ABA Fundamentals

Dynamic Interactions between Induction and Reinforcement in the Organization of Behavior

GE et al. (2025) · 2025
★ The Verdict

Every reinforcer rewrites the entire behavioral script, not just the line you are targeting.

✓ Read this if BCBAs who write or tweak reinforcement programs in any setting.
✗ Skip if Clinicians looking for step-by-step skill acquisition protocols.

01Research in Context

01

What this study did

Gde Jonge et al. (2025) wrote a theory paper. They asked: what happens to the rest of behavior while we reinforce one target?

They used math models and past data. They looked at how reinforcement and induction dance together second-by-second.

02

What they found

Reinforcement does not just make one response stronger. It pushes, pulls, and re-sorts every other move the body is making.

The whole stream of behavior gets reorganized the moment a reinforcer hits.

03

How this fits with other research

Shahan et al. (2021) saw this in kids. When they cut back on alternative reinforcement, destructive behavior suddenly popped back up. The reinforcer change induced new, old problem behavior.

Mitteer et al. (2018) showed the same with parents. When the payoff for good caregiving stopped, the adults slid back to harsh tactics. Again, losing a reinforcer reorganized the whole scene.

McDevitt et al. (2016) add a twist. Even signals that promise future rewards can lure pigeons, and probably people, into dumb choices. The promise itself reorganizes what the animal does next.

Wheatley et al. (1978) gave the first numbers. Pigeons shifted every peck to match the new shock-free rate the second it changed. Forty years later, the new paper says that quick shuffle happens in every behavior stream we shape.

04

Why it matters

Stop thinking of reinforcement as a simple strengthener. Think of it as a tide that moves every boat. When you thin a schedule, remove a token, or add a new payoff, watch for new, resurgent, or weird behavior you did not plan for. Map the whole stream, not just the target, and be ready to adjust on the fly.

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Before you thin a token schedule, list three other behaviors that might pop up when the rate drops and plan mini-interventions for each.

02At a glance

Intervention
not applicable
Design
theoretical
Finding
not reported

03Original abstract

Behavior is dynamic because it results from the interactions between organisms and their environment. Reinforcement is the primary mechanism for explaining behavior, and it has evolved in various ways, allowing for the explanation of different aspects of behavior acquisition and maintenance. The adequacy of reinforcement in explaining behavior acquisition has mostly been tested on target behaviors. However, a broader understanding of behavior requires accounting not only for target behaviors but for all behaviors in a given situation. This article presents several experiments showcasing schedule-induced behaviors to analyze the variables that determine which behaviors are acquired and how they are organized. First, the effects of both physical and contingency-based constraints on the organization of behavior are examined. Second, the role of competition and collaboration between behaviors in determining their distribution is discussed. Third, a dual effect of reinforcers on behavioral patterns is proposed. It is concluded that behaviors interact with one another and with environmental stimuli, and behavioral patterns are continuously induced, updated, and reinforced. Data in this article highlight the need to focus on the moment-to-moment updating of behavioral patterns to fully understand behavioral dynamics.

, 2025 · doi:10.1007/s40614-025-00453-5