This work focuses on the optical communication of the Green Anole lizard. Experiment group consisted of eleven specimen, six males and five females, each being kept separately. The animals were being kept at constant temperature and humidity levels. Seven predetermined behavior patterns were examined, occuring during a contact of two specimen, wheter two males or a male and a female. For each behavior pattern, three time data were measured duration, frequency and latency. When examining two males, size difference and territorial status of territory owner/intruder were taken into account. Each interaction was documented, in total sixty videos were made, each fifteen minutes long. The territory status positively influenced the duration and la...
Most studies of adaptive radiations focus on morphological aspects of differentiation, yet behavior ...
Animals communicate using a variety of signals that differ dramatically among and within species. Th...
Anolis sagrei has a display in the form of bobbing its head up and down. In order to more accurately...
Anolis is a diverse genus of small arboreal lizards that utilize a visual communication system using...
Many territorial animals have repertoires of signals. However, it is generally not known what is ind...
Behavioral plasticity is expected to facilitate the colonization of novel habitats by allowing popul...
Male Anolis lizards exhibit an impressive diversity of dewlap color patterns and motion displays. Th...
<p>The evolution of animal signals is driven largely by characteristics of the signaling environment...
Most studies of adaptive radiations focus on morphological aspects of differentiation, yet behavior ...
Signals used for species identity ought to be highly stereotyped so as to facilitate immediate recog...
Two common challenges faced by signallers, which can affect signal efficacy and are intrinsic to the...
The design of animal signals is believed to reflect the combined effect of the sensory system of rec...
Sexual dimorphism in body size, shape and colour is widespread in lizards as well as in other taxa. ...
Many studies of animal behavior use video technology to mimic live interactions and minimize the var...
Dominance relationships are an important aspect of the social organization of many species. Male dom...
Most studies of adaptive radiations focus on morphological aspects of differentiation, yet behavior ...
Animals communicate using a variety of signals that differ dramatically among and within species. Th...
Anolis sagrei has a display in the form of bobbing its head up and down. In order to more accurately...
Anolis is a diverse genus of small arboreal lizards that utilize a visual communication system using...
Many territorial animals have repertoires of signals. However, it is generally not known what is ind...
Behavioral plasticity is expected to facilitate the colonization of novel habitats by allowing popul...
Male Anolis lizards exhibit an impressive diversity of dewlap color patterns and motion displays. Th...
<p>The evolution of animal signals is driven largely by characteristics of the signaling environment...
Most studies of adaptive radiations focus on morphological aspects of differentiation, yet behavior ...
Signals used for species identity ought to be highly stereotyped so as to facilitate immediate recog...
Two common challenges faced by signallers, which can affect signal efficacy and are intrinsic to the...
The design of animal signals is believed to reflect the combined effect of the sensory system of rec...
Sexual dimorphism in body size, shape and colour is widespread in lizards as well as in other taxa. ...
Many studies of animal behavior use video technology to mimic live interactions and minimize the var...
Dominance relationships are an important aspect of the social organization of many species. Male dom...
Most studies of adaptive radiations focus on morphological aspects of differentiation, yet behavior ...
Animals communicate using a variety of signals that differ dramatically among and within species. Th...
Anolis sagrei has a display in the form of bobbing its head up and down. In order to more accurately...