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红瘰疣螈的体温调节
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云南省科技强省重点项目(No.2007C0005Z1);云南省应用基础研究计划项目(No.2006C0029M);云南省教育厅重大项目(No.ZD2009007),云南省教育厅科学研究基金项目(No.06Y118B)


Thermoregulation in the Red Knobby Newt,Tylototriton shanjing
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    摘要:

    红瘰疣螈(Tylototriton shanjing)为我国Ⅱ级重点保护野生动物。本实验测定了在不同环境温度条件下红瘰疣螈体温及代谢率变化。结果表明,在10～35℃环境温度范围内红瘰疣螈体温(Tb)与环境温度(Ta)呈正相关,其直线回归方程为:Tb=3.99 0.86Ta(R2=0.99,P<0.01);其代谢率(MR)在15～30℃的环境温度范围内随环境温度的升高而升高,在35℃时,其代谢率由于体温过高而急剧降低;在15～35℃之间的6个温度条件下雄性代谢率的回归方程为:MR1=0.374 1-0.355 1Ta 0.113 9T2a-0.010 5T3a(R2=0.47,P<0.01,df1=3,df2=46);雌性代谢率的回归方程为:MR2=0.478 8-0.420 3Ta 0.130 4T2a-0.011 8T3a(R2=0.40,P<0.01,df1=3,df2=46)。不同于内热源动物的代谢特征,红瘰疣螈的体温调节表现出外热源动物的特点:其体温受环境影响较大,体温生理调节能力较弱。

    Abstract:

    Red knobby newt(Tylototriton shanjing) is listed as categrory Ⅱ of national key protected animals.Body temperatures and metabolic rates of the Red Knobby Newt were measured at different ambient temperatures.Results showed that there was a significantly positive correlation between body temperature(Tb) and ambient temperature(Ta),and the linear regression equation is Tb=3.99 0.86Ta(R2=0.99,P < 0.01);within the range of ambient temperatures from 15℃ to 30℃,metabolic rate increased with ambient temperature;Metabolic rate decreased dramatically at 35℃ or higher;Within the range of ambient temperatures from 15℃ to 35℃,regression equations for males and females were MR1=0.374 1-0.355 1Ta 0.113 9Ta2-0.010 5T3a(R2=0.47,P < 0.01,df1=3,df2=46) and MR2=0.478 8-0.420 3Ta 0.130 4T2a-0.011 8 T3a(R2=0.40,P < 0.01,df1=3,df2=46),respectively.The metabolic characteristics of red knobby newts were different from that of the endothermic animals.Their thermoregulation showed that the ambient temperaturehas significantly influenced body temperature,and the capability of the body temperature regulation is feebleness,which are typical of ectotherms.

    参考文献
    [1] Gargaglioni L H,Milsom W K.Control of breathing inanuran amphibians.Comparative Biochemistry andPhysiology A,2007,147:665－684.
    [2] 费梁,叶昌媛,黄永昭.中国两栖动物检索.重庆:科学技术文献出版社重庆分社,1990,1－364.
    [3] Nassbaum R A,Brodie Jr E D,Yang D.A taxonomicreview of Tylototriton verrucosus Anderson(Amphibia:Canuata:Salamandridae).Herpetologica Austin,1995,51(3):257－268.
    [4] 杨大同.云南两栖类志.北京:中国林业出版社,1991.
    [5] 张服基.有尾两栖动物.生物学通报,1987,(1):13－16.
    [6] 陈晓虹,瞿文元.我国现存有尾类及研究现状分析.河南师范大学学报:自然科学版,2000,28(1):66－71.
    [7] 张明旺,饶定齐,余国华,等.从线粒体Cyt b基因探讨红瘰疣螈物种地位的有效性.动物学研究,2007,28(4):430－436.
    [8] 胡健生,周桐,陈明勇,等.红瘰疣螈胚胎及胚后发育的观察∥两栖爬行动物学会.两栖爬行动物学研究:第9辑.西宁:青海人民出版社,2002,10－17.
    [9] 李成,李胜全.红瘰疣螈产卵过程的初步观察∥两栖爬行动物学会.两栖爬行动物学研究:第8辑———亚洲两栖爬行动物学第四届国际学术会议专辑.贵阳:贵州科技出版社,2000,242－244.
    [10] Ziegler T,Hartmann T,Straeten K V D,et al.Captivebreeding and larval morphology of Tylototriton shanjingNussbaum,Brodie＆Yang,1995,with an updated key ofthe genus Tylototriton(Amphibia:Salamandridae).DerZoologische Garten,2008,77(4):246－260.
    [11] 王培潮,徐宏发.环境温度对北草蜥体温和热能代谢的影响.两栖爬行动物学报,1987,6:10－15.
    [12] 孟德荣.环境温度对东亚钳蝎体温的影响和其对环境温度的选择.动物学报,2001,47(专刊):66－71.
    [13] 孟德荣,张桂然.无蹼壁虎对环境温度的选择及体温调节.动物学研究,2000,21(5):422－424.
    [14] Lin L H,Ji X,Lu H L.Variation in body temperature as aconsequence of the response to heating lights under a light-dark cycle in the Chinese cobra Naja atra.Acta ZoologicalSinica,2005,51:38－451.
    [15] Trullas S C,Terblanche J S,van Wyk J H,et al.Lowrepeatability of preferred body temperature in four speciesof Cordylid lizards:temporal variation and implications foradaptive significance.Evolutionary Ecology,2007,21:63－79.
    [16] 陈嶙,熊洪林.泽陆蛙夏末秋初体温与环境因子关系初探.贵州农业科学,2009,37(9):155－158.
    [17] 张志影,李殿伟,赵文阁.东北林蛙与黑龙江林蛙空气呼吸静止代谢率的研究.野生动物,2008,29(5):244－247.
    [18] 王丽文,梁传成,黄薇,等.环境温度对爪鲵体温及能量代谢的影响.动物学报,2008,54(4):640－644.
    [19] Irwin L N,Talentino K A,Caruso D A.Effect of fastingand thermal acclimation on metabolism of juvenile axolotlsAmbystoma mexicanum.Experimental Biology,1998,3:1－9.
    [20] 杨大同.我国十种两栖动物.生物学通报,2000,35(8):1－4.
    [21] 田应州,孙爱群,李松.贵州疣螈繁殖生态的研究.四川动物,1998,17(2):60－64.
    [22] Hill R W.Determination of oxygen consumption by use ofthe paramagnetic oxygen analyzer.Journal of AppliedPhysiology,1972,33(2):261－263.
    [23] Reading C J.The effects of variation in climatictemperature(1980－2001)on breeding activity andtadpole stage duration in the common toad,Bufo bufo.TheScience of the Total Enviroment,2003,310(1/2/3):231－236.
    [24] Loman J.Temperature,genetic and hydroperiod effects onmetamorphosis of brown frogs Rana arvalis and R.temporaria in the field.Journal of Zoology,2002,258:115－129.
    [25] Navas C A,Gomes F R,Carvalho J E.Thermalrelationships and exercise physiology in anuranamphibians:integration and evolutionary implications.Comparative Biochemistry and Physiology A,2008,151(3):344－362.
    [26] Huey R B.Physiological Consequences of HabitatSelection.The American Naturalist,1991,137:S91－S115.
    [27] Angilletta Jr.M J,Niewiarowski P H,Navas C A.Theevolution of thermal physiology in ectotherms.Journal ofThermal Biology,2002,27(4):249－268.
    [28] Herczeg G,Gonda A,Saarikivi J,et al.Experimentalsupport for the cost-benefit model of lizardthermoregulation.Behavioral Ecology and Sociobiology,2006,60(3):405－414.
    [29] 周小愿,韩亚慧,张林林,等.变温动物特殊动力作用的研究进展.经济动物学报,2009,13(2):115－120.
    [30] 王德华,王玉山,王祖望.华北农田大仓鼠的能量代谢特征及其体温调节.动物学研究,2000,21(6):452－457.
    [31] 朱万龙,贾婷,李宗翰,等.冷驯化条件下大绒鼠的产热和能量代谢特征.动物学报,2008,54(4):590－601.
    [32] 王政昆,刘璐,梁子卿,等.大绒鼠体温调节和产热特征.兽类学报,1999,19(4):276－286.
    [33] Duellman W E,Trueb L.Relationship wit theenvironment∥Duellman W E,Trueb L.Biology ofAmphibian.New York:McGraw-Hill,Inc,1986,197－228.
    [34] Clarke B T.The natural history of amphibian skinsecretions,their normal functioning and potential medicalapplications.Biological Reviews,1997,72(3):365－379.
    [35] 赖仞,赵宇,刘衡,等.两栖类动物皮肤活性物质的利用和中国两栖类资源开发的策略.动物学研究,2002,23(1):65－70.
    [36] 陆宇燕,王健,刘新海,等.爪鲵皮肤的显微结构和呼吸作用(图版Ⅵ).四川动物,2004,23(3):178－182.
    [37] Dutton.Energetics of the rusty lizard Sceloporus olivaceus.Ecology,1975,56:1378－1387.
    [38] 田新贵,冯莹,刘玉文.中国林蛙呼吸代谢的初步研究.襄樊学院学报,2001,22(2):79－82.
    [39] 赵凤军.中国林蛙呼吸速率的研究.河北林业科技,2005,6:9－10.
    [40] 龚大洁,牟迈,李晓鸿,等.文县疣螈繁殖初探.动物学杂志,2008,43(4):48－55.
    [41] 费梁,叶昌媛.蓝尾蝾螈繁殖生态的研究.生态学报,1988,8(3):233－241.
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何丽娟,敬凯,王政昆,柳鹏飞,张麟,朱万龙,董文鸽.2010.红瘰疣螈的体温调节.动物学杂志,45(6):133-140.

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  • 收稿日期:2010-04-06
  • 最后修改日期:2010-07-07
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