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Do animals think? There is no doubt that some are very intelligent. They can be “trained” to do many human activities. But do they formulate and execute plans? Do they predict, and then act on that prediction? Some people are convinced that coyotes can “out-think” them. Is that possible?
I was at a county fair that had a chicken that played tic-tac-toe. It was virtually impossible to beat that chicken. People were saying, “That must be the smartest chicken in the world.” How can that chicken “out-think” a human? Ahhh, but did it have anything to do with “thinking”?
The chicken’s “skill” is the result of sensory adaptation. The chicken becomes habituated after being subjected to alternating negative/positive experiences. This is known as behavior conditioning through the use of repetitive stimuli.
In this case, an audible buzzer is paired with electrical shock. The chicken learns very quickly to press any of 9 bars, because the correct bar-press shuts off the buzzer/shock. A small reward of a few grains of cracked corn is given for tapping the correct bar. Eventually, the electrical shock is discontinued and the chicken is ready for public display. The buzzer stimuli remains to indicate errors.
Now that you know the mechanism responsible for the “thinking” chicken, he doesn’t seem so “smart” anymore. The explanation of the chicken has a lot to do with how a coyote learns, also. Except coyotes receive their stimuli from nature (and a little help from predator hunters). But the process is very similar.
What do YOU think?
I was at a county fair that had a chicken that played tic-tac-toe. It was virtually impossible to beat that chicken. People were saying, “That must be the smartest chicken in the world.” How can that chicken “out-think” a human? Ahhh, but did it have anything to do with “thinking”?
The chicken’s “skill” is the result of sensory adaptation. The chicken becomes habituated after being subjected to alternating negative/positive experiences. This is known as behavior conditioning through the use of repetitive stimuli.
In this case, an audible buzzer is paired with electrical shock. The chicken learns very quickly to press any of 9 bars, because the correct bar-press shuts off the buzzer/shock. A small reward of a few grains of cracked corn is given for tapping the correct bar. Eventually, the electrical shock is discontinued and the chicken is ready for public display. The buzzer stimuli remains to indicate errors.
Now that you know the mechanism responsible for the “thinking” chicken, he doesn’t seem so “smart” anymore. The explanation of the chicken has a lot to do with how a coyote learns, also. Except coyotes receive their stimuli from nature (and a little help from predator hunters). But the process is very similar.
What do YOU think?