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P. Licht (1965)
Effects of Temperature on Heart Rates of Lizards during Rest and ActivityPhysiological Zoology, 38
J. Heath (1964)
Reptilian Thermoregulation: Evaluation of Field StudiesScience, 146
P. Licht (1966)
Reproduction in Lizards: Influence of Temperature on Photoperiodism in Testicular RecrudescenceScience, 154
P. Licht (1964)
THE TEMPERATURE DEPENDENCE OF MYOSIN-ADENOSINETRIPHOSPHATASE AND ALKALINE PHOSPHATASE IN LIZARDS.Comparative biochemistry and physiology, 12
D. Wilhoft (1958)
The Effect of Temperature on Thyroid Histology and Survival in the Lizard, Sceloporus occidentalisCopeia, 1958
R. Stebbins, R. Eakin (1958)
The role of the "third eye" in reptilian behavior. American Museum novitates ; no. 1870
W. Mayhew (1961)
Photoperiodic Response of Female Fringe-Toed LizardsScience, 134
Morris Morris (1962)
A new approach to the problem of exhibiting small mammals in zoosInt. Zoo Yb., 3
D. Wilhoft, James Anderson (1960)
Effect of Acclimation on the Preferred Body Temperature of the Lizard, Sceloporus occidentalisScience, 131
W. Dawson, G. Bartholomew (1956)
Relation of Oxygen Consumption to Body Weight, Temperature, and Temperature Acclimation in Lizards Uta stansburiana and Sceloporus occidentalisPhysiological Zoology, 29
Saint‐Girons Saint‐Girons, Saint‐Girons Saint‐Girons (1956)
Cycle d'activité et thermorégulation chez les reptiles (lézards et serpentes)Vie et Milieu, 7
M. Soulé (1963)
Aspects of Thermoregulation in Nine Species of Lizards from Baja CaliforniaCopeia, 1963
J. Heath (1962)
Temperature-Independent Morning Emergence in Lizards of the Genus PhrynosomaScience, 138
Gelineo Gelineo, Gelineo Gelineo (1955)
Les échanges respiratoires des lézards noirs de Dalmatie adaptés à différentes températuresC. r. Séanc. Soc. Biol., 149
R. Withrow (1959)
Photoperiodism and related phenomena in plants and animals
P. Light, W. Dawson, V. Shoemaker, A. Main (1966)
Observations on the Thermal Relations of Western Australian LizardsCopeia, 1966
P. Licht (1964)
A COMPARATIVE STUDY OF THE THERMAL DEPENDENCE OF CONTRACTILITY IN SAURIAN SKELETAL MUSCLE.Comparative biochemistry and physiology, 13
Tucker Tucker (1966)
OXygen transport by the circulatory system of the Green iguana ( Iguana iguana ) at different body temperaturesT. exp. Bid., 44
O. Pearson (1954)
Habits of the Lizard Liolaemus multiformis multiformis at High Altitudes in Southern PeruCopeia, 1954
Cloudsley–Thompson Cloudsley–Thompson (1965)
Rhythmic activity, temperature–tolerance, water–relations and mechanism of heat death in a tropical skink and geckoT. Zool., Lond., 146
P. Licht (1965)
The Relation Between Preferred Body Temperatures and Testicular Heat Sensitivity in LizardsCopeia, 1965
P. Regal (1966)
Thermophilic Response Following Feeding in Certain ReptilesCopeia, 1966
D. Morris (1961)
A NEW APPROACH TO THE PROBLEM OF EXHIBITING SMALL MAMMALS IN ZOOSInternational Zoo Yearbook, 3
K. Evans (1966)
Responses of the locomotor activity rhythms of lizards to simultaneous light and temperature cycles.Comparative biochemistry and physiology, 19 1
Mayhew Mayhew (1965)
Hibernation in the horned lizardPhrynosoma m'calli. Comp. Biochem. Physiol., 16
C. Bogert (1959)
How reptiles regulate their body temperaturaScientific American, 200
P. Licht, S. Basu (1967)
Influence of Temperature on Lizard TestesNature, 213
W. Mayhew (1965)
Hibernation in the horned lizard, Phrynosoma m'calli.Comparative biochemistry and physiology, 16 1
The requirements for the care of amphibians and reptiles in captivity are poorly understood. Whilst many improvements have been achieved in the care and exhibition of mammals birds and fishes, little progress has been made in determining the conditions necessary for reptiles to thrive and reproduce in captivity. Reptiles are ectotherms; their whole mode of life depends on the heat available in the external environment and it is only to be expected that the supply of heat to a reptile in captivity is of the utmost importance for its well-being. So far, little effort has been directed towards establishing on a scientific basis the optimal conditions for reptiles in captivity. This review is an attempt to go some way toward providing such background information. Some aspects of the thermal requirements of reptiles remain obscure. Tortoises, aquatic and semi-aquatic forms have been particularly neglected but it may be possible to establish some understanding of the physiological principles involved which may then be extrapolated to other types, at least until more specific data are available. A M P H I B I A N S AND REPTILES I N C A P T I V I T Y Optimum body
International Zoo Yearbook – Wiley
Published: Jan 1, 1969
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