Analysis on the accident casualties influenced by several economic factorsbased on the traffic-related data in China from 2004 to 2016

Purpose: By studying the economic data related to road traffic accidents in recent 10 years, this paper explores the impact of various economic factors on the number of casualties in traffic accidents in China, and puts forward related prevention and management measures. Methods: Based on five economic factors including the number of new health institutions, health investment, transportation investment and disposable income per capita, this paper collects the data of traffic accidents in 31 provinces and municipalities of China from 2004 to 2016 and estimates the parameters using fixed effect model. Results: The number of health institutions, health investment, transportation investment and disposable income per capita are negatively correlated with the number of traffic accident casualties; the number of new health institutions is positively correlated with the number of traffic accident casualties; health investment and transportation investment have a great impact on the number of road traffic accident casualties. Conclusion: Economic development has a positive impact on improving traffic conditions, but the increase in the number of new health institutions does not reduce the number of casualties in accidents. The irrational layout of health institutions and imperfect road traffic management mechanism should be taken into account.     

Road crash in China from 2003 to 2005

Objective： To analyze characteristics and causes of road crash and injuries in China from 2003 to 2005.
Methods： The data of road crash in 2003-2005 were collected to study the characteristics including total vehicle number, occurrence rates of traffic accidents and serious traffic accidents so as to discuss the causes and characteristics of road crash in China.
Results： From 2003 to 2005, the numbers of traffic accidents, injuries and deaths as well as the mortality rates per 100 000 persons and per 10 000 vehicles declined in China. Until 2005, the total number of traffic accidents decreased to 450 000 and deaths to 99 000, with the mortality rate per 10 000 vehicles being 7.6 persons. While the drivers and passengers accounted for 33.2 % and 26.6 % of death casualties respectively in 2005. Most traffic accidents were caused by drivers, especially those with driving experience less than 3 years. Traffic accidents occurred on suburban roads accounted for 60%. The mortality rate of the traffic accidents per 100 km on the first grade road ranked the highest. The mortality rate of the traffic accidents on expressways ranked the highest, with continual increase of death and injury.
Conclusions. At present, the increase trend of traffic accidents and casualties in China has been slowed down to some extent and shows a declining tendency, but the situation is far away from being optimistic. In order to cut down the number of traffic accidents and casualties, we should pay more attention to training and managing drivers with less than three driving years and those driving buses. Strict prevention measures should be laid on traffic accidents on first grade roads, expressways and suburban roads as well as the enhancement on improving first-aid system.     

The burden of road traffic injuries in South Asia: a commentary

Around 238,000 people die in road crashes every year in South Asian countries. However, no information on road traffic injuries in South Asian countries is available to estimate the magnitude of the problem in terms of the various levels of severity. It has been estimated that for one RTI death, there are 20 hospitalizations, 50 emergency room visits, and more than 100 minor injuries. Together with the social impact in terms of pain, grief and suffering, RTIs impose a very large economic burden on the countries affected. Considering a gross estimate of 1% of GDP as economic loss from RTIs in South Asian countries runs into US$ 25 billion a year which is more than 50% the total annual amount of development assistance worldwide. The main reasons for high burden of road traffic injuries in this region are growth in the number of motor vehicles, poor enforcement of traffic safety regulations, poor quality of roads and vehicles, and inadequate public health infrastructures.     

Trends in road traffic crashes and associated injury and fatality in the People's Republic of China, 1951-1999

The burden of road traffic injuries in the People's Republic of China is increasing as evidenced by trends since 1951. Data from the National Statistical Office, Ministry of Communications and the Traffic Administration Bureau were analyzed. Absolute numbers of crashes, fatalities, and injuries, as well as fatalities per 100,000 population and motorization (number of vehicles per 1000 population) were used as indices to measure trends. Regional variations in trends and the characteristics of people injured or killed were also analyzed. Road traffic crashes increased 68-fold, from around 6000 in 1951 to 413,000 in 1999. Excessive speed was the main reported cause of the crashes. The injuries increased 56-fold--from around 5000 to 286,000--and fatalities 97-fold--from 852 to around 84,000--over the same period. The crash, fatality and injury rates also increased after 1985, due to increased motorization spurred by rapid economic growth. The number of four-wheel motor vehicles increased from 60,000 in 1951 to just under a million four-wheel motor vehicles in 1975 and to 10 million in 1987. The number of four-wheel motor vehicles then rose to 50 million in 1999, with an additional 30 million motorcycles. The increase in motorization and fatalities affected all the provinces. Road traffic injuries are the leading cause of death for populations up to the age of 45 years and the leading cause of working-life years lost in China.     

Risk factors for urban road traffic injuries in Hangzhou,China

Objective  To investigate factors that most influence urban road traffic injuries (RTI) mortality and morbidity. Methods  The study used linked police and hospital records of RTI patients in the city of Hangzhou during the 3-year period 2004–2006. Three RTI outcome groups were included: (1) fatally injured; (2) severely injured; and (3) mildly injured persons. Results  High risks for fatal road traffic accidents (RTA) were found on urban links, over weekend, during night hours, in male drivers who drove old vehicles without using seat belts, and at exceeding speeds, or with night time accidents and bad weather condition. In case of higher risk for all urban road users on urban junctions, the numbers on mildly injury cases were increasing. The highest combined risk for dying or being severely injured was found in male drivers driving at excessive speed, on urban links, and with night time accidents. Conclusions  Intensifying safety education of motor vehicle drivers, enhancing traffic management and keeping balance of “person–vehicle–road” system will greatly reduce the urban traffic accidents and casualties.     

Road accident rates: strategies and programmes for improving road traffic safety

Introduction

Nowadays, the problem of road accident rates is one of the most important health and social policy issues concerning the countries in all continents. Each year, nearly 1.3 million people worldwide lose their life on roads, and 20–50 million sustain severe injuries, the majority of which require long-term treatment.

Discussion

The objective of the study was to identify the most frequent, constantly occurring causes of road accidents, as well as outline actions constituting a basis for the strategies and programmes aiming at improving traffic safety on local and global levels. Comparative analysis of literature concerning road safety was performed, confirming that although road accidents had a varied and frequently complex background, their causes have changed only to a small degree over the years. The causes include: lack of control and enforcement concerning implementation of traffic regulation (primarily driving at excessive speed, driving under the influence of alcohol, and not respecting the rights of other road users (mainly pedestrians and cyclists), lack of appropriate infrastructure and unroadworthy vehicles.

Conclusions

The number of fatal accidents and severe injuries, resulting from road accidents, may be reduced through applying an integrated approach to safety on roads. The strategies and programmes for improving road traffic should include the following measures: reducing the risk of exposure to an accident, prevention of accidents, reduction in bodily injuries sustained in accidents, and reduction of the effects of injuries by improvement of post-accident medical care.

     

2005-2009年温州市甬台温高速公路（温州段）交通伤特点分析

目的通过调查分析甬台温高速公路（温州段）交通伤的特点,为进一步提高交通伤害救治水平提供依据。方法收集发生于宁波-台州-温州（简称甬台温）高速公路（温州段）交通事故的原始数据,用描述流行病学方法分析交通伤特点;采用SPSS18．0软件对调查指标进行分析。结果2005年1月1日至2009年12月31日（5年间普通程序处理的事故）甬台温高速公路发生交通事故308起,累计伤亡603人。其中死亡157人。交通事故以尾随相撞最为多发,占总事故的39．29％,主要原因为司机疲劳驾车及超速行驶。结论高速公路交通事故有时间、年龄分布不均衡性;男性青壮年为发生概率的高危人群,但高龄受累人群的死亡率更高。通过对温州段高速公路交通伤特点分析,可针对性地进行高速公路行车安全培训,借此创建安全的高速公路交通环境。     

Trauma Care in India and Germany

Background

Road traffic accidents are among the leading causes of death worldwide in individuals younger than 45 years. In both India and Germany, there has been an increase in registered motor vehicles over the last decades. However, while the number of traffic accident victims steadily dropped in Germany, there has been a sustained increase in India. We analyze this considering the sustained differences in rescue and trauma system status.

Questions/purposes

We compared India and Germany in terms of (1) vehicular infrastructure and causes of road traffic accident-related trauma, (2) burden of trauma, and (3) current trauma care and prevention, and (4) based on these observations, we suggested how India and other countries can enhance trauma care and prevention.

Methods

Data for Germany were obtained from federal statistical databases, German Automobile Club, and German Trauma Registry. Data from India were available from the Ministry of Road Transport and Highways. We also performed a standardized literature search of PubMed for India and Germany using the following key words: “road traffic accidents”, “prevention”, “prehospital trauma care”, “trauma system”, “trauma registry”, “trauma centers”, and “development of vehicles.”

Results

The total number of registered motor vehicles increased 473-fold in India and 100-fold in Germany from 1951 to 2011. The number of road traffic deaths increased in both countries until 1970, but thereafter decreased in Germany (3606 in 2012) while continuing to increase in India (142,485 in 2011). The differences between Germany and India relate to the relative sizes and populations of the countries (1:9 and 1:15, respectively), and differences in prevention and prehospital care (nationwide versus big cities) and hospital trauma systems (nationwide versus exceptional).

Conclusions

Improvement requires attention to three major issues: (1) prevention through infrastructure, traffic laws, mandatory licensing; (2) establishment of a prehospital care system; and (3) establishment of regional trauma centers and a trauma registry.     

道路交通伤研究进展

目前全球每年因车祸死亡的人数已超过100万,伤1500万。道路交通伤的发生有不断增多趋势,且死伤者以青少年居多,多发伤居多。事故原因主要为人的因素,24岁以下年轻人与70岁以上老年人多发,有一定的事故倾向。粘性标准可作为最有效的伤情指数。综合治理,加强交通安全的研究、管理与教育,健全医疗服务系统,加强创伤急救,缩短急救反应时间是减少交通事故、降低死亡率的必要措施。     

Moped and motorcycle accidents--similarities and discrepancies

Injury patterns and epidemiologic data from 211 moped accident victims and 214 motorcycle accident casualties admitted to hospital over a 5-year period (1977-1981) have been analyzed and compared. The number of those injured in motorcycle accidents tripled; the number of moped accident victims slightly decreased in the period studied. Differences in injury pattern, sex ratio, cause of accident, and age distribution were noted. Among mopedists, head injuries were more common but these injuries decreased significantly after the adoption of helmet use laws for mopedists also in 1978. There were more females involved in moped accidents and the mean age was considerably higher among mopedists. Of those injured in moped accidents, 21% were 60 years old or older and accounted for 56% of fatalities in this group. The most frequent cause of moped accidents was collision with a car, and over turning or running off the road in motorcycle accidents. The difference in injury severity was unexpectedly small, although there was a tendency toward more severe injuries in motorcyclists. Moped accidents are so similar to motorcycle accidents that it seems unjustified to regard mopeds as harmless 'bicycles with a helper motor.' The need for formal registration, driving license, and helmet use laws for mopeds is apparent.     

Left-turning vehicle-pedestrian conflicts at signalized intersections with trafficlights: Benefit or harm? A two-stage study

PurposeVehicle-pedestrian conflicts are common at road intersections when traffic lights change. However, the impact of traffic light on transportation safety and efficiency remains poorly understood.MethodsA two-stage study was used to survey the proportion of intersections with conflicting traffic lights and the related transportation efficiency and safety were evaluated as well. First, a cross-sectional study estimated the proportion of signalized intersections with conflicting left-turning vehicle-pedestrian traffic lights in Changsha city, China. Second, a natural experiment compared transportation efficiency and safety between intersections with and without conflicting left-turning vehicle-pedestrian traffic lights. Risky conflicts, where motor vehicles violated laws and failed to yield to pedestrians in crosswalk were used as a surrogate for transportation safety. The number of motor vehicles and pedestrians passing through the intersections per second and per meter were used to estimate transportation efficiency. Data were collected and analyzed in 2015 (from March to December). A search of online news from domestic media sources was also conducted to collect pedestrian injury data occurring at the intersections.ResultsAbout one-fourth (57/216) intersections had conflicting left-turning traffic lights (95% CI: 20.5%, 32.3%). Risky vehicle-pedestrian conflicts were more frequently observed at intersections with conflicting lights compared to those without (incidence rate ratio (IRR) = 3.13; pedestrians: IRR = 4.02), after adjusting for type of day (weekday vs. weekend), the time period of observation, and motor vehicles traffic flow. Intersections without conflicting vehicle-pedestrian traffic lights had similar transportation efficiency to those with conflicting lights after controlling for covariates (p > 0.05). The systematic review of news media reports yielded 10 left-turning vehicle-pedestrian crash events between 2011 and 2017, involving 11 moderate or severe pedestrian injuries and 3 fatal pedestrian injuries.ConclusionOver one-fourth of road intersections in Changsha city, China have conflicting left-turning traffic lights. Conflicting traffic lights cannot improve transportation efficiency, but increase risky conflicts between vehicles and pedestrians.     

Pattern of road traffic injuries in Ghana: implications for control

Road traffic injuries and fatalities are increasing in Ghana. Police-collected crash and injury data for the period 1994-1998 were aggregated and analyzed using the MAAP5 accident analysis package developed by the Transport Research Laboratory, U.K. Published results of recent transport-related epidemiological and other surveys provided an additional data source. According to the 1994-1998 police data, road traffic crashes were a leading cause of death and injuries in Ghana. The other leading causes of death and injuries are occupational injuries which involve non-mechanized farming and tribal conflicts. The majority of road traffic fatalities (61.2%) and injuries (52.3%) occurred on roads in rural areas. About 58% more people died on roads in the rural areas than in urban areas, and generally more severe crashes occurred on rural roads compared with urban areas. Pedestrians accounted for 46.2% of all road traffic fatalities. The majority of these (66.8%) occurred in urban areas. The second leading population of road users affected was riders in passenger-ferrying buses, minibuses and trucks. The majority of these (42.8%) were killed on roads that pass through rural areas. Pedestrian casualties were overrepresented (nearly 90%) in five regions located in the southern half of the country. Efforts to tackle pedestrian safety should focus on the five regions of the country where most pedestrian fatalities occur in urban areas. Policies are also needed to protect passengers in commercially operated passenger-ferrying buses, minibuses and trucks because these vehicles carry a higher risk of being involved in fatal crashes.     

An Impact study of highway design on casualty and non-casualty traffic accidents

Background Road Safety has become a worldwide concern due to the alarming repercussions road accidents may bear. This study examined the relationship between different geometric design elements and the accident rates on Rashid Bin Saeed Street, Arabian Gulf Street, and Sultan Bin Zayed Street in Abu Dhabi, United Arab Emirates.Methods The geometric design was collected from the satellite images of google earth in compliance with the standard geometric design manual of Abu Dhabi roads. The recorded geometric data consisted of the number of lanes, lane widths, median length, and width. The traffic volume data was provided by the Integrated Transport Center of Abu Dhabi, which was then converted into Annual Average Daily Traffic (AADT) for analytical purposes. For the studied roads, AADT ranges ranged between 26,509 and 121,890 vehicles per day. The crash data related to the period of 2012–2019 was collected from the online open-access data provided by the United Arab Emirates Ministry of Interior. The data provided had considered variables related to driver gender, age and speed, travel direction, and time of the day amongst other factors. A comprehensive statistical analysis was conducted to study the impact of geometric design elements on road safety through a stable distribution. Stable distributions are generally characterized by four parameters and expressed as X～S(α,β,σ,μ). The statistical model included several graphical representations such as accident frequency at two levels of severity, casualty and non-casualty accidents for different road segments, traffic volumes, day of the week, age of the injured person, and the geometric design parameters on the three roads. Variance-based methods of sensitivity analysis are also used that are a class of probabilistic approaches that quantify the input and output uncertainties as probability distributions and decompose the output variance into parts attributable to input variables and combinations of variables. The sensitivity of the output to an input variable is therefore measured by the amount of variance in the output caused by that input.Findings The results showed that the accident profiles differ with varying segments on each road, revealing some segments to be of higher accident rates than others. Also, a higher accident frequency was shown with young adult drivers, and a high majority of accidents had occurred on weekends. Regarding the road's geometric design, which is the focus of this study, a sensitivity analysis was made to determine the most influential geometric design element on accident frequency.Interpretation The number of lanes had the highest sensitivity index followed by the median width, and then came the lane width. Thus, modifying the number of lanes on a highway is anticipated to have the highest impact on accident frequency and road safety than any other geometric parameter.     

Road traffic injury mortality and morbidity by country development status, 2011-2017

Purpose: This research examined road traffic injury mortality and morbidity disparities across of country development status, and discussed the possibility of reducing country disparities by various actions to accelerate the pace of achieving Sustainable Development Goals target 3.6 — to halve the number of global deaths and injuries from road traffic accidents by 2020. Methods: Data for road traffic mortality, morbidity, and socio-demographic index (SDI) were extracted by country from the estimates of the Global Burden of Disease study, and the implementation of the three types of national actions (legislation, prioritized vehicle safety standards, and trauma-related post-crash care service) were extracted from the Global Status Reporton Road Safety by World Health Organization.We fitted joinpoint regression analysis to identify and quantify the significant rate changes from 2011 to 2017. Results: Age-adjusted road traffic mortality decreased substantially for all the five SDI categories from 2011 to 2017 (by 7.52%e16.08%). Age-adjusted road traffic mortality decreased significantly as SDI increased in the study time period, while age-adjusted morbidity generally increased as SDI increased. Subgroup analysis by road user yielded similar results, but with two major differences during the study period of 2011 to 2017: (1) pedestrians in the high SDI countries experienced the lowest mortality (1.68-1.90 per 100,000 population) and morbidity (110.45-112.72 per 100,000 population for incidence and 487.48-491.24 per 100,000 population for prevalence), and (2) motor vehicle occupants in the high SDI countries had the lowest mortality (4.07-4.50 per 100,000 population) but the highest morbidity (428.74-467.78 per 100,000 population for incidence and 1025.70-1116.60 per 100,000 population for prevalence). Implementation of the three types of national actions remained nearly unchanged in all five SDI categories from 2011 to 2017 and was consistently stronger in the higher SDI countries than in the lower SDI countries. Lower income nations comprise the heaviest burden of global road traffic injuries and deaths. Conclusion: Global road traffic deaths would decrease substantially if the large mortality disparities across country development status were reduced through full implementation of proven national actions including legislation and law enforcement, prioritized vehicle safety standards and trauma-related postcrash care services.     

慈溪市道路交通意外伤害调查

本文对我市1988年1月～1994年12月道路交通意外伤害进行了流行病学调查分析。5968起车祸中,受伤人数达6815人,死亡560人,伤亡人数逐年呈台阶状上升。肇事的主要责任者中驾驶员占66％,骑自行车者占10.2％,行人占11.5％,其它原因占12.3％。通过调查分析,认为要减少道路交通事故及其所致的伤亡,关键是要提高全民的交通安全意识。笔者就此提出全面综合治理的六点建议。     

Rupture of the aorta following road traffic accidents in the United Kingdom 1992-1999. The results of the co-operative crash injury study.

OBJECTIVE: The true incidence and survivability of blunt traumatic aortic rupture following road traffic accidents in the UK is unclear. The objective of this study was to determine the extent of blunt traumatic aortic rupture in the UK after road traffic accidents and the conditions under which it occurs. METHODS: Data for the study was obtained from the Co-operative Crash Injury Study database. Road traffic accidents that happened between 1992 and 1999 and included in the Co-operative Crash Injury Study database were retrospectively investigated. RESULTS: A total of 8285 vehicles carrying 14,435 occupants were involved in 7067 accidents. There were 132 cases of blunt traumatic aortic rupture, of which the scene survival was 9% and the overall mortality was 98%. Twenty-one percent of all fatalities had blunt traumatic aortic rupture (130/613). Twenty-nine percent were due to frontal impacts and 44% were due to side impacts. Twelve percent of the blunt traumatic aortic rupture cases in frontal vehicle impacts were wearing seat belts and had airbag protection and 19% had no restraint mechanism. The Equivalent Test Speed of the accident vehicles, (where equivalent test speed provides an estimate of the vehicle impact severity and not an estimate of the vehicle speed at the time of the accident), ranged from 30 to 110 km/h in frontal impacts and from 15 to 82 km/h in side impacts. CONCLUSION: Blunt traumatic aortic rupture carries a high mortality and occurred in 21% of car occupant deaths in this sample of road traffic accidents. Impact scenarios varied but were most common from the side. The use of an airbag or seat belt does not eliminate risk. The injury can occur at low severity impacts particularly in side impact.     

Prevention of bicycle accidents.

OBJECTIVE: To elucidate the way of reducing the number of bicycle accidents. A prospective study of all casualties from bicycle accidents attending an accident unit for a 29-month period was performed (1831 patients). A more detailed questionnaire on the causes of accidents was used for the last 12 months of the study (818 patients). RESULTS: In the 0-7 and 8-12 years age groups, 87.5 per cent and 66.2 per cent, respectively, were due to cyclist error. The 8-12-year-old cyclists were twice as likely to have caused the accident if they had not had formal training (risk ratio = 2.0). Over the age of 18 years, 41.4 per cent were due to another road user. A motor vehicle was involved in 633 of the 1831 accidents. CONCLUSIONS: Children under the age of 8 years should not be allowed on public roads. Older children should only be allowed on the roads after formal training. This should become part of the school curriculum. A campaign to increase the awareness of motorists would be expected to reduce the number of cycle accidents. It would be beneficial to dedicate more roads and tracks to cycle use. Cyclists should be encouraged to wear more protective gear.     

A contemporary analysis of road traffic crashes,fatalities and injuries in Trinidad and Tobago

Road safety, in particular pedestrian safety, is a problem in Trinidad and Tobago. Data were derived from the database of the Traffic and Highway Patrol Unit of the Trinidad and Tobago Police Service. Road traffic crashes in Trinidad and Tobago are largely an urban problem. Four urban areas accounted for nearly three-quarters of reported road traffic crashes, fatalities and injuries. Pedestrians, passengers and drivers accounted for 93% of fatalities and 95% of injuries due to road traffic crashes in 2000. Pedestrians alone accounted for 42% of fatalities and 34% of injuries in 2000. Trends over time show that there has been a decline in fatality rates from 17 deaths per 100,000 population in 1960 to 10 deaths per 100,000 population in 2000, despite rapid motorization. Motorization increased four-fold from 63 registered vehicles per 1000 population in 1960 to 250 vehicles per 1000 population in 2000. In conclusion, effort should be intensified to ensure safety for all road users and, in particular, pedestrians, passengers and drivers. Improved data collection and operational research would improve monitoring and evaluation of policy interventions.     

Musculoskeletal Trauma Services in China

China is a developing country with a population over 1.3 billion with the second largest group of people in poverty next to India. There are about 159 million motor vehicles, with 163,887,372 drivers. From 2001 to 2004 over 100,000 people died each year in traffic accidents. With law enforcement and public education, traffic accidents have decreased, and the death rate is now less than 100,000 each year. One author (Li-Ze Xiong) has received funding from a grant of China’s Army (06G086).