Color mutations and variations in amphibians are often found in the wild. They are potential subjects for genetic research, and are also a good indicator of environmental changes, because they normally occur during two distinct stages of the amphibian life cycle: in water, during the tadpole stage, and on land, after metamorphosis. However, reviews and compilations on the mutations and variations in wild-caught amphibians are scarce. Here, I present the color mutations and variations in Japanese frog species and show the results of our genetic analyses on the mechanisms of color expression and their implications
Color patterns in skin, fur or feathers of vertebrates can be variable and support both individual i...
Whether hybridization can be a mechanism that drives phenotypic diversity is a widely debated topic ...
Chapter 1: Divergence, gene flow, and the origin of leapfrog geographic distributions: The history o...
Color mutations and variations in amphibians are often found in the wild. They are potential subjec...
BACKGROUND: Animal coloration is usually an adaptive attribute, under strong local selection pressur...
The green and black poison-dart frog Dendrobates auratus exhibits high intraspecific variation in hu...
Understanding the genetic basis of adaptive traits can help us better understand their evolution. Th...
Many species of frog exhibit striking color and pattern polymorphisms, but the genetic bases of thes...
All vertebrate classes exhibit a broad diversity of colors and color patterns. Amphibians are the on...
While intraspecific variation in aposematic signals can be selected for by different predatory respo...
Japanese tree frogs are known to change their body color readily according to external (ambient) or ...
Evolutionary biologists have long investigated the ecological contexts , evolutionary forces , and...
Whether hybridization can be a mechanism that drives phenotypic diversity is a widely debated topic ...
Background: Color and pattern phenotypes have clear implications for survival and reproduction in m...
The existence of two or more distinctly coloured phenotypes among individuals of an interbreeding po...
Color patterns in skin, fur or feathers of vertebrates can be variable and support both individual i...
Whether hybridization can be a mechanism that drives phenotypic diversity is a widely debated topic ...
Chapter 1: Divergence, gene flow, and the origin of leapfrog geographic distributions: The history o...
Color mutations and variations in amphibians are often found in the wild. They are potential subjec...
BACKGROUND: Animal coloration is usually an adaptive attribute, under strong local selection pressur...
The green and black poison-dart frog Dendrobates auratus exhibits high intraspecific variation in hu...
Understanding the genetic basis of adaptive traits can help us better understand their evolution. Th...
Many species of frog exhibit striking color and pattern polymorphisms, but the genetic bases of thes...
All vertebrate classes exhibit a broad diversity of colors and color patterns. Amphibians are the on...
While intraspecific variation in aposematic signals can be selected for by different predatory respo...
Japanese tree frogs are known to change their body color readily according to external (ambient) or ...
Evolutionary biologists have long investigated the ecological contexts , evolutionary forces , and...
Whether hybridization can be a mechanism that drives phenotypic diversity is a widely debated topic ...
Background: Color and pattern phenotypes have clear implications for survival and reproduction in m...
The existence of two or more distinctly coloured phenotypes among individuals of an interbreeding po...
Color patterns in skin, fur or feathers of vertebrates can be variable and support both individual i...
Whether hybridization can be a mechanism that drives phenotypic diversity is a widely debated topic ...
Chapter 1: Divergence, gene flow, and the origin of leapfrog geographic distributions: The history o...