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Objective: To evaluate the effect of a state law on reported bicycle helmet ownership and use., Design: Multistage cluster random-digit-dialing telephone survey., Setting: Georgia, June through November 1993., Participants: Adults who reported the behavior of bicyclists 4 through 15 years old., Intervention: State law mandating helmet use after July 1, 1993, for all bicyclists aged younger than 16 years., Main Outcome Measures: Bicycle helmet ownership and use., Results: Reported helmet ownership increased from 39% before the law took effect to 57% afterward (+ 46%, P = .06). Reported use increased from 33% before to 52% afterward (+ 58%, P < .05). About 7% of riders changed from "never-wearing" to "always-wearing" behavior. After the law took effect, in those households in which the law was known, 69% of riders owned and 64% used a helmet. By comparison, in those households in which the law was not known, only 30% owned and 25% used a helmet (P < .01). Reported ownership and use were 93% concordant, inversely related to rider age, and directly related to household income. Multivariable analysis indicated that race was an effect modifier of reported helmet ownership and use. In black riders, knowledge of the law appeared to be highly associated with both reported helmet ownership and use but was not significant in white riders. In white riders, though age and income were significantly associated with reported helmet ownership and use., Conclusions: This law appeared important in increasing reported helmet ownership and use, particularly in black riders. Since knowledge of the law was associated with increased ownership and use, additional publicity about the law might further increase helmet use. Because most riders who owned helmets used them, give-away programs targeting areas of low ownership may also increase use.

In 1988, we identified playground hazards at 58 child-care centers (CCCs) and intervened by showing the director the hazards and distributing safety information. In 1990, we evaluated the 58 intervention CCCs as well as 71 randomly selected control CCCs. Intervention centers had 9.4 hazards per playground; control centers had 8.0. We conclude that the intervention was ineffective.

We identified 684 playground hazards in 66 child care centers despite regulations mandating that the grounds be hazard-free. Of 21 centers with less than or equal to 5 hazards, 42.9 percent reported a playground-related injury in the previous year; of 25 centers with 6-11 hazards, 52.0 percent reported a playground-related injury; and of 20 centers with greater than or equal to 12 hazards, 60.0 percent reported a playground-related injury. Climbing equipment greater than or equal to 6 feet tall generally had inadequate impact-absorbing undersurfacing and had over twice the rate of fall injuries as climbing equipment less than 6 feet.

From June 1987 through May 1988, we collected reports of injuries among 5300 children who attended 71 day-care centers in Atlanta, Ga. One hundred forty-three injuries severe enough for the child to require medical or dental care were reported, including 63 lacerations (44.1%), 23 fractures (16.1%), 5 crush injuries (3.5%), 4 dislocations (2.8%), 2 human bites (1.4%), and 2 concussions (1.4%). The head was the site of 98 (68.5%) injuries. Peak hours for injuries were 11 AM and 4 PM, the peak day was Monday, and the peak season was summer. After adjustment for hours and dates of attendance, the rate was 1.77 injuries per 100,000 child-hours in day care; among preschool-aged children, infants had the lowest rate (0.77) and 2-year-old children had the highest rate (2.26). Almost 47% of injuries occurred on the playground; falls were involved in 70% of such injuries. Because 33% of all injuries resulted from falls on the playground, impact-absorbing playground surfaces may be a possible intervention to reduce injuries.