Table 1.
Reference | Study design | Sample | Outcome measure | Exposure | Intervention | Results | Delayed effects |
---|---|---|---|---|---|---|---|
(Fischer et al., 2011) | CCT | N = 22; 5.8 years | Number line estimation task and TEDI-MATH (i.e., counting principles, object counting, Arabic digits, number words and calculation) | Three 10- to 15 min training sessions within 3 weeks | A number magnitude comparison tasks on a dance mat. Children received training individually | Greater improvements in number line estimator and counting principles subtests compared to tablet PC intervention | Not measured |
(Shoval et al., 2018) | CCT | N = 106; 4.9 ± 0.58 years | Mathematics achievement test (i.e., quantitative concepts, understanding sequence, counting, enumerating, conservation of quantities and number permanence, verbal reasoning problems) and sequencing test of ordinal numbers | Five times a week, 90 min outdoor and 90 min indoor activities for 145 days | "Mindful movement" was integrated with academic learning (science, mathematics, reading and writing) in outdoor and indoor learning environments | Intervention led to the greater improvements in the math perforsmance compared to BAU | Not measured |
(St. Laurent et al., 2018) | CCT | N = 52; 4.1 ± 0.1 years | Number recognition (i.e., numbers from 1 to 15 in random order) | Two to three times a week, total of 10 to 35 min training, for 12 weeks | Active learning lessons (5–10 min) 2–3 times a week. These were placed with FMS training (30 min) every other week. Video PA breaks (5 min) three times a week | No effects | Not measured |
CCT Controlled clinical trial; BAU Business-as-usual control group; PC Personal computer