Report on Road Accident

8/3/2019 Report on Road Accident

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ASA University Bangladesh

Shamoli, Dhaka.

2010

Report on Road Accident


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Submitted To

MD. Golam Rabbi

Lecturer

Department of English

ASA University Bangladesh

Submitted ByShammi Islam Soha

ID No: 103-18-0022

Batch NO: 11th

Department: English (Hons).

Report on


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Road Accident

Bangladesh is largely populated country in the world. The popular density is highest in the

world. The sewerage system, transportation, housing, traffic management, load shedding, road

accident etc. in the country are problematic. Among many other problems, road accident is acute

one which results into waste of life and money. The reasons responsible for road accident include

lack of skillful of the drivers and their willingness to violet the traffic rules, absence of mass bus

transit system, abundance of slow moving rickshaws and CNG auto rickshaws, lack of sufficient

road space, inefficient traffic management and lack of required traffic rules and even improper

implementation of traffic rules and finally the lack of awareness of the general mass.

The problem of deaths and injury as a result of road accidents is now acknowledged to be aglobal phenomenon with authorities in virtually all countries of the world concerned about thegrowth in the number of people killed and seriously injured on their roads. In recent years therehave been two major studies of causes of death worldwide which have been published in theGlobal Burden of Disease (World Health Organization, World Bank and Harvard University)and in the World Health Report Making a Difference'.

After a Road Accident:

1 The link between safety on the roads and claims for road accident benefits must be clearly

articulated and publicized by the administrative authority of the road accident benefits scheme.

2 The administrative authority should also involve itself actively in the capture and analysis of

data on the incidence and causes of road accidents, the nature and extent of injuries and

disablement resulting there from, and the impact of such injuries and disability on individual

victims, their families and the broader South African community.

3 This information should be made available to Government; to institutions and businesses

involved in the planning, design and building of roads; and to transport bodies and road user

associations.

4 The administrative authority should be proactive in initiating, promoting and funding

initiatives, programmes and research to promote safety on South African roads, to limit the

factors contributing to road accidents and to prevent and improve the management of injuries

resulting from such accidents. Such involvement should not usurp the duties of the Ministry of

Transport or relieve it of its own road safety responsibilities.


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These publications show

that in 1990 road accidents

as a cause of death or

disability were by no means

insignificant, lying in ninth

place out of a total of over

100 separately identified

causes. However, by the year

2020 forecasts suggest that

as a cause of death, road

accidents will move up to

sixth place and in terms of

years of life lost (YLL) and

disability adjusted life

years (DALYs)1 will be in second and third place respectively.

This growing awareness is reflected in the recent establishment of the Global Road Safety

Partnership (GRSP) by the World Bank, the International Federation of the Red Cross and Red

Crescent Societies, bilateral aid agencies and other interested parties under the framework of the

World Banks Business Partners for Development (BPD) Programmed. A steering committee for

GRSP is now in place with the aim of creating a global information network that aims to produce

solid evidence of the positive impact of partnerships both the development impact and the

business benefits. Two important aspects of GRSP are the involvement of the private sector in

funding road safety projects and the promotion of greater awareness of road safety worldwide.

A study was carried out with the following objectives:

To derive an estimate of road accident fatalities world-wide and on a regional basis for the

year 1999 and to derive forecasts of the likely number of deaths in the years 2010 and 2020

To provide an estimate of accident costs world-wide (based on accident costs as a percentage

of Gross National Product (GNP)

To obtain regional analyses of fatality trends, rates and risk (deaths per 10,000 vehicles and

per 100,000 populations respectively) and casualty trends by age, sex and road user type.

The main sources of data used for this study were the International Road Federation (IRF) and

the United Nations annual yearbooks, World Health Organization (WHO) publications, recent

regional and country studies, such as the Asian Development Bank (ADB) funded Road Safety

in Asia/Pacific, and the Inter American Development Bank financed Latin America Study and

the EC PHARE Multi-Country Transport Program. Road casualty data also came from TRL

publications.


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Estimating Global Road Fatalities

Previous reviews of global fatalities undertaken by TRL, World Bank and others have produceda wide range of estimates and whilst the problem of data reliability and underreporting has beenregularly acknowledged previous forecasts have been based on the use of officially published

statistics based in turn on police reports.There is no standard approach to regional groupings used by the many different international

organizations concerned with road safety. However in order to aid interpretation of data, a total

of 192 countries were assigned to six major regional groups as follows:

Africa

Asia/Pacific

Central and Eastern Europe (CEE)

Latin/Central America and the Caribbean (LAC)

Middle East and North Africa (MENA)

Highly motorized countries (HMC), i.e. North America, Australia, New Zealand, Japan andWestern Europe.

Current Global Fatality Estimate

Based on the factors described above, a realistic estimate of global road deaths is between

750,000 and 880,000 for the year 1999. The calculations and regional totals are presented in

Table 1 and Figure 1.

Table 1: 1999 Estimated road fatalities with under-reporting (UR) adjustments


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It should be noted that these estimates are less that those derived by the WHO in the studies

mentioned above. However the WHO estimates were based on forecasts from 1990 data which in

turn came from a variety of sources. The WHO forecast was that in 1998 there would be 1.17

million deaths worldwide. A lack of detailed information on WHO data sources, forecasting

techniques etc. made detailed comparisons difficult.

Results from a number of countries show wide variation between official (i.e. police) statistics

and information from other sources. For example in the Philippines only one out of five

medically reported road deaths are included in police statistics. In Indonesia, insurance

companies report almost 40 per cent more deaths than the police. The Department of Health in

Taiwan reported in 1995 some 130 per cent more deaths than the police. In Karachi a recent

study comparing road casualties reported by the police with ambulance statistics showed only

about half of road accident deaths were reported by the police. Under-reporting also appears to

be high in China which already has the word's highest reported number of road deaths. Thus the

Beijing Research Institute of Traffic Engineering estimated that the actual number of people

killed in road accidents in 1994 was about 111,000, over 40 per cent greater that the 78,000

reported officially by the police.

Using results from a number of studies indicated that in developed countries under-reporting of

fatalities was minimal (between 2 - 5 per cent), whilst in developing countries upper and lower

adjustment factors were between 25 to 50 per cent increases of those numbers reported by the

police.

It can be seen that the burden of global road fatalities is on the LMCs where per cent of 86 the

worlds road fatalities occur, with almost half of all fatalities in Asia. Figure 1 shows the regional

distribution of 750,000 fatalities, the low end of the range suggested for.

Figure 1: Estimated road fatality regional distribution


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Estimate of Global Injuries

Whilst the under-reporting of injuries are known to be even worse than with fatalities, a

minimum estimate within a likely range has been derived . Based on the International Road

Traffic and Accident Databases (IRTAD) report and earlier studies that had estimated

approximately 50 percent of road injuries were reported, it was decided that a ratio of 100injuries for every fatality would apply in the HMCs. For LMCs, a ratio of between 20 to 30 was

taken to be a minimum estimate. These values produce annual road accident injury estimates for

1999 of at least

11 million in HMCs

12 to 23 million in LMCs

global estimate of between 23 and 34 million road

accident injuries per annum

This estimate is approximately twice the global road

injury estimates currently being suggested. An estimate

of the number or percent of injuries that are disabling was beyond the scope of this review.

Fatality Forecasts

Forecasting future deaths worldwide is fraught with difficulties. For example, past trends may bethought to give a reasonable picture of what may happen in the future. However some countries,such as Japan experienced rapid deterioration in road safety in the 1960s with an 80 per centgrowth in road fatalities but then with massive investment reduced deaths by almost 50 per centover the next decade. However deaths started to increase once again in 5 the early 1980s due inpart to a continued increase in vehicle ownership but with a slowing down of investment in life-saving activities. Additionally, trends in many parts of the world are not consistent and there isevidence (see later) that rapid increases of deaths in Africa and Asia/Pacific show signs ofslowing down (that said growth rates in Africa and Asia are still high and of concern).Social and political changes also play a part and ideally would be taken into account in any

forecasting actively. However, these changes are difficult to predict. For example, in the CEE

region, changes in road accident reporting methodology took place with the transition to market

economies. Whilst the trend in this region over recent years has been one of fewer fatalities, it is

quite possible that with economic development and rapid motorization there is potential forgrowth in the number of accidents and fatalities. Forecasting future trends should be approached

cautiously for the reasons outlined above. With these caveats in mind, we suggest that for 2010

the likely range of global road deaths will be between 900,000 and 1.1 million and between 1

million and 1.3 million in 2020.


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Figure 2 Fatalities/10,000 licensed motor vehicles in selected countries:


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Figure 3 Fatalities/100,000 populations in selected countries:


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Accident statistics show thatthe worst countries in theworld. The existing Bodies

responsible for Road Safetyissues are facing serious problems. It is most likelythat the next few years willbe ones of severe budgetaryconstraints, which willcontinue to affect thedevelopment of infrastructure, road safetyincluded. Technicalassistance is needed for

establishing a long-termRoad Safety Plan including short-term Activity Plans. These shall be based on proper road safetydata and a general road safety survey to enable the addressing of the problems given priority in aRoad Safety Policy. Technical assistance is also needed for institutional development eg.Establishing an efficient organization, a central body, to monitor the activities of all the agenciesto involve in the promotion of road safety. These agencies must be identified bearing in mindthat the factors to be dealt with when addressing road safety issues are- The human factor- The vehicle- The road infrastructure.

Assistance will also be needed for establishing a continuous accident data collection system anda up-dated accident data base available to all the agencies participating in road safety activities.The ultimate result of the technical assistance will be the Road Safety Plan, which identifies allmajor road safety problems including black spots, prioritizes the activities needed within theindividual agencies to address the problems, defines the procedures and means for a proper roadsafety monitoring system. This system shall be based on follow up and reporting of agencyachievements. The Road Safety Policy shall include general long term road safety targets as wellas measurable midterm targets for road safety development. A National Road Safety Conferenceshall be arranged to raise the awareness of road safety issues and launch the road safety plan. Theprocedures of a road safety audit system shall be established to cover all road design for roadrehabilitation as well as construction.

The road safety activities carried out by the Ministry of Transportation and Communication are- Training of drivers in traffic regulation annually including periodic instructions related tobehavior in traffic- Technical vehicle inspection- Traffic surveillance- Road inspection twice a year (mainly junctions, crossings and signaling)


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- Investigation of traffic accidents

The major problems relate to- Insufficient availability of vehicles equipped for inspection purposes- Insufficient availability of office accommodations and equipment

- Lack of communication equipment in patrol cars and public inter-city buses for reporting

The responsibilities of the Road Police are- Road safety enforcement in general covering all ministries, administrations, enterprises,cooperatives and private companies.- Enforcement of road safety regulations in connection with road-, street-, junction- or any otherconstruction work- Control of installation and utilization of road side furniture and equipment used for trafficregulation- Control of vehicle utilization, -design and -manufacturing- Control of road surface condition and condition of road side furniture in relation to road safety

- Traffic regulation- Vehicle registration- Driver training, testing and licensing- Road accident registration and analyzing of data- Road safety promotion through mass media- Development and control of road signmanufacturing- Traffic surveillance and law enforcement

The main problems encountered by the RoadPolice are- Poor availability of equipment needed for lawenforcement on the road- Lack of facilities and equipment for performingcase diagnosis (stationary/mobile)- Poor availability of equipment and material for production of registration tags, licensedocuments and road signs (paint included)- Poor availability of other up-to-date technical equipment and materials needed for road safetypurpose- Lack of rescue equipment in case of accidents- Insufficient training of staff- Lack of office equipment and road safety literature- Insufficient funds for wages and salaries to staff

THE ROLE OF ALCOHOL CONSUMPTION IN ACCIDENTS

During the investigation the files were analyzed in order to determine whether there was

evidence that alcohol consumption had contributed to the accident. In only 3.2% of the claims

alcohol consumption either by the driver of the vehicle or, in the case of a pedestrian, by the

person himself was confirmed. In 35.6% of the claims the possibility of alcohol consumption


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had been investigated and was proved not to have contributed to the accident. However, the

majority of files that were analyzed (61.2%) contained no information regarding the use of

alcohol

Global and regional rates and trends

Using published data as a base, the study estimates that in 1999 between 750,000 and 880,000

people may have died as a result of road accidents and that the majority of these deaths occurred

in developing and emerging nations, with approximately half in the Asia-Pacific region alone.

Road fatalities are expected to continue to increase with a fatality toll estimated between 900thousand and 1.1 million by the year 2010 and between 1.1 and 1.3 million by 2020.

Crude estimates were derived of accident costs in global and regional terms and it was found

the global cost in 1998 might have been of the order US$520 billion and of this total cost in the

developing regions, would have been about US$65 billion.

Trend data showed that the total number of people killed in road accidents in regions of the

developing world continues to increase, whereas in the West there has been a steady decrease

since the late 1960's However evidence exists that the rate of increase of deaths in the developing

world is now slowing down, particularly in Africa.

Results also show that the highest fatality rates (deaths per 10,000 motor vehicles) worldwide

occur in African countries, particularly Ethiopia, Uganda and Malawi whilst fatality risk (deaths

per 100,000 populations) is highest in a disparate group of countries including Thailand,

Malaysia, South Africa and Saudi Arabia.


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It should be emphasized that pedestrians are a particularly high risk group throughout Africa

and Asia as well as the Middle East. Car occupant casualties dominate in developed countries

and are much more common in the Latin America/Caribbean region.

The Way Forward

The report for the GRSP identifies weaknesses in the quality of existing data, particularly from

developing countries and highlights the following areas that could be examined within the GRSP

program so that a greater understanding of the global road accident situation can be obtained.

Better use of injury information from hospital data which could complement that obtained

from police records.

Greater priority should be given by the medical community, led by the WHO to monitoringroad accident victims and include road accidents in national hospital surveillance systems.

Accident databases in many developing countries should be improved through greater use of

accident reporting and recording systems such as TRL's accident package MAAP.

Given the widespread evidence that inadequate use is made of even the limited amount of

accident information collected in developing countries, more effective dissemination and

research is required into the application of accident data.

The economic cost of road accidents is also generally not well understood in developing

countries and further research is merited on accident costing and its application.

In conclusion, this study has attempted to identify the magnitude and nature of the road safety

problem worldwide but particularly in the developing regions of Africa, Asia and Latin America

and the Caribbean. Hopefully the newly formed GRSP can assist in the reduction of this global

toll of death and injury by the mechanism of partnerships between the public and private sectors

which promote collaboration and coordination of road safety activities worldwide.

The time of year and the time of day at which accidents took place indicate that a large

proportion of accidents are related to peoples economic activities and, to a lesser extent, to

holiday periods (as public awareness campaigns may tend to imply). This is further supported by

the high incidence of accidents in urban as opposed to rural areas.


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The role of alcohol in accidents is a contentious issue that one may expect claimants to hide from

police if they were at fault. This study tried to establish how often investigates the possibility of

alcohol having contributed to the accident. In more than 60% of the files there was no indication

that the issue had been investigated. In the remaining 39% the possibility was investigated, but in

only 3.2% of claims there was proof of alcohol consumption. It furthermore emerged that in

more than 40% of these instances the road accident victim was a pedestrian.

As one accident could well result in more than one claim, this analysis has severe limitations in

terms of describing accidents that result in claims. Furthermore, the accidents from which these

claims followed occurred over several years. Very few comparisons with national statistics on

accidents could therefore be made. Nevertheless, the provincial distribution of claims strongly

resembles the provincial distribution of accidents in. This suggests that is not better utilized in

certain parts of the country than in others. An exception from which only a very small proportion

of claims came.

THE END

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Report on Road Accident