Pedestrian safety - Global Road Safety Partnership
Pedestrian safety - Global Road Safety Partnership
Pedestrian safety - Global Road Safety Partnership
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<strong>Pedestrian</strong> <strong>safety</strong>: a road <strong>safety</strong> manual for decision-makers and practitioners<br />
with traffic regulations, system designers and operators have a responsibility to<br />
develop a transport system that is as safe as possible for users.<br />
• Promotion of ethical values in road <strong>safety</strong>: The ethical value underlying the Safe<br />
System approach is that any level of serious trauma arising from the road transport<br />
system is unacceptable. Humans can learn to behave more safely, but errors will<br />
inevitably occur on some occasions. The errors may lead to crashes, but death and<br />
serious injury are not inevitable consequences.<br />
• Promotion of societal values: In addition to ensuring <strong>safety</strong>, the road transport<br />
system is expected to contribute to overall societal values, particularly in three<br />
areas – economic development, human and environmental health, and individual<br />
choice.<br />
The Safe System approach has several benefits as a framework for pedestrian <strong>safety</strong>:<br />
• Examination of a range of risk factors. <strong>Pedestrian</strong> <strong>safety</strong> should be researched<br />
from a systems point of view to allow for consideration of the many factors that<br />
expose pedestrians to risk, such as vehicle speed, poor road design, and inadequate<br />
enforcement of traffic laws and regulations. Effective planning for pedestrian <strong>safety</strong><br />
requires a comprehensive understanding of the risk factors involved. It is difficult<br />
to achieve this understanding, however, when research focuses only on one or<br />
two risk factors. The Safe Systems framework moves pedestrian <strong>safety</strong> research<br />
away from a narrow focus on a single or a few risk factors. Module 3 describes the<br />
development of data sources in Addis Ababa, Ethiopia, which together provide a<br />
thorough picture of the extent of injuries and risk factors for pedestrians and other<br />
road users.<br />
• Integration of comprehensive interventions. Improving pedestrian <strong>safety</strong> requires<br />
attention to vehicle design, road infrastructure, traffic controls such as speed<br />
limits, and enforcement of traffic laws and regulations – the focus areas that<br />
comprise the Safe System approach. A narrow focus on any single aspect is less<br />
effective than taking an integrated approach to the multiple factors involved in<br />
pedestrian <strong>safety</strong>.<br />
• Assimilation of lessons learned. The Safe System approach provides a basis for<br />
low- and middle-income countries to avoid mistakes that were made by a number<br />
of high-income countries that designed roads mainly with motor vehicles in<br />
mind, and without adequate attention to pedestrian needs. As countries witness<br />
increasing numbers of motor vehicles, improvements are needed to infrastructure<br />
for pedestrians as well as for vehicles, rather than focusing solely on pedestrian<br />
behaviour as the key factor influencing pedestrian <strong>safety</strong>. A common feature of<br />
pedestrian travel environments in low- and middle-income countries is mixed<br />
traffic where pedestrians, vehicles and bicycles share the same road space, with<br />
few or no dedicated infrastructural facilities for pedestrians. Some progress in<br />
addressing the neglect of pedestrians in road design has been observed in China<br />
and India (4). Modules 2 and 4 provide examples of road design measures aimed<br />
at improving pedestrian <strong>safety</strong> in low- and middle-income countries.<br />
1: Why is addressing pedestrian <strong>safety</strong> necessary?<br />
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