Although social behavior in vertebrates spans a continuum from solitary to highly social, taxa are often dichotomized as either social or non-social. We argue that this social dichotomy is overly simplistic, neglects the diversity of vertebrate social systems, impedes our understanding of the evolution of social behavior, and perpetuates the erroneous belief that one groupthe reptilesis primarily non-social. This perspective essay highlights the diversity and complexity of reptile social systems, briefly reviews reasons for their historical neglect in research, and indicates how reptiles can contribute to our understanding of the evolution of vertebrate social behavior. Although a robust review of social behavior across vertebrates is lacki...
Sociality is one of the most captivating properties of animal life, encompassing a remarkable divers...
The lizard genus Eger nia has been suggested as an excellent model system for examining the evolutio...
The evolution of sociality and traits that correlate with, or predict, sociality, have been the focu...
Although social behavior in vertebrates spans a continuum from solitary to highly social, taxa are o...
Understanding the ways individuals socialize with each other and how they differ temporally, spatial...
Identifying factors responsible for the emergence and evolution of social complexity is an outstandi...
How sociality evolves and is maintained remains a key question in evolutionary biology. Most studies...
An animal's social environment can be both dynamic and complex. Thus, social species often garner fi...
Social behavior is extremely diverse. It ranges from simple and brief interactions between two indiv...
Animal social structure, the social connections and patterns of interactions, its personality, and i...
Sociality has evolved independently many times in a diverse array of animal taxa. While sociality in...
An animal’s social environment can be both dynamic and complex. Thus, social species often garner fi...
Squamate reptiles generally have been ignored in the search for a unified theory for the evolution o...
Lizards, snakes and amphisbaenians (worm lizards) form a monophyletic group (the squamate reptiles),...
Sociality is one of the most captivating properties of animal life, encompassing a remarkable divers...
The lizard genus Eger nia has been suggested as an excellent model system for examining the evolutio...
The evolution of sociality and traits that correlate with, or predict, sociality, have been the focu...
Although social behavior in vertebrates spans a continuum from solitary to highly social, taxa are o...
Understanding the ways individuals socialize with each other and how they differ temporally, spatial...
Identifying factors responsible for the emergence and evolution of social complexity is an outstandi...
How sociality evolves and is maintained remains a key question in evolutionary biology. Most studies...
An animal's social environment can be both dynamic and complex. Thus, social species often garner fi...
Social behavior is extremely diverse. It ranges from simple and brief interactions between two indiv...
Animal social structure, the social connections and patterns of interactions, its personality, and i...
Sociality has evolved independently many times in a diverse array of animal taxa. While sociality in...
An animal’s social environment can be both dynamic and complex. Thus, social species often garner fi...
Squamate reptiles generally have been ignored in the search for a unified theory for the evolution o...
Lizards, snakes and amphisbaenians (worm lizards) form a monophyletic group (the squamate reptiles),...
Sociality is one of the most captivating properties of animal life, encompassing a remarkable divers...
The lizard genus Eger nia has been suggested as an excellent model system for examining the evolutio...
The evolution of sociality and traits that correlate with, or predict, sociality, have been the focu...