bedtime parenting strategies

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy predicted a significant 3% reduction in child sleep self-control difficulties at age 3.5, and this effect partially mediated th

Effect: improvement; 0.97; CI: 95% CI 0.95–0.98

Each additional bedtime strategy consistently implemented during infancy was associated with a 0.152 standard deviation increase in trait overnight sleep duration measured by accelerometry from ages 1

Effect: improvement; 0.152 SD increase per strategy

Each additional bedtime strategy consistently implemented during infancy was associated with a 0.152 standard deviation increase in trait overnight sleep duration measured by accelerometry from ages 1

Effect: improvement; 0.152 SD increase per strategy

Each additional bedtime strategy consistently implemented during infancy was associated with a 0.152 standard deviation increase in trait overnight sleep duration measured by accelerometry from ages 1

Effect: improvement; 0.152 SD increase per strategy

Each additional bedtime strategy consistently implemented during infancy was associated with a 0.152 standard deviation increase in trait overnight sleep duration measured by accelerometry from ages 1

Effect: improvement; 0.152 SD increase per strategy

Each additional bedtime strategy consistently implemented during infancy was associated with a 0.152 standard deviation increase in trait overnight sleep duration measured by accelerometry from ages 1

Effect: improvement; 0.152 SD increase per strategy

Each additional bedtime strategy consistently implemented during infancy was associated with a 0.152 standard deviation increase in trait overnight sleep duration measured by accelerometry from ages 1

Effect: improvement; 0.152 SD increase per strategy

Each additional bedtime strategy consistently implemented during infancy was associated with a 0.152 standard deviation increase in trait overnight sleep duration measured by accelerometry from ages 1

Effect: improvement; 0.152 SD increase per strategy

Each additional bedtime strategy consistently implemented during infancy was associated with a 0.152 standard deviation increase in trait overnight sleep duration measured by accelerometry from ages 1

Effect: improvement; 0.152 SD increase per strategy

Each additional bedtime strategy consistently implemented during infancy was associated with a 0.152 standard deviation increase in trait overnight sleep duration measured by accelerometry from ages 1

Effect: improvement; 0.152 SD increase per strategy

Each additional bedtime strategy consistently implemented during infancy was associated with a 0.152 standard deviation increase in trait overnight sleep duration measured by accelerometry from ages 1

Effect: improvement; 0.152 SD increase per strategy

Each additional bedtime strategy consistently implemented during infancy was associated with a 0.152 standard deviation increase in trait overnight sleep duration measured by accelerometry from ages 1

Effect: improvement; 0.152 SD increase per strategy

Each additional bedtime strategy consistently implemented during infancy was associated with a 0.152 standard deviation increase in trait overnight sleep duration measured by accelerometry from ages 1

Effect: improvement; 0.152 SD increase per strategy

Each additional bedtime strategy consistently implemented during infancy was associated with a 0.152 standard deviation increase in trait overnight sleep duration measured by accelerometry from ages 1

Effect: improvement; 0.152 SD increase per strategy

Each additional bedtime strategy consistently implemented during infancy was associated with a 0.152 standard deviation increase in trait overnight sleep duration measured by accelerometry from ages 1

Effect: improvement; 0.152 SD increase per strategy

Each additional bedtime strategy consistently implemented during infancy was associated with a 0.152 standard deviation increase in trait overnight sleep duration measured by accelerometry from ages 1

Effect: improvement; 0.152 SD increase per strategy

Each additional bedtime strategy consistently implemented during infancy was associated with a 0.152 standard deviation increase in trait overnight sleep duration measured by accelerometry from ages 1

Effect: improvement; 0.152 SD increase per strategy

Each additional bedtime strategy consistently implemented during infancy was associated with a 0.152 standard deviation increase in trait overnight sleep duration measured by accelerometry from ages 1

Effect: improvement; 0.152 SD increase per strategy

Each additional bedtime strategy consistently implemented during infancy was associated with a 0.152 standard deviation increase in trait overnight sleep duration measured by accelerometry from ages 1

Effect: improvement; 0.152 SD increase per strategy

Each additional bedtime strategy consistently implemented during infancy was associated with a 0.152 standard deviation increase in trait overnight sleep duration measured by accelerometry from ages 1

Effect: improvement; 0.152 SD increase per strategy

Each additional bedtime strategy consistently implemented during infancy was associated with a 0.152 standard deviation increase in trait overnight sleep duration measured by accelerometry from ages 1

Effect: improvement; 0.152 SD increase per strategy

Each additional bedtime strategy consistently implemented during infancy was associated with a 0.152 standard deviation increase in trait overnight sleep duration measured by accelerometry from ages 1

Effect: improvement; 0.152 SD increase per strategy

Each additional bedtime strategy consistently implemented during infancy was associated with a 0.152 standard deviation increase in trait overnight sleep duration measured by accelerometry from ages 1

Effect: improvement; 0.152 SD increase per strategy

Each additional bedtime strategy consistently implemented during infancy was associated with a 0.152 standard deviation increase in trait overnight sleep duration measured by accelerometry from ages 1

Effect: improvement; 0.152 SD increase per strategy