We measured temporal and spatial components of the waving display in a Uca tangeri population to look for inter-individual differences in male waving structure that may convey information about individual identity. We found evidence that the spatial components of wave structure, especially “Maximum amplitude” are responsible for most of the between-male variation of the display. This variation could reflect differences in individuals’ condition and/or could be used by conspecifics to discriminate amongst familiar and unfamiliar individuals
A female preference for a conspecific over a heterospecific mating signal is seldom questioned. The ...
Courting males often perform different behavioural displays that demonstrate aspects of their qualit...
Similar to many other species of fiddler crabs, the interactions of Uca tangeri are influenced by 2...
Fiddler crabs use elaborate, species-specific claw-waving displays to communicate with rivals and ma...
Communication is an essential component of animal social systems and a diverse suite of signals can ...
To respond appropriately to communication signals, animals must have the ability to decipher signal ...
The evolution of diverse sexual signals and traits in animals is a promising yet challengi...
Effective communication is critically dependent on the successful transfer of information and, becau...
Communication is an essential component of animal social systems and a diverse suite of signals can ...
Sexual selection has an undeniable influence in the evolution of the spectacular diversity of courts...
In many species, it is common for animals to have multiple signals within one channel of communicati...
Studies of sexual communication typically focus on the design and information content of a signal of...
The influence of social context in animal signals can lead to complex communicational patterns. In p...
How sexually selected male signals and female sensory systems have evolved so that females can conti...
We investigated the visual ecology of the coloration of the eastern Atlantic fiddler crab, Uca tange...
A female preference for a conspecific over a heterospecific mating signal is seldom questioned. The ...
Courting males often perform different behavioural displays that demonstrate aspects of their qualit...
Similar to many other species of fiddler crabs, the interactions of Uca tangeri are influenced by 2...
Fiddler crabs use elaborate, species-specific claw-waving displays to communicate with rivals and ma...
Communication is an essential component of animal social systems and a diverse suite of signals can ...
To respond appropriately to communication signals, animals must have the ability to decipher signal ...
The evolution of diverse sexual signals and traits in animals is a promising yet challengi...
Effective communication is critically dependent on the successful transfer of information and, becau...
Communication is an essential component of animal social systems and a diverse suite of signals can ...
Sexual selection has an undeniable influence in the evolution of the spectacular diversity of courts...
In many species, it is common for animals to have multiple signals within one channel of communicati...
Studies of sexual communication typically focus on the design and information content of a signal of...
The influence of social context in animal signals can lead to complex communicational patterns. In p...
How sexually selected male signals and female sensory systems have evolved so that females can conti...
We investigated the visual ecology of the coloration of the eastern Atlantic fiddler crab, Uca tange...
A female preference for a conspecific over a heterospecific mating signal is seldom questioned. The ...
Courting males often perform different behavioural displays that demonstrate aspects of their qualit...
Similar to many other species of fiddler crabs, the interactions of Uca tangeri are influenced by 2...