<p>Embryonic (a) developmental and (b) survival rates, (c) hatchling size, and (d) swimming speed of freshly hatched larvae that developed under three preferred oviposition temperatures of female newts (<i>I. alpestris</i>). Swimming speed represents size-adjusted means across three experimental temperatures (12, 17, and 22°C). Values refer to mean±SE.</p
Exploration metrics of juvenile newts, Ichthyosaura alpestris and Lissotriton vulgaris, during ac...
Performance curves of physiological rates are not fixed, and determining the extent to which thermal...
Temperature is an important factor determining distribution and abundance of organisms. Predicting t...
The maternal manipulation hypothesis states that ectothermic females modify thermal conditions durin...
Thermal acclimatory adjustments of locomotor performance and thermal tolerance occur commonly in ect...
<p>(a) oviposition rates in newts (<i>I. alpestris</i>) and (b) egg-predation rates by water beetles...
Many ectotherms reduce their exposure to changing thermal conditions using behavioral thermoregulati...
Background: Many animals rely on their escape performance during predator encounters. Because of its...
<p>Oviposition rates of female newts (<i>I. alpestris</i>) under thermal gradient and in the presenc...
Parameters of preferred body temperatures in larvae of two newt species reared under the presence or...
Growth rates of larvae in two newt species exposed to three thermally fluctuating regimes
1. Past studies on phenotypic plasticity usually focus on ultimate (evolutionary) issues. More recen...
Reptiles are important model systems for examining the effect of temperature during development on t...
Maximum swimming velocity as a function of total length in newt larvae. Velocity values are means ac...
Performance curves of physiological rates are not fixed, and determining the extent to which thermal...
Exploration metrics of juvenile newts, Ichthyosaura alpestris and Lissotriton vulgaris, during ac...
Performance curves of physiological rates are not fixed, and determining the extent to which thermal...
Temperature is an important factor determining distribution and abundance of organisms. Predicting t...
The maternal manipulation hypothesis states that ectothermic females modify thermal conditions durin...
Thermal acclimatory adjustments of locomotor performance and thermal tolerance occur commonly in ect...
<p>(a) oviposition rates in newts (<i>I. alpestris</i>) and (b) egg-predation rates by water beetles...
Many ectotherms reduce their exposure to changing thermal conditions using behavioral thermoregulati...
Background: Many animals rely on their escape performance during predator encounters. Because of its...
<p>Oviposition rates of female newts (<i>I. alpestris</i>) under thermal gradient and in the presenc...
Parameters of preferred body temperatures in larvae of two newt species reared under the presence or...
Growth rates of larvae in two newt species exposed to three thermally fluctuating regimes
1. Past studies on phenotypic plasticity usually focus on ultimate (evolutionary) issues. More recen...
Reptiles are important model systems for examining the effect of temperature during development on t...
Maximum swimming velocity as a function of total length in newt larvae. Velocity values are means ac...
Performance curves of physiological rates are not fixed, and determining the extent to which thermal...
Exploration metrics of juvenile newts, Ichthyosaura alpestris and Lissotriton vulgaris, during ac...
Performance curves of physiological rates are not fixed, and determining the extent to which thermal...
Temperature is an important factor determining distribution and abundance of organisms. Predicting t...