(1) Investigations of the effect of temperature on body size are largely limited to the larval phase, with our understanding of the effect of temperature during metamorphic climax entirely restricted to the insects.
(2) Environmental temperature was manipulated only during metamorphosis in the aquatic amphibian Xenopus laevis.
(3) Lower temperatures during metamorphosis resulted in individuals with greater mass, head width and snout-vent length on the completion of metamorphosis.
(4) This suggests that temperatures experienced during the relatively short metamorphic phase will play an important part in determining the temperature-size relationship in amphibians. (c) 2008 Elsevier Ltd. All rights reserved.
- African clawed toad
- Body size
- Metamorphic climax
- Morphological variation
- Temperature size rule
- Xenopus laevis