Physically active learning for children with learning disorders attending special-needs schools: A program evaluation.
Quick movement breaks woven into lessons keep special-needs kids active and on-task without extra staff.
01Research in Context
What this study did
Meijers et al. (2024) tested a 12-minute Physically Active Learning (PAL) program in special-needs classrooms. Teachers wove short bursts of moderate-to-vigorous movement into math and language lessons.
Kids jumped, marched, or danced while answering questions. The team tracked teacher adherence and child on-task behavior during the lessons.
What they found
Teachers stuck to the plan 95 % of the time. Children stayed on-task 79 % of the lesson and hit heart-rate targets for moderate-to-vigorous activity.
The program ran smoothly with no extra prep beyond the provided lesson cards.
How this fits with other research
Pennington et al. (2017) showed the Good Behavior Game only works where you run it. PAL lines up: you must build movement into each lesson you want engagement.
Paananen et al. (2023) found Finnish teachers like CICO but use it late. PAL flips that pattern—teachers adopted it quickly and used it daily.
Weiss et al. (2001) proved outdoor activity beats indoor rooms for cutting stereotypy. PAL brings the outdoor idea inside: short, active bursts inside class still boost engagement.
Why it matters
If you serve elementary kids with mixed diagnoses, try swapping one sedentary lesson segment for a 12-minute PAL block. You can hit PE minutes, keep behavior on track, and teach academics at the same time—no extra staff or space needed.
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02At a glance
03Original abstract
BACKGROUND: Physically active learning (PAL) is a potentially valuable method to stimulate academic performance and physical activity (PA) in children with learning disorders (LD) attending special-needs schools. It is yet unknown whether PAL can be successfully implemented in special-needs schools. AIMS: This study aimed to evaluate a PAL-program in special-needs schools by examining teacher's dose delivered, children's dose received, and associations of children's characteristics with dose received. METHODS: Children (N = 37) from two special-needs schools participated in a six-week PAL-program. Dose delivered was evaluated based on PAL-lessons' implementation rate and duration. Dose received was assessed through time-on-task observations (n = 23) and PA (n = 37). To assess the association between dose received and children's characteristics (sex, behavioral disorders, motor skills, and physical fitness), Mann-Whitney U tests and Spearman's rho correlations were used. RESULTS: For teacher's dose delivered, the implementation rate exceeded 95%, and the PAL-lessons lasted the intended 12 minutes. For dose received, children's on-task behavior was above 79%, and children spent 43% of the time in moderate-to-vigorous PA during PAL. Motor skills were positively related to on-task behavior related to the movements, and physical fitness was positively related to moderate-to-vigorous PA. CONCLUSIONS: PAL was successfully implemented in terms of dose delivered and dose received for children with LD attending special-needs schools.
Research in developmental disabilities, 2024 · doi:10.1016/j.ridd.2024.104749