Animal Cognition
E. J. Capaldi, Ana Paz Goncalves Martins
Abstract
E. J. Capaldi, Ana Paz Goncalves Martins
Abstract
The chapter begins by noting that interest in animal cognition, which is currently popular, has in some respect waxed and waned over the years. It indicates that researchers in many different areas of science (e.g., experimental psychology, ethology, evolutionary biology, evolutionary psychology) are interested in animal cognition and briefly describes their work. Animal cognition may be identified with the internal representation of events and with various processes recognized as cognitive. Processes examined here are perception, discrimination learning and categorization, serial learning, numerical abilities, interval timing, memory, spatial learning, theory of mind (in which self-recognition and imitation are emphasized), and language learning in animals. The study of species-specific behaviors (like echolocation in bats) has also led to great progress in our understanding of cognitive processes. Some areas of animal cognition, serial learning being a prime example, have applied very similar theories to animals and humans. In other areas of animal cognition, such as language learning, there is skepticism about whether animals possess anything like the capacity of humans. The chapter concludes with the suggestion that animal cognition may benefit from studying animals in their normal environment.
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The chapter begins by noting that interest in animal cognition, which is currently popular, has in some respect waxed and waned over the years. It indicates that researchers in many different areas of science (e.g., experimental psychology, ethology, evolutionary biology, evolutionary psychology) are interested in animal cognition and briefly describes their work. Animal cognition may be identified with the internal representation of events and with various processes recognized as cognitive. Processes examined here are perception, discrimination learning and categorization, serial learning, numerical abilities, interval timing, memory, spatial learning, theory of mind (in which self-recognition and imitation are emphasized), and language learning in animals. The study of species-specific behaviors (like echolocation in bats) has also led to great progress in our understanding of cognitive processes. Some areas of animal cognition, serial learning being a prime example, have applied very similar theories to animals and humans. In other areas of animal cognition, such as language learning, there is skepticism about whether animals possess anything like the capacity of humans. The chapter concludes with the suggestion that animal cognition may benefit from studying animals in their normal environment.
Key concepts: Animal cognition, Cognition, Comparative psychology, Cognitive science, Categorization, Psychology, Ethology, Comparative cognition