Effects of escape to alone versus escape to enriched environments on adaptive and aberrant behavior.

The team compared two kinds of escape breaks.

Kids could either sit alone or play with fun toys and people during the break.

They watched how each break type changed problem behavior and good behavior.

Breaks with toys and social play cut problem behavior better than break alone.

Kids also showed more good behavior after the enriched break.

The winner is clear: add preferred stuff to escape time.

Kahng et al. (1999) seems to disagree. They saw that giving kids toys did not reduce self-injury unless the child was physically stopped. The key difference is function: Z et al. worked with escape-maintained behavior, while S et al. studied automatic self-injury. Enrichment only helps when the behavior is fed by wanting to get away.

van den Broek et al. (2006) extends the idea to older adults. Nursing-home staff gave non-contingent escape during care routines and aggression dropped to zero. The same escape principle works across ages and settings.

O'Reilly et al. (2009) used a similar setup. They let kids satiate on tangibles before sessions and problem behavior fell. Whether you enrich the break or preload the reinforcer, filling the need ahead of time works.

If your functional analysis says "escape," do not just send the child to a quiet corner. Add a bin of favorite toys, a quick game, or a chat with you. This tiny change turns break time into extra reinforcement for staying calm. You get less problem behavior and more cooperation in the next work cycle.