<p>SLPD: sensitivity of locomotor performance to dehydration, considered as the hydration state that results in 70% of maximum performance; REWL: resistance to evaporative water loss; RWU: rates of water uptake; C1: component 1; C2: component 2. Significant probabilities (<i>P</i> ≤ 0.05) are highlighted in boldface.</p><p>Results of phylogenetic regression analyses testing the effects of climatic components on anuran physiological variables corrected by size.</p
Critical thermal limits are thought to be correlated with the elevational distribution of species li...
Phenotypic plasticity may buffer the selection pressures on organisms that inhabit novel or rapidly-...
Amphibian locomotor capacity is strongly linked to temperature and hydration. However, organisms in ...
Amphibian species richness increases toward the equator, particularly in humid tropical for-ests. Th...
<div><p>Amphibian species richness increases toward the equator, particularly in humid tropical fore...
Geographical gradients of body size express climate-driven constraints on animals, but whether they ...
<p>N: number of individuals used for data collection; REWL: resistance to evaporative water loss; RW...
The validity of Bergmann's rule, perhaps the best known ecogeographical rule, has been questioned fo...
Due to their highly permeable skin and ectothermy, terrestrial amphibians are challenged by compromi...
A key goal of ecology and evolution is to understand the relative contributions of environment and h...
Many expressions of phenotype, such as physiological performance, integrate multiple underlying trai...
Climate change is in part responsible for the 70% decline in amphibian species numbers worldwide. Al...
1. Reversible acclimation increases resilience to environmental stress, but acclimation may have hid...
abstract: The locomotor capacity of amphibians depends strongly on temperature and hydration. Unders...
This is the author accepted manuscript. The final version is available from Wiley via the DOI in thi...
Critical thermal limits are thought to be correlated with the elevational distribution of species li...
Phenotypic plasticity may buffer the selection pressures on organisms that inhabit novel or rapidly-...
Amphibian locomotor capacity is strongly linked to temperature and hydration. However, organisms in ...
Amphibian species richness increases toward the equator, particularly in humid tropical for-ests. Th...
<div><p>Amphibian species richness increases toward the equator, particularly in humid tropical fore...
Geographical gradients of body size express climate-driven constraints on animals, but whether they ...
<p>N: number of individuals used for data collection; REWL: resistance to evaporative water loss; RW...
The validity of Bergmann's rule, perhaps the best known ecogeographical rule, has been questioned fo...
Due to their highly permeable skin and ectothermy, terrestrial amphibians are challenged by compromi...
A key goal of ecology and evolution is to understand the relative contributions of environment and h...
Many expressions of phenotype, such as physiological performance, integrate multiple underlying trai...
Climate change is in part responsible for the 70% decline in amphibian species numbers worldwide. Al...
1. Reversible acclimation increases resilience to environmental stress, but acclimation may have hid...
abstract: The locomotor capacity of amphibians depends strongly on temperature and hydration. Unders...
This is the author accepted manuscript. The final version is available from Wiley via the DOI in thi...
Critical thermal limits are thought to be correlated with the elevational distribution of species li...
Phenotypic plasticity may buffer the selection pressures on organisms that inhabit novel or rapidly-...
Amphibian locomotor capacity is strongly linked to temperature and hydration. However, organisms in ...