Although no one knows how alcohol affects an animal\u27s perception or why it does not appear to affect his retention of time, this study, analyzing the IRTs that were between 10 and 40 seconds, supports the conclusions of previous studies and indicates that the effect of alcohol is much the same for pigeons as it is for rats
Time markers are events that are predictive of when future events will occur. Different events can s...
The duration of pigeons\u27 key pecks was studied in three experiments. Experiment I revealed that k...
In four experiments, pigeons performed on schedules of food reinforcement across two different conte...
Timing has been widely studied in humans and animals across a variety of different timescales. The c...
The mode-control model of counting and timing (Meek & Church, 1983) suggests that discriminations ba...
The present experiment examined the effects of intertrial interval and d-amphetamine on pecking of ...
Three experienced pigeons were exposed to at least ten consecutive 100-min sessions on each of three...
Two experiments were carried out on pigeons to assess the effects of acute ethanol (ETOH) administra...
The purpose of this study was to assess the effects of varying hopper duration on negative automaint...
Cues signaling time to reinforcer availability can be highly informative, somewhat informative, or u...
Food was presented to pigeons, irrespective of their behavior. The fixed 60-s interfood interval was...
This experiment assessed the effects of d-amphetamine and ethanol on reinforced variable and repetit...
Models of interval timing typically include a response threshold to account for temporal production....
To determine whether the effects of ethanol on working mem-ory are mediated by a secondary effect on...
Three experiments were conducted to test an interpretation of the response-rate-reducing effects of ...
Time markers are events that are predictive of when future events will occur. Different events can s...
The duration of pigeons\u27 key pecks was studied in three experiments. Experiment I revealed that k...
In four experiments, pigeons performed on schedules of food reinforcement across two different conte...
Timing has been widely studied in humans and animals across a variety of different timescales. The c...
The mode-control model of counting and timing (Meek & Church, 1983) suggests that discriminations ba...
The present experiment examined the effects of intertrial interval and d-amphetamine on pecking of ...
Three experienced pigeons were exposed to at least ten consecutive 100-min sessions on each of three...
Two experiments were carried out on pigeons to assess the effects of acute ethanol (ETOH) administra...
The purpose of this study was to assess the effects of varying hopper duration on negative automaint...
Cues signaling time to reinforcer availability can be highly informative, somewhat informative, or u...
Food was presented to pigeons, irrespective of their behavior. The fixed 60-s interfood interval was...
This experiment assessed the effects of d-amphetamine and ethanol on reinforced variable and repetit...
Models of interval timing typically include a response threshold to account for temporal production....
To determine whether the effects of ethanol on working mem-ory are mediated by a secondary effect on...
Three experiments were conducted to test an interpretation of the response-rate-reducing effects of ...
Time markers are events that are predictive of when future events will occur. Different events can s...
The duration of pigeons\u27 key pecks was studied in three experiments. Experiment I revealed that k...
In four experiments, pigeons performed on schedules of food reinforcement across two different conte...