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An assessment of child passenger safety levels of service in Michigan

机译:密歇根州儿童乘客安全水平的评估

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Objective: The purpose of this article was to assess the match between child passenger safety resources (child passenger safety technicians [CPSTs], car seat checks, and child restraint system [CRS] distribution programs) and the child population in Michigan by utilizing geographic information systems approaches and to analyze the impact of Michigan’s CPSTs on child passenger safety behaviors on departure from a seat check.Methods: Data were collected from administrative sources and a survey of CPSTs to determine the number and location of child passenger safety resources and children in Michigan. The main analyses used data from 2014. The child population ≤4 years old per county and per traffic safety region was determined from census data. CPST and car seat check locations were determined from a list from the Michigan Office of Highway Safety Planning (Mi-OHSP) and a survey of CPSTs who coordinate seat checks. Summary sheets from Mi-OHSP served as the data source for CRSs distributed through their occupant protection program. Data from child passenger safety checklists completed with seat checks were obtained from Safe Kids Michigan. Addresses were geocoded using Google Maps Geocoding API and then mapped at the county level using ArcGIS Desktop 10.3.1. Descriptive statistics were calculated and levels of service were determined at the county and regional levels.Results: In 2014, there were 570,929 children ≤4 years old in Michigan and 979 CPSTs who worked at 209 known seat check locations. An average of 6,854 seats was checked per year through Safe Kids Michigan Coalitions. All but 3 regions met an intermediate service level for seat check locations by offering one or more per 5,000 children ≤4 years old. There was at least one CPST in 80 of 83 counties (median 5; interquartile range, 2, 10.5). Assuming that an average Michigan CPST provides 10?h of service each year, all but 2 regions reached an intermediate service level of at least one technician hour per 90 children ≤4 years old. Fewer regions reached a basic level of service for the number of seat checks. Almost half (49.5%) of Safe Kids Michigan seat checks resulted in a change in child passenger safety behaviors.Conclusions: Child passenger safety resources in Michigan are not evenly distributed yet most regions and counties meet intermediate levels of service. Reallocating resources to areas that are providing basic levels of service could help reduce disparities in child passenger safety behaviors.
机译:目的:本文的目的是评估儿童乘客安全资源(儿童乘客安全技术人员[CPSTS],汽车座椅检查和儿童克制系统[CRS]分销系统)和密歇根州儿童人口的匹配,通过利用地理信息系统途径和分析密歇根CPST对席位的船舶乘客安全行为的影响。方法:从行政来源收集数据以及CPSTS的调查,确定密歇根州儿童乘客安全资源和儿童的数量和地点。主要分析来自2014年的数据。从人口普查数据确定了每县≤4岁的儿童≤4岁。 CPST和汽车座椅检查地点是由公路安全规划(MI-OHSP)密歇根办事处(MI-OHSP)的清单和协调座位支票的CPSTS调查。 MI-OHSP的摘要表作为通过其占用计划分发的CRS的数据源。使用座椅支票完成的儿童乘客安全检查表的数据从保险箱密歇根州获得。地址使用Google地图GeoCoding API进行地理编码,然后使用ArcGIS Desktop 10.3.1映射到县级。计算性统计数据计算出来,服务水平在县和区域层面确定。结果:2014年,密歇根州的570,929名儿童≤4岁,979名CPSTS在209个已知的座椅检查地点工作。通过Safe Kids Michigan联盟每年每年检查平均6,854个座位。除了每5,000名儿童≤4岁以下,所有其他3个地区都达到了座位支票地点的中间服务水平。 83个县中至少有一名CPST(中位数5;四分位数范围,2,10.5)。假设每年平均密歇根州CPST提供10次服务,除了2个地区的所有服务均达到每90名儿童≤4岁的一小时的中间服务水平。更少的地区达到座位支票数量的基本服务水平。近一半(49.5%)的安全儿童密歇根席位检查导致儿童乘客安全行为发生变化。结论:密歇根州的儿童乘客安全资源均均匀分布,但大多数地区和县都符合中级服务水平。重新分配给提供基本服务水平的地区的资源有助于减少儿童乘客安全行为的差异。

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