Differential effects of self-monitoring attention, accuracy, and productivity.
Match the self-monitoring target to grade level—productivity for 4th, accuracy for 6th—to get the biggest math gains.
01Research in Context
What this study did
The team worked with 4th and 6th graders in a regular classroom. Each child got a simple self-monitoring sheet.
Kids tracked one thing: how much work they finished, how many answers were right, or whether they stayed on task. The teacher kept the math lessons the same for everyone.
What they found
4th graders solved more problems when they counted how many they finished. 6th graders did better when they counted how many they got right.
Watching their own attention helped no one. Matching the target to the grade gave the biggest jump in scores.
How this fits with other research
Mulvaney et al. (1974) showed that a principal’s quick praise could lift math scores too. Their adult-delivered reward came first, but both studies prove small classroom tweaks matter.
Paden et al. (2025) used the same self-monitoring idea with staff. Teachers watched their own DTI videos and kept fidelity high, showing the tool works for any age.
Robertson et al. (2013) looked at flash-card ratios instead of self-control. Both papers chase faster learning; one changes cards, the other changes what the learner notices.
Why it matters
You can add self-monitoring in five minutes. Hand the student a sticky note and say, ‘Circle each problem you finish’ or ‘Check every answer you know is right.’ Pick the target that fits the grade: productivity for younger kids, accuracy for older. No extra prizes needed—just watching their own work pushes math scores up.
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02At a glance
03Original abstract
Effects of self-monitoring on-task behavior, academic productivity, and academic accuracy were assessed with 6 elementary-school students with learning disabilities in their general education classroom using a mathematics task. Following baseline, the three self-monitoring conditions were introduced using a multiple schedule design during independent practice sessions. Although all three interventions yielded improvements in either arithmetic productivity, accuracy, or on-task behavior, self-monitoring academic productivity or accuracy was generally superior. Differential results were obtained across age groups: fourth graders' mathematics performance improved most when self-monitoring productivity, whereas sixth graders' performance improved most when self-monitoring accuracy.
Journal of applied behavior analysis, 1993 · doi:10.1901/jaba.1993.26-329