Reducing accidents and promoting safety behaviours

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					    Reducing accidents and
promoting safety behaviours

          Health Psychology
Road Safety

   Where young children are concerned, it is
    usually adults who have to take
    responsibility for promoting safe
    behaviours and preventing accidents. It is
    therefore adults who are targeted in
    health promotion and accident prevention
    campaigns rather than children. There are
    some messages that can be conveyed to
    children such as road safety - for
    example, the Green Cross Code in the
    1970s. More messages are being taught
    in schools through Personal, Social and
    Health Education (PSE).
Wortel et al (1994)
   Wortel et al (1994) describe four safety
    behaviours that parents can engage in
    that prevent accidents among pre-school
    children:
   1. · Educating the child about risks
   2. · Supervision of the child
   3. · Making sure that the child's
    environment is safe
   4. · Giving first aid when an accident
    has happened.
Commentary
   It is difficult to make a child
    understand the nature of risk. It is
    almost impossible to ensure
    constant supervision, and also does
    not allow the child to explore the
    environment and learn from its
    mistakes. Making the environment
    safe is the best choice.
Langley and Silva (1982)
   Langley and Silva (1982) found that
    only 39% of parents whose child
    had had an accident in the pre-
    school period changed their
    behaviour to prevent further
    accidents. Most of the parents who
    did not change their behaviour did
    not feel that it was possible to
    prevent the accident.
Commentary
           The problem with an
            approach that focuses
            on the role of the
            parent is that it lays
            blame on these parents,
            instead of recognizing
            the need for a safe
            environment to be
            provided for everyone.
Commentary
   For example, if we recognize that children
    who grow up in deprived homes are more
    likely to have accidents than those who
    do not, then we often lay the blame for
    that statistic on negligent parents, rather
    than looking at the environment in which
    these parents are forced to bring up their
    children - in high-rise flats or on housing
    estates near main roads, for example.
Laws
          The
           promotion of
           safe
           behaviours
           can be more
           effective if
           laws are
           passed.
learning theory approach
   Oborne (1982) (cited in Pitts, 1996)
    uses a learning theory approach to
    understanding safety. He argues
    that often safety routines and
    practices take a lot of time, and that
    these behaviours are less likely to
    be reinforced than behaviours that
    are often quicker and easier,
    although more risky.
Pitts (1996)
   Pitts (1996) lists the following accident
    prevention actions as the most important:
           · To eliminate the hazards from the
        workplace
           · To remove the individual from exposure
           · To isolate the hazard
           · Workers can be issued with personal
        protection - such as protective clothing.
   The emphasis in this model is that the
    management, rather than the individual
    should take the action.
The use of cycle helmets
  In Maryland (USA), the use of cycle
   helmets was compared in three counties:
1. one in which a law had been passed in
   1990 making it mandatory for everyone
   under the age of 16 to wear an approved
   helmet;
2. one in which publicity about proposed
   legislation was widespread,
3. and one in which there were no laws or
   publicity.
The use of cycle helmets
   Using self-report measures, the
    increase in helmet use rose from
    11.4% to 37.5%, 8.4% to 12.6%
    and 6.7% to 11.1% respectively.
The use of cycle helmets
              % change in helmet use




 40


 35


 30


 25


  20
                                                        Before
                                                        After
  15


  10


      5
                                                After
      0

          1
                                       Before
              2
                                   3
The use of cycle helmets
   Observations of the use of cycle
    helmets in the three counties found
    slightly different increases: from 4%
    to 47%, 8% to 19%, and in the
    county with no laws or publicity,
    there was a decrease during the
    period of survey.
The use of cycle helmets
   In one state in Australia, after the
    wearing of cycle helmets was made
    compulsory there was an immediate
    increase in helmet use from 31% in
    March 1990 to 75% a year later.
    The number of cyclists killed from
    head injuries decreased by 48% in
    the first year, and by 70% in the
    second year.
motor vehicle accidents
   The death rates for motor vehicle
    accidents increase dramatically
    during adolescence, as depicted in
    the graph, and males between 15
    and 9 years of age are about 2½
    times more likely to die in traffic
    mishaps than females in the same
    age range (Matarazzo, 1984).
motor vehicle accidents
Safe-driving programs
   Because of the high rates of traffic
    fatalities in adolescence, special safe-
    driving programs have been directed
    toward teenagers. One approach has
    involved providing driver training in high
    schools, and early quasi-experimental
    research showed that students who take
    driver education courses subsequently
    have fewer accidents than those who do
    not.
Safe-driving programs
   But later studies revealed that the course
    itself was not the cause of this
    relationship; for some reason, students
    who elect to take driver education simply
    drive less than those who do not
    (Robertson, 1986). Similarly, driver
    education for adults-for example, as a
    condition for employment or in response
    to traffic violations---also seems to have
    little effect on accidents.
Perception and
reaction
   Other ways to reduce traffic accidents
    have been more effective than driver
    training. One approach capitalizes on
    research findings regarding drivers'
    perceptual and reaction abilities, with the
    goal of reducing their errors and
    enhancing their reaction time. Public
    health researcher Leon Robertson has
    described two examples:
Perception and
reaction
           (1) An extra brake
            light mounted in the
            centre of the vehicle
            above the trunk
            resulted in a 50%
            reduction in rear-end
            collisions when the front
            vehicle was braking,
            compared to randomly
            assigned control cars in
            the same fleets.
Perception and
reaction
         (2) Stripes across a road at
          an exponentially decreasing
          distance creates the illusion
          of acceleration when
          crossing at a constant speed
          . . . Installation of such
          stripes at high-speed
          approaches to roundabouts
          in England resulted in an
          average 66% reduction in
          crashes at such sites. (1986,
          pp. 22-23)
Perception and
reaction
              Another
               approach that is
               quite effective
               involves raising
               the legal driving
               age (Robertson,
               1986).
SLEEPY DRIVERS

   As mentioned above, there is a problem
    in the UK with sleep-related vehicle
    accidents (SRVAs). There has been
    extensive research into this issue (Reyner
    and Horn, 1998) which shows that the
    methods suggested to prevent this by
    motoring organisations, such as opening
    the window or turning up the radio, only
    have small and short-term benefits
    (about 15 minutes). The best advice is to
    take a break and maybe have a nap.
SLEEPY DRIVERS

   It has been found that naps of
    between 4 and 20 minutes can have
    a positive effect on performance and
    reduce sleepiness. In fact, 15-
    minute naps taken every 6 hours
    during a period of 35 hours of no
    sleep have been found to be
    effective in maintaining a good level
    of performance.
SLEEPY DRIVERS

   The common technique of having some
    coffee is also a good one, and laboratory
    tests have shown that low doses of
    caffeine (100—200 mg, or about two cups
    of coffee) improve alertness in sleepy
    people. The answer is fairly clear. To
    reduce road SRVAs we need to encourage
    drivers to stop driving when sleepy, and
    to take a nap or drink some coffee (for a
    review see Horne and Reyner, 1999).
MOBILE PHONES

   There is concern about the use of mobile
    phones by drivers. A review of research
    by RoSPA (R0SPA, 2001 b) about the
    effects of using mobile phones on driving
    found that when the driver is using a
    hand-held or hands-free phone they (a)
    vary their road speed and (b) wander in
    their lane. The driver appears to lose
    touch with driving conditions and become
    distracted. They concluded that using a
    mobile phone when driving increases the
    risk of having an accident.
MOBILE PHONES

   Interestingly, not all research paints such
    a negative picture of the phone user. For
    example Alm (1998) tested the idea that
    the more demanding the driving task, the
    greater would be the effect on using a
    mobile phone. The study did not support
    the hypothesis and showed, in fact, that
    drivers under pressure of a demanding
    road will reduce the level of difficulty by,
    for example slowing down, when they are
    using a mobile phone.
MOBILE PHONES

             This suggests that
              we are able to
              successfully multi-
              task and adjust
              our behaviour to
              match the actions
              we are required to
              do.
MOBILE PHONES

   The health promotion strategy to reduce
    accidents in drivers who are using mobile
    phones is carried out though driver
    education, through legislation (drivers
    must be in proper control of their vehicles
    at all times and holding a mobile phone
    whilst driving is now banned in the UK),
    and through employer education (so that
    they do not require their drivers to be
    available on the phone at all times).
Protective equipment

   Injuries and deaths can also he prevented
    if drivers and passengers will use
    protective equipment, such as seat belts
    in cars and helmets when riding
    motorcycles (Latimer & Lave, 1987;
    Robertson. 1986; Waller, 1987). But after
    seat belts were installed as standard
    equipment in cars, few people opted to
    use then. As a result, researchers began
    to try a wide variety of methods to
    promote the use of protective equipment
    in cars.
Protective equipment

   Some of these studies were
    conducted to improve car safety for
    children by providing instruction and
    information to parents through
    hospitals and paediatricians. These
    programs have had mixed success
    (Cataldo et al, 1986;
    Christophersen, 1984, 1989).
Protective equipment

   Some programs to increase seat belt use
    have been directed at the child, rather
    than the parent. One study presented a
    2-week passenger safety curriculum to
    children in several preschools, using a
    theme character called ‘Bucklebear’'
    (Chang, Dillman, Leonard, & English,
    1985). Two of the curriculum's main
    messages were that buckling up for every
    ride is a good thing for everyone to do
    and that the best seat in the car is the
    back seat.
Protective equipment
Protective equipment

   Some of the parents also took part in
    activities to promote seat belt, use. The
    children in several other preschools
    served as a control group who were
    matched to the experimental subjects for
    their prior seat belt use. Follow-up
    observations in the preschool parking lots
    3 weeks after the program was completed
    revealed that over 44% of the
    "Bucklebear' children and only about 22%
    of the control children were using seat
    belts.
ACCIDENT REDUCTION AT
WORK
   Health promotion can be used at work to
    reduce accidents. The most frequently
    cited methods for reducing accidents at
    work are stress reduction programmes.
    For example, Kunz (1987) describes how
    a stress intervention programme reduced
    medical costs and accident claims in a
    hospital. The programme more than paid
    for itself with the savings from reduction
    in accidents.
ACCIDENT REDUCTION AT
WORK
 Stress reduction programmes have
  also been shown to reduce
  absenteeism (Murphy and Sorenson,
  1988).
 Another way of reducing accidents is
  through incentive programmes. Fox
  et al. (1987) looked at the effects of
  a token economy programme at
  open cast pits.
ACCIDENT REDUCTION AT
WORK
   Employees earned stamps for working
    without time lost for injuries, for being in
    work groups in which none of the workers
    had lost time through injury, for not
    being involved in equipment damaging
    accidents, for making safety suggestions,
    and for behaviour that prevented injury
    or accident. They lost stamps for
    equipment damage, injuries to their work
    group and failure to report accidents and
    injuries.
ACCIDENT REDUCTION AT
WORK
   The token economy produced a dramatic
    reduction in days lost through injury and
    reduced the costs of accidents and
    injuries. These improvements were
    maintained over a number of years.
   A relatively simple intervention to reduce
    fatigue and accidents in logging workers
    involved encouraging them to take
    regular fluids.
ACCIDENT REDUCTION AT
WORK
   Sports science has shown that the use of
    regular fluid intake is one way to reduce
    the sense of strain in a task and delay the
    onset of physical and mental fatigue. A
    study of loggers in New Zealand
    (Paterson et al., 1998) looked at the
    normal performance of the loggers and
    compared it with performance when they
    were taking a sports drink every 15
    minutes.
ACCIDENT REDUCTION AT
WORK
   In the normal condition, the loggers lost
    on average about 1 per cent of their body
    weight during the working day, but in the
    fluid condition they maintained or
    increased their body weight. Also in the
    fluid condition, the heart rate was lower,
    and the loggers reported feeling fresher,
    stronger, more alert and more vigorous.
    Reducing fatigue and strain can reduce
    errors so it is a useful intervention to
    keep a worker properly hydrated.
MEDIA CAMPAIGNS
   Public information films on television
    often tell us to do very sensible things
    like dip our headlights or fit smoke
    alarms. They might well affect our
    attitudes to these procedures and
    products but do they affect our
    behaviour? In the field of accidents it is
    possible to estimate changes in behaviour
    by comparing accident rates before and
    after an advertising campaign.
MEDIA CAMPAIGNS
   This discrepancy between attitude (what
    we think) and behaviour (what we do) is
    illustrated in a report by Cowpe (1989).
    This report looked at the effectiveness of
    a series of advertisements about the
    dangers of chip pan fires. Before the
    advertisements, people were asked about
    this hazard and most of them claimed
    that they always adopted safe practices.
MEDIA CAMPAIGNS
   However, the statistics from fire brigades
    about the frequency of chip pan fires and
    the descriptions by people of what they
    should do suggested that their behaviour
    was not as safe as they thought. A
    television advertising campaign was
    developed and broadcast showing
    dramatic images of exactly how these
    fires develop, and how people should deal
    with them.
MEDIA CAMPAIGNS
            The adverts ended
             with a simple
             statement, such as
             ‘Of course, if you
             don’t overfill your
             chip pan in the first
             place, you won’t
             have to do any of
             this’.
     MEDIA CAMPAIGNS
   By comparing fire brigade statistics for the
    areas which received the advertisements, and
    those for the areas which did not, the
    advertisers found that the advertisements
    had produced a 25 per cent reduction in the
    number of chip pan fires in some areas, with
    a 12 per cent reduction overall. Surveys
    taken after the series of advertisements
    showed that people had more accurate
    knowledge about what they should do in the
    event of a chip pan fire than before.
PREVENTING SLIPS, TRIPS
AND FALLS
   Slips, trips and falls make up around
    a third of injuries leading to absence
    from work (HSE, 1999). Older
    people are especially susceptible to
    health-damaging falls, with
    approximately 30 per cent of people
    over 65 who live in the community
    falling each year and about 50 per
    cent of the over 80s (D0H, 2000).
PREVENTING SLIPS, TRIPS
AND FALLS
   The consequences of falling can be:

   •         physical injury such as fractures
   •         psychological impacts such as
    increased fear of falling
   •         reduced mobility
   •         needing to be cared for in an
    institution
   •         death.
PREVENTING SLIPS, TRIPS
AND FALLS
   There have been many programmes
    aimed at reducing damaging falls in
    older people. Studies that have
    targeted high-risk groups and
    offered programmes of exercise
    aimed at increasing mobility and
    strength have been relatively
    ineffective in reducing the number of
    falls.
PREVENTING SLIPS, TRIPS
AND FALLS
   Programmes which have the greatest
    success combine a number of
    interventions such as a review of the
    medication the older person is taking, a
    safety review of their house and taking
    moderate exercise (for a review see D0H,
    2000). For people at particular risk, there
    have been some interventions using hip
    protection so that falls are cushioned and
    less damaging. The problem with such
    interventions is that the compliance rate
    for wearing the devices is relatively low.
PREVENTING SLIPS, TRIPS
AND FALLS
UNDERSTANDING MEDICAL
INSTRUCTIONS
   We live in a world full of icons and signs.
    Diagrams of stick people with crosses
    through them appear all over our
    everyday environment. What is the stick
    figure doing? Does everybody understand
    the same message from these signs?
    Research into signs can help us adjust
    them so that more people can understand
    what is required and make fewer errors in
    medication.
UNDERSTANDING MEDICAL
INSTRUCTIONS
   For example, a study by Dowse and
    Ehlers (1998) on the different perceptions
    of signs by black and white people in
    South Africa, was able to devise signs
    that could be better recognised by the
    black community. Literacy in the black
    community is still very low in South Africa
    (estimated 45 per cent illiterate and 25
    per cent semi-literate), so the use of
    icons and pictures is important in medical
    instructions.
UNDERSTANDING MEDICAL
INSTRUCTIONS
   A set of international symbols was
    published in 1991 in the United
    States Pharmacopoeia, but the
    researchers believed that many of
    these symbols would be poorly
    understood by black South Africans.
UNDERSTANDING MEDICAL
INSTRUCTIONS
   Following interviews with black students
    they devised some Africanised versions of
    the symbols. When they tested them with
    members of their target group (black
    South Africans with low levels of literacy),
    they found that the Africanised symbols
    were either equally well or better
    recognised than the US symbols.
UNDERSTANDING MEDICAL
INSTRUCTIONS
Homework
 a) Outline one study that shows how
  accidents can be reduced. (6)
 b) Discuss the difficulties in reducing
  accidents and promoting safety
  behaviours. (10)
The End

				
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