Eating in the pigeon (Columba livia): Movement patterns, stereotypy, and stimulus control.
HP Zeigler, PW Levitt, RR Levine - Journal of Comparative and …, 1980 - psycnet.apa.org
Used high-speed cinematography to analyze the eating behavior of 32 pigeons and to
clarify the nature of its control by stimulus and motivational variables. Eating-response
sequences may be functionally subdivided into a series of individual movement patterns
whose duration and sequential organization exhibit a range of stereotypy comparable with
that of movement patterns with an obvious communication function. Food deprivation did not
affect the topography or spatiotemporal organization of the eating-response sequence but …
clarify the nature of its control by stimulus and motivational variables. Eating-response
sequences may be functionally subdivided into a series of individual movement patterns
whose duration and sequential organization exhibit a range of stereotypy comparable with
that of movement patterns with an obvious communication function. Food deprivation did not
affect the topography or spatiotemporal organization of the eating-response sequence but …
Eating in the pigeon ( Columba livia): Movement patterns, stereotypy, and stimulus control
PW Levitt, RR Levine - Journal of Comparative and …, 1980 - search.proquest.com
Used high-speed cinematography to analyze the eating behavior of 32 pigeons and to
clarify the nature of its control by stimulus and motivational variables. Eating-response
sequences may be functionally subdivided into a series of individual movement patterns
whose duration and sequential organization exhibit a range of stereotypy comparable with
that of movement patterns with an obvious communication function. Food deprivation did not
affect the topography or spatiotemporal organization of the eating-response sequence but …
clarify the nature of its control by stimulus and motivational variables. Eating-response
sequences may be functionally subdivided into a series of individual movement patterns
whose duration and sequential organization exhibit a range of stereotypy comparable with
that of movement patterns with an obvious communication function. Food deprivation did not
affect the topography or spatiotemporal organization of the eating-response sequence but …
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