Article Text

Download PDFPDF

Comparison of sports medicine, public health and exercise promotion between bidding countries for the FIFA World Cup in 2018
  1. Jessica Joan Orchard,
  2. John William Orchard,
  3. Timothy R Driscoll
  1. Sydney School of Public Health, University of Sydney, Sydney, Australia
  1. Correspondence to Mrs Jessica Joan Orchard, 3907/177 Mitchell Road, Erskineville, NSW 2043 Australia; jcoa2379{at}gmail.com

Abstract

Objective To ascertain whether it is possible to assess countries bidding for international sporting events based on public health and sports medicine criteria. In particular, the authors undertook this exercise for countries bidding for the 2018 Fédération Internationale de Football Association (FIFA) Football World Cup (2018 World Cup).

Design A scorecard framework approach to pose and answer nine relevant questions. Questions were answered using Medline-listed references (where possible) and internet research.

Results England scored the highest overall, largely due to its sports medicine training programme and recognition, and funding of treatment for sports injuries. The Netherlands/Belgium scored highly in the questions relating to public health expenditure, Australia was very strong in sports medicine research, and Japan was the best of the bidding countries in terms of having a lower prevalence of overweight and obese people.

Conclusions It is possible to assess countries bidding for international sporting events based on their performance with respect to sports medicine, physical activity and health promotion criteria. Bodies organising major sporting events such as FIFA and the International Olympic Committee may wish to consider making public health measures part of the bidding criteria for hosting these events.

Statistics from Altmetric.com

Request Permissions

If you wish to reuse any or all of this article please use the link below which will take you to the Copyright Clearance Center’s RightsLink service. You will be able to get a quick price and instant permission to reuse the content in many different ways.

Introduction

The Fédération Internationale de Football Association (FIFA) is currently considering bids from 10 countries (or pairs of countries) for the 2018 and 2022 FIFA Football World Cup tournaments (referred to throughout as 2018 and 2022 World Cups). FIFA will make its decision in December 2010 based on a number of criteria.1 According to FIFA's initial invitation to bid document, key criteria at the early stage of the bidding process include:

  • ▶. ‘infrastructure and facilities…must be of the highest quality’;

  • ▶. ‘approximately 12 stadiums with minimum capacities of…40 000 for group matches and 80 000 for the opening match and final are required’; and

  • ▶. ‘the very highest standards of TV broadcasting, information and telecommunications technology, transport and accommodation are an absolute must.’

Interestingly, there is no reference to the availability of sports medicine services in this initial description of the requirements for a host country. Importantly, however, FIFA's invitation to bid document does refer to broader considerations. FIFA expressly recognises the power of the World Cup to ‘unite people all over the world’ and that ‘FIFA is determinate that this overwhelming ability to reach out to the world should benefit the game of football itself and society in general.2 Future hosts…will therefore be expected to ensure that their hosting of the event is tied in with efforts to achieve positive change.’2 We consider these efforts to achieve positive change could include physical activity, sports medicine and public health considerations.

It is often said that international sporting events are good for the general population's physical activity levels as they inspire and encourage people to participate in that sport.3 However, this link has recently been called into question by a range of commentators, who cast doubt on whether hosting large sporting events such as the Olympic Games does lead to increased physical activity for the population of the host country.4,,6 A 2007 review of the available evidence found there were few quality evaluations of the impact of large sporting events and concluded that ‘[w]hile mass sporting events appear to influence physical activity-related infrastructure, there is scant evidence of impact on individual participation at the population level.’6 In addition, the 2009 Australian Crawford Report on sports funding concluded that: ‘Importantly, the Panel can find no evidence that high profile sporting events like the Olympics (or Wimbledon or the Australian Football League Grand Final) have a material influence on sports participation.’7 This has been the subject of lively debate in the Australian media.8

This paper argues that rather than passively waiting until after a large sporting event, expecting sports participation to ‘magically’ increase, governments of nations bidding for international sporting events should be encouraged by event organisers to promote physical activity and sports participation before the event. Further, we argue that physical activity promotion and other relevant sports medicine and public health indicators should become part of the standard criteria for awarding international sporting events.

Methods

We aimed to use a scorecard framework by posing and answering nine questions relevant to assessing a country's physical activity, public health and sports medicine performance. Some questions are directly relevant to a country's ability to stage the event, whereas other questions relate to the country's ‘attitude’ towards sports promotion at the grassroots level and support services.

We chose the countries to assess based on the FIFA website list of bidders for the 2018 World Cup.9 Australia, Belgium and The Netherlands (joint bid), England, Japan, Russia, Spain and Portugal (joint bid) and the USA have submitted their bids to host the 2018 and/or the 2022 World Cup. Korea Republic, Indonesia and Qatar have submitted their bids to host the 2022 World Cup only, and were excluded from the analysis because the information of interest was much more difficult to find for these countries.

We attempted to categorise the answer to each question with a 10-point scale (see detailed description in appendix 1). For joint bidders, where the answer was known for both countries, the mean of the two countries' scores was used; where only one country's answer was known, just that answer was used. In relation to scores for England, responses are based on data for England (if available) or the UK (if data only from England were unavailable).

Appendix 1

Description of scoring system

Where possible, we tried to source information from a Medline-listed reference or the WHO website. When this was not possible, we made the best available estimate based on sources identified through other internet searching.

Detailed description of methods for each question

  • ▶. Questions 1 and 2: For the initial assessment of whether sports medicine was a specialty and, if so, the length of the training programme, we used the results of a recent review paper of European countries and the European Federation of Sports Medicine Associations website.10 11 This paper and website provided information for England, Russia, The Netherlands/Belgium and Spain/Portugal. Relevant experts and internet sources were used for Australia, USA, Japan and Russia.

  • ▶. Question 3: We looked at the Web of Science database and conducted a search for all papers with a topic=sport, then refined this to include only papers within the following topics: SPORT SCIENCES OR ORTHOPEDICS OR MEDICINE, GENERAL & INTERNAL OR SURGERY. This identified 12 530 papers. We then used the Web of Science analysis tool to sort by country of origin. We also refined the search to only include papers from 1980 to 2009. For population figures for all countries except England, we used United Nations 2001 population figures.12 We selected 2001 as a midpoint approximation. The England population figure was obtained from the UK Office of National Statistics 2001 census.13

  • ▶. Question 4: We consulted relevant internet sites about each country's health system.

  • ▶. Questions 5 and 6: We used the WHO Global Infobase to obtain comparable prevalence data for each country for males and females aged 15 years or more in 2010 who had a body mass index of 25 kg/m2 or more.14

  • ▶. Questions 7 and 8: We used physical activity data from journal articles based on the International Physical Activity Questionnaire,15 which appeared to provide the best comparative framework. For Australia, Japan, USA, Belgium and Spain/Portugal, we obtained data for 18–65-year-old males and females from the 2002 to 2004 international prevalence study by Bauman et al.16 For England and The Netherlands, we obtained data from a paper by Rutten and Abu-Omas.17 We were unable to find any data for Russia and therefore gave them a midpoint score (ie, 6).

  • ▶. Question 9: for all countries except England and Russia, we used 2007 data from the Organisation for Economic Co-operation and Development (OECD) ilibrary 2009 health expenditure by function, which is based on the System of Health Accounts definitions.18 Data for England were obtained from the 2009 Health England report, which used the same OECD definitions, although figures were from 2006 to 2007.19 Russia does not appear to provide this information publically.20

Results

The results for each bidding country using the scorecard framework are set out in table 1 below.

Table 1

Sports and exercise scorecard for countries bidding for the 2018 and 2022 Fédération Internationale de Football Association World Cup tournaments

Overall, England scored the highest, closely followed by Netherlands/Belgium and then Australia.

In terms of the sports medicine measures, England scored highest, largely due to its sports medicine training programme and recognition, and funding of treatment for sports injuries. Australia also scored strongly in this section due to its strength in sports medicine research output. Japan was the lowest-scoring country in this section as a result of its failure to recognise (and fund) sports medicine as a specialty. England and The Netherlands/Belgium scored best in the public health area, although Japan scored very well in terms of obesity prevalence and poorly in terms of activity. Netherlands/Belgium scored best in terms of public health expenditure.

Discussion

England scored the highest overall in terms of the criteria considered in this paper, but we are not arguing that England should be awarded the World Cup in 2018 or 2022 on the basis of these results. Rather, the analysis shows that it is possible to construct questions to meaningfully compare bidding countries based on physical activity and sports medicine criteria. It is well established that physical activity is a key risk factor for type 2 diabetes, cardiovascular disease and cancer, which, together with chronic respiratory disease, account for more than 60% of all deaths.16 21 Physical activity and public health measures were chosen on the basis that they are critically important areas, particularly given the current obesity epidemic. Sports medicine performance was included not only because of its direct contribution to world class sporting events through treating injuries, but also because of its substantial role in supporting relevant research into areas such as injury prevention, training and rehabilitation.22

We note that for some questions, none of the bidding countries scored the maximum available points. In our view, the highest score should represent the ‘gold standard’ that countries should be striving for. For example, in response to question 2, no country scored 10 points for the length of its sports medicine training programme (this required having a training programme of 5 years or longer). However, Finland, which is not a bidding country, does meet this criterion, as it has a 5-year sports medicine training programme.10 11 The length of the sports training programme is seen as a useful indicator of the importance placed on sports medicine in a country, and we chose this because of the recently published comparison between many countries, using this criterion. However, it is not the only measure that might be used for in this area, and it may be, for example, that it is more appropriate to look at the minimum time required from commencing work as a doctor to qualify as a sports medicine physician.

Similarly, no country scored 10 points in response to Question 4: government funding for treatment of sports injuries (this required the government to fully fund treatment of sports injuries with no significant waiting list). In contrast, New Zealand, meets this criterion through its Accident Compensation Corporation scheme.23 24

The literature search for question 3 focused on sports medicine articles, but it would be possible to include exercise-related articles from a broader, public health perspective, which may provide a better indicator of a country's overall approach to exercise, although at the expense of not focusing as much on sport.

We would have liked to include several other qualitative measures in the scorecard that are relevant to activity and health in the community, such as availability of public bicycle paths, quality of public transport and ease of access to community sporting facilities. Unfortunately, there was no readily available comparative information for the bidding countries to allow these measures to be included. It is also likely that the availability of infrastructure which promotes physical activity would be somewhat reflected in a country's physical activity prevalence rates, which we did take into account. It would also be possible to weight the included questions differently if it was considered that certain aspects were more important than others.

We consider that FIFA and other bodies overseeing international sporting events may wish to consider developing guidelines and/or requiring bidding countries to make submissions and be assessed on these sorts of criteria. We note that FIFA has recently announced its Football for Health programme25 and the football and malaria programme.26 These positive initiatives are certainly to be commended. Our proposal is slightly different in focus and timing, as it involves all bidding countries, and ideally encourages increased physical activity years before the actual sporting event. Our proposal is certainly not the only proposal that could work: a range of other options could also be suggested.

The fact that England scored highly on the questions that we posed may in part be explained by the fact that England's bid for the London Olympics seems to have been the first proposal of this type to aim to substantially use a successful bid to promote national physical activity.27 Although the English bid was only made in the last decade, some specific action was taken as part of the bidding process (eg, the development of a specialty training programme in sports medicine). National physical activity rates may take longer than this to change. However, if countries believed that their eligibility to host major sporting events would be handicapped if they did not devote significant resources to improving physical activity rates, then more comprehensive programmes may be instituted to try to increase physical activity. Many experts in the USA have claimed that it is ‘impossible’ for this country to provide universal healthcare to its citizens. The decision to put this reform in the ‘too hard basket’ may be reviewed by even the most strident opponents of universal healthcare if it was explicit that the absence of this reform could negatively affect the USA's chances of being chosen for major sporting events in the future.

We acknowledge that the scorecard proposed in this paper may to some extent discriminate against poorer countries. However, some measures, such as obesity and physical inactivity, are likely to be lower (and therefore score better in our model) for poorer countries. Further, poorer countries are likely to face similar disadvantages in meeting current criteria included by sporting events organisers, such as availability of stadiums, media facilities, hospitals, etc. We also note that our scorecard as shown in table 1 may discriminate against countries for which data were not readily, publicly available. That is, it may discriminate against non-English speaking and/or non-European countries. However, if these sorts of sports promotion and physical activity criteria were required by international sporting event organisers, we consider that individual countries would have ample time (and incentive) to discover/record relevant data. Therefore, it is unlikely that in practice such a system would discriminate against countries with less publicly available data. It would be possible to make some sort of adjustment based on a country's overall wealth. However, the comparison in this paper is designed to describe what a country has achieved, not primarily how well it has achieved in this area given the resources available, and most available measures of national wealth are very coarse indicators of these resources.

Major international sporting events have many potential benefits for the host nation. It is arguable whether increased sporting activity is, or is not, one of these benefits.3,,6 However, if bidding criteria included aspects directly related to the physical activity of the population of the bidding countries, and the intellectual and physical infrastructure available to support such physical activity, it is very likely that there would be a long-lasting improvement in the physical activity and health of the bidding country's population. This would be a very positive and popular legacy to result from the hosting of, or indeed the bidding for, a major sporting event.

We are not suggesting that these measures be the sole criteria for awarding the 2018 World Cup. Rather, we recommend that bidding countries be required to make submissions on health criteria such as these, and suggest that FIFA and other sporting event organisers may wish to take these into account when determining the successful bidder. The London Olympic bid included reference to similar criteria,27 and we would encourage event organisers to consider including these types of questions. It also may be useful to include minimum criteria.

What is already known on this topic

In deciding between cities and countries bidding for major events, bodies like Fédération Internationale de Football Association (FIFA) include, as part of the decision-making process, criteria such as stadium quality, infrastructure, telecommunications and broadcasting expertise.

What this study adds

Public health considerations, including quality of sports medicine and government commitment to exercise promotion, should be included as future bid criteria for major sporting events. It is already possible to devise a scorecard to differentiate between bidding countries for events, such as the FIFA 2018 World Cup, based on exercise promotion and sports medicine criteria.

References

Footnotes

  • Competing interests None.

  • Provenance and peer review Not commissioned; externally peer reviewed.