Time allocation and negative reinforcement.

Pigeons pecked two keys. One key gave a timeout from mild shock. The other key gave a longer timeout.

The birds could hop between keys at any time. Researchers logged how many minutes the birds spent on each side.

They wanted to know if the matching law works for negative reinforcement—relief from something bad.

Time on each key matched the ratio of timeouts earned. More relief meant more time.

The same simple rule that predicts food choices also predicts how pigeons seek relief.

Shimp et al. (1971) showed matching with food two years earlier. Wilkie (1973) proved the rule still holds when the reinforcer is escape, not food.

Hamm et al. (1978) later tested both shock relief and food in the same birds. They got matching for both, backing up the unified view.

Oliver et al. (2002) moved the idea to kids. Severe problem behavior followed the same law—proportion of hits matched proportion of attention delivered.

Matson et al. (2004) showed that noncontingent reinforcement can shift behavior ratios in the lab, reminding us that free attention also obeys matching.

If a client keeps leaving work and going to the break corner, check the relief ratio. Each escape minute may be strengthening the next break. You can weaken the pull by making the work side richer—give more help, praise, or tiny breaks for staying. Flip the numbers and the child will flip their time.