Contributions of elicitation to measures of self-control.

Pickering et al. (1985) tested pigeons in a single-key self-control task. Birds chose between a small reward now or a bigger reward later.

The twist: the key color itself was paired with food. This setup let the team see if pecking came from true choice or just stimulus-triggered reflexes.

Pigeons pecked the 'self-control' key at high rates even when the later reward was removed. The color-food pairing alone kept the pecks alive.

Result: most 'choices' were not choices at all. They were Pavlovian pecks elicited by the signal that had predicted food.

Rodewald (1974) and Mulvaney et al. (1974) saw the same elicited-peck effect in behavioral contrast. When a key color predicts richer food, pigeons reflexively peck it more. D et al. extend this idea to self-control, showing the reflex can hide inside what looks like a wise decision.

Schwartz et al. (1971) gave birds an extra, non-contingent key to peck during a timing task. That collateral key helped pigeons wait, proving extra pecks can be useful. D et al. flip the coin: the same kind of peck can fool us into thinking the bird is 'choosing' delay.

Dove (1976) used DRO to reinforce not-pecking and cut response rates. That paper shows operant control can override elicited pecks. Together with D et al., it sharpens the line between real self-control and mere stimulus-driven reflexes.

If you run delay tasks with kids or clients, watch for stimulus-bound responses. A picture, color, or sound tied to past rewards can pull a 'choice' that isn't a choice. Use separate choice keys, rotate stimuli, or insert brief delays to let true preference show through.