Assisting the older driver - SWOV
Assisting the older driver - SWOV
Assisting the older driver - SWOV
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<strong>Assisting</strong> <strong>the</strong> <strong>older</strong> <strong>driver</strong><br />
fatality rate of <strong>older</strong> <strong>driver</strong>s should not be used to encourage <strong>the</strong> total group<br />
of <strong>older</strong> people to stop driving. A shift from <strong>the</strong> private car to <strong>the</strong> bicycle will<br />
unquestionably lead to an increase in <strong>the</strong> general injury rate for <strong>older</strong> people.<br />
Moreover, as <strong>older</strong> people have more difficulties walking (to <strong>the</strong> bus stop)<br />
and cycling, driving is often <strong>the</strong> only option for independent mobility.<br />
Several studies have found that over 90% of <strong>older</strong> <strong>driver</strong>s indicate that giving<br />
up driving would restrict <strong>the</strong>ir independence and mobility (Jansen et al.,<br />
2001; Rabbitt, Carmichael, Jones & Holland, 1996).<br />
Driving cessation is not only likely to reduce mobility but also quality of life<br />
(Hakamies‐Blomqvist, Sirén & Davidse, 2004; Harrison & Ragland, 2003).<br />
Driving cessation has been found to decrease <strong>the</strong> amount of out‐of‐home<br />
activities (Marottoli et al., 2000) and to be related to increased depression<br />
(Fonda, Wallace & Herzog, 2001; Marottoli et al., 1997; Ragland, Satariano &<br />
MacLeod, 2005). It has also been argued that giving up driving has negative<br />
impacts on <strong>older</strong> person’s identity, feeling of independence, and dignity<br />
(Bonnel, 1999; Burkhardt, Berger & McGavock, 1996; Carp, 1988;<br />
Eisenhandler, 1990; Peel, Westermoreland & Steinberg, 2002). These negative<br />
feelings are related to having to give up something that had been a large part<br />
of <strong>the</strong>ir adult life, and was closely identified with <strong>the</strong>ir perceived roles in<br />
family and society.<br />
1.7. Conclusions regarding current crash and injury rates<br />
The analyses in this chapter showed that <strong>the</strong> injury rates and fatality rates of<br />
<strong>older</strong> <strong>driver</strong>s increase from <strong>the</strong> 65th and 60th year respectively. However, <strong>the</strong><br />
most important increase in rates occurs only after <strong>the</strong> 75th year. The fatality<br />
rate of <strong>driver</strong>s aged 75 and above is <strong>the</strong> largest of all <strong>driver</strong>s. Their injury rate<br />
is <strong>the</strong> second highest, after those aged 18‐24.<br />
A comparison between male and female <strong>driver</strong>s showed that <strong>the</strong>ir oldest age<br />
groups have equally high fatality rates. Their rates are as high as <strong>the</strong> fatality<br />
rate for young male <strong>driver</strong>s, who have a much higher fatality rate than<br />
young female <strong>driver</strong>s. The difference between young male <strong>driver</strong>s and<br />
<strong>driver</strong>s aged 75 and above is that <strong>the</strong> high fatality rate of young men is<br />
mainly <strong>the</strong> result of a greater involvement in fatal crashes, whereas <strong>older</strong><br />
<strong>driver</strong>s are more vulnerable. Therefore, to lower <strong>the</strong> fatality rate of <strong>older</strong><br />
<strong>driver</strong>s, secondary safety measures are very important. However, primary<br />
safety measures are also needed, as <strong>older</strong> <strong>driver</strong>s appear to be relatively<br />
often legally responsible for <strong>the</strong> crashes <strong>the</strong>y are involved in.<br />
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