲松 陈明焕, 王英, 王晓恒, 宋春光, . 2004: 棕眉山岩鹨的代谢产热特征的初步研究. 动物学研究, 25(2): 117-121.
LIU Jin-song, CHEN Ming-huan, WANG Ying, WANG Xiao-heng, SONG Chun-guang. 2004. Metabolic Thermogenesis of Siberian Accentor (Prunella montanella). Zoological Research, 25(2): 117-121.
Citation: LIU Jin-song, CHEN Ming-huan, WANG Ying, WANG Xiao-heng, SONG Chun-guang. 2004. Metabolic Thermogenesis of Siberian Accentor (Prunella montanella). Zoological Research, 25(2): 117-121.

棕眉山岩鹨的代谢产热特征的初步研究

Metabolic Thermogenesis of Siberian Accentor (Prunella montanella)

  • 摘要: 实验采用封闭式流体压力呼吸计和数字式温度计,分别测定了环境温度(Ta)在5—35℃范围内棕眉山岩鹨(Prunella montanella)的耗氧量和体温(Tb),由此计算出代谢率(MR)、热传导率?和代谢预期比与热传导预期比(F)等值,以探讨该种的代谢产热特征。结果表明:棕眉山岩鹨在Ta为5—35℃时,Tb基本维持恒定(为41.25±0.12℃),MR的最低值为4.27±0.07 mL O2/(g·h);Ta在5—24℃时,MR与之负相关:MR[mL O2/(g·h)]=10.39—0.24Ta℃;Ta在5—26.5℃时,C最低且基本保持恒定,平均为0.26±0.00 mL O2/(g·h·℃);Ta在24—30℃时,F值为1.05,表明该种具有较好的体温调节能力。与热带地区鸟类比较,棕眉山岩鹨具较高的MR和Tb,稍高的C,符合北方小型鸟类的代谢特点,能较好的适应冬寒冷、夏炎热的环境。

     

    Abstract: To study the characteristics of energy metabolism,metabolic rate (MR),body temperature (Tb),and thermal conductance ? were determined at a temperature range of 5-35℃ in 5 male and 3 female Siberian accentors (Prunella montanella) from Qiqihar City of Heilongjiang Province from April to June in 2003.MR was measured by using closed circuit respirometer,Tb was measured by insertion of a digital thermometer into the cloaca,and C was calculated using the formula:C=MR/(Tb-Ta),where Ta is ambient temperature.With a temperature range of 5-35℃,Siberian accentors can keep their Tbs stable 41.25±0.12℃.The mean minimum MR was 4.27±0.07 mL O2/(g·h).C was 0.26±0.00 mL O2/(g·h·℃) with a temperature range of 5-26.5℃.Within this range of temperatures,MR increased with the declining in Ta,and the relationship between MR and Ta can be described as:MR[mL O2/(g·h)]=10.39-0.24 Ta (℃) for Siberian accentors.The ecophysiological characteristics of Siberian accentors were high level in MR and Tb,relative higher in C.These properties might make them adapt to their environments and survive at relatively colder areas.

     

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