Original research

Design and validation of Iranian Child Health-Friendly Neighbourhood checklist: a mixed-methods study

Abstract

Background A child health-friendly neighbourhood is defined as a neighbourhood where the child’s health is provided, protected and promoted. Designing and validation of an assessment tool is required to identify the deficits and strengths of neighbourhoods within the context of each country. This study aimed to design and validate a child health-friendly neighbourhood assessment tool in Tehran.

Methods A mixed-methods approach using semistructured interviews with 31 participants (15 mothers of children under 6 years old and 16 experts) conducted in Tehran between 2021 and 2022. Face validity, content validity and reliability of the checklist were calculated. Highly influenced by the Child Friendly City framework, designing and validation of the checklist was carried out through three phases: (a) identifying the child health-friendly neighbourhood domains and subdomains, (b) drafting the Iranian Child Health-Friendly Neighbourhood checklist and (c) validation of the designed checklist.

Results Following three phases of study, the final version of the checklist consisted of six dimensions, namely green space and park, recreational centre, passage and street, healthcare centre, cultural centre and kindergarten. Each dimension encompassed five domains of facilities and services, accessibility, security, safety and aesthetics and view, with 42 indicators, 77 subindicators and 273 items.

Conclusions The child health-friendly neighbourhood checklist has a more health focus on neighbourhood level and is more contextually specific, relevant and appropriate compared with UNICEF’s Child Friendly City framework. It also showed acceptable validity and reliability; therefore, the checklist could be a feasible tool to assess child health-friendly neighbourhoods.

What is already known on this topic

  • Evidence demonstrated that neighbourhoods could play a remarkable role in children’s health. A contextually validated and health-oriented assessment tool is required considering children under 6 years old to explore how safe and secure the neighbourhoods are.

What this study adds

  • This study designed and validated a child health-friendly neighbourhood checklist focusing on children under 6 years of age to assess the neighbourhoods, applying a mixed-methods approach within the Iranian context. Furthermore, an Iranian Child Health-Friendly Neighbourhood (ICHFN) conceptual framework was developed to assess the child health-friendly city at a neighbourhood scale including six dimensions and five domains.

How this study might affect research, practice or policy

  • The designed and validated ICHFN checklist could be applied to assess the neighbourhoods where children under 6 play and commute. The dimensions and domains of the checklist are feasible for professionals and researchers to use.

Introduction

In 1986, the first International Conference on Health Promotion led to the declaration of the Ottawa Charter for Health Promotion as a recommended global strategy for achieving health for all by 2000 and beyond. The Ottawa Charter emphasised five key strategies, including creating a health-promoting setting as the second most widely recommended key action. The setting includes all the places where people live, work and learn. The Ottawa Charter supported the environment-based health promotion approach.1 In this regard, the WHO introduced healthy cities as the first idea of health promotion approach.2 The idea attracted global attention to public health and environmental health promotion, which was subsequently followed by relevant definitions such as a child-friendly city and its components to meet the needs of this age group around the world.3

The concept of a child-friendly city was first introduced by the UNICEF with the aim of protecting children’s rights in 1989.4 UNICEF offers seven areas of play and leisure, health, education, environment, conservation, social participation and innovation for measuring the qualitative concept of a child-friendly city.5 Children are the most vulnerable group in society and are more susceptible to environmental and social harm than other age groups.3

As stated by the WHO, a healthy city for children is a healthy city for all residents.2 The Urban95 initiative is an example that makes developing cities considering people 95 cm necessary (average height of 3 year-olds).6 Neighbourhoods can play a protective or threatening role for young children. Hence, cities, especially neighbourhoods, are of the utmost importance to the health and development of children.5 Creating protective and healthy environments requires a greater focus on the health aspect of one’s neighbourhood as child-friendly.

In recent years, various studies have been conducted across the world to provide appropriate tools for assessing cities and neighbourhoods, many of which have been designed using UNICEF’s Child Friendly City framework to measure strengths and weaknesses of environments.7–9 There is no universal standard tool for measuring the characteristics of child-friendly cities.8 Obviously, a suitable tool for measuring a child-friendly city should reflect various local and contextual factors such as the socioeconomic, political, environmental and organisational conditions of each country to ensure its suitability and feasibility to be implemented in the intended environment.9

Previous studies in this area showed that developing a health-friendly neighbourhood requires a thorough awareness of the neighbourhood’s circumstances and a comprehensive assessment of its current conditions.9–11 On the other hand, a majority of the existing evidence has examined this subject from the perspective of urbanisation, thus few studies are available from the health perspective in different populations.12–14 Similarly, studies conducted in Iran have examined cities from the perspective of urbanisation and architecture, child living context and indicators of child-friendly cities.15–18 This limited evidence implied the necessity of designing a comprehensive tool that includes different aspects of the child health-friendly neighbourhood. In addition, there has been less attention on already designed instruments for children younger than 6 years of age, while there are a variety of studies focused on adolescents.9 Accordingly, in the present study, we aimed to design and validate a checklist to assess the multidimensional components of a child health-friendly city to understand and quantify the principal needs of children based on the UNICEF’s Child Friendly City framework.

Methods

Design and sample

This study was a mixed-methods research conducted in Tehran between December 2021 and March 2022. The study design included three phases as follows:

  1. Identifying the child health-friendly neighbourhood domains and subdomains.

  2. Drafting the Iranian Child Health-Friendly Neighbourhood (ICHFN) checklist.

  3. Validation of the designed checklist.

First phase: identifying the child health-friendly neighbourhood domains and subdomains

This phase consisted of a qualitative study and a scoping review.

Qualitative study

In this step, 31 in-depth interviews were conducted. A purposeful sampling technique was used to recruit the study participants. The participants included 15 mothers of children under 6 years old, as well as 16 faculty members of urban planning and architecture fields, faculty members of health education and promotion, child psychologists and expert members of the Child-friendly City Department of Tehran City Council. The interviews focused on how the participants perceived the concept of the child health-friendly neighbourhood. Interview transcription provided the raw data. The gathered data were analysed according to the directed content analysis method (based on the UNICEF’s Child Friendly City framework)19 20 and using MAXQDA software V.2020. The main codes emerged regarding the similarity with the initial codes.

Scoping review

Scoping review is an approach to identify already existing knowledge, emerging evidence and the characteristics of a certain concept to synthesise the results.21 The aim of scoping review in this study was to identify the child-friendly cities and neighbourhoods’ assessment tools in national and international documents and scholarly articles following the first stage of the study to understand additional characteristics of a child-friendly city and neighbourhood not indicated in the first stage by experts and mothers. Inclusion criteria encompassed (a) document type: national and international documents, reports and scholarly articles; (b) design: qualitative studies; (c) population/participants: children younger than 18 years old; and (d) study aim: to design an assessment tool. The stages of conducting this scoping review were according to the five stages of the framework suggested by Levac et al.22 We followed the steps of defining the research question of what assessment tools had been used for a child health-friendly city, searching the documents in Scopus, PubMed, ScienceDirect, Magiran, IranMedex and SID using ‘child friendly city’ and ‘child friendly neighbourhood’ keywords, screening relevant studies based on the aforementioned inclusion criteria, extracting the assessment tools and reported characteristics of a child-friendly city and neighbourhood and ultimately summarising the relevant findings of the studies. The data extract was completed using a protocol including study characteristics (authors, publication year, country), study design (methods, participants, assessment tool) and the results. The scoping review aimed to identify the concept of a child-friendly city, the components and dimensions of a child-friendly city and the instruments to measure the dimensions. In total, 257 articles, documents and reports were retrieved of which the full texts of 181 scholarly articles, 64 documents and 12 reports were assessed. Of all reviewed documents, 111 texts were found duplicated and 146 documents remained. Titles and abstracts of 121 documents were screened and 94 were irrelevant, thus, excluded from the review. Subsequently, a total of 26 full texts related to the concept of the child-friendly city were screened and found eligible to enter the review.23 The final documents included 17 English language and nine Persian language articles published as three instruments and 23 frameworks.

Second phase: drafting the ICHFN checklist

This phase also included two steps of drafting the conceptual framework and the first version of the ICHFN checklist. In the first step, the results of the previous phase were integrated to develop the draft of the conceptual framework of a child health-friendly city at a neighbourhood scale. Based on the findings of the previous phase and the conceptual framework, the initial draft of the checklist was developed including dimensions, domains, indicators, subindicators and items for measuring the characteristics of neighbourhoods.

Third phase: validation of the designed checklist

Face validity

The face validity of the designed checklist was completed through two discussion sessions with experts in academia and a session with the municipality. The research team, two faculty members in health education and promotion, five faculty members in urban planning and architecture and three experts in Child-friendly City Council of Tehran municipality attended these discussion sessions to assess the face validity of the designed checklist.

Content validity

A panel of 10 experts including two faculty members in health education and promotion, five faculty members in urban planning and architecture and three experts in the Child-friendly City Council of Tehran municipality assessed the initial version of the checklist. To determine the content validity of the checklist, the content validity ratio (CVR) and content validity index (CVI) were calculated.24 The panel of experts was asked to provide their comments and rate the items on essentiality, clarity, relevance and simplicity. In addition, there was a section named ‘any suggested item’ in the checklist given to the experts, through which experts were able to make suggestions to add or eliminate any items. The CVR value was based on the 10 experts’ ratings with the minimum acceptable value of 0.62.24 The CVI value was calculated at 0.79, indicating that the experts mostly rated items 3 and 4, which were considered acceptable ratings.25 The data were coded in the IBM SPSS Statistics V.21 for statistical analysis.

Reliability

The reliability of the designed checklist was evaluated using the intrarater and inter-rater agreement. These agreements were measured using Cohen’s kappa coefficient (for each binary item) and the sum of each domain was calculated for the total scores of the checklist. The obtained kappa reliability was at least 0.8 indicating acceptable reliability for the designed checklist.26 To assess the internal consistency of the checklist, Cronbach’s alpha values for the domains were computed.

Patient and public involvement

No patient was involved.

Results

Identifying the dimensions of ICHFN

The content analysis of the interviews led to identifying 26 108 items of initial codes categorised in 8 dimensions, 38 subdimensions and 219 items for a child health-friendly neighbourhood. Furthermore, the scoping review resulted in the emergence of 9 dimensions, 23 subdimensions and 72 new items that had not been extracted from the interviews with the participants; therefore, they added to the dimensions, subdimensions and the items emerged from the interviews.

Developing the conceptual framework of ICHFN

Integrating the results from the two studies in the qualitative phase showed more comprehensive categories and codes including the main category (dimensions), subcategory 1 (domains), subcategory 2 (indicators), subcategory 3 (subindicators) and codes (items). In addition, developing the conceptual framework for the ICHFN consisted of six dimensions, that is, neighbourhoods’ green spaces and parks, recreational centres, cultural centres, pedestrian passages and streets, healthcare centres and kindergartens. Each dimension included five domains, namely facilities and services, accessibility, security, safety as well as aesthetics and view. Figure 1 displays the conceptual framework for the ICHFN checklist.

Figure 1
Figure 1

Iranian Child Health-Friendly Neighbourhood (ICHFN) conceptual framework. The framework conceptualised six dimensions, namely green space and park, recreational centre, passage and street, healthcare centre, cultural centre and kindergarten. Each dimension encompassed five domains of facilities and services, accessibility, security, safety and aesthetics and view.

Drafting the ICHFN checklist

The checklist was structured with 6 dimensions, 5 domains, 47 indicators, 64 subindicators and 314 items, organised into 314 questions with the ‘there is’ and ‘there is not’ options to answer.

Validation of the designed checklist

Face validity

In this step, experts discussed the level of clarity and appropriate items in the group discussion sessions. The content of the checklist was reviewed by the expert panel and the necessary changes were made based on the panel’s point of view. The importance of each item of the designed checklist was then determined by the panel and some items were combined or eliminated.

Content validity

Following the computation of CVR and based on the experts’ comments, five indicators were eliminated. The expert panel commented on the accessibility indicator and suggested that some items were inessential; for example, experts believed that there is no need to check the park per capita and the distance to access the park. Thus, the indicator of neighbourhood park accessibility included ‘there is’ and ‘there is no’ options. The computation of CVI showed that all the items in the checklist rated an acceptable value of 0.79. In total, 13 items were added to the checklist, while 41 items were decided to be removed.

The first version of the designed checklist before the content validity stage included 6 dimensions, 5 domains, 47 indicators, 64 subindicators and 314 items, and after the content validity stage, the final version of the checklist consisted of 6 dimensions, 5 domains, 42 indicators, 77 subindicators and 273 items (online supplemental appendices 1–6). Although the total number of the checklist items of each dimension and domain varied, all of the items had similar scores of 0 or 1. Table 1 shows the maximum score that could be received in each domain.

Table 1
|
Maximum achievable scores for the ICHFN checklist domains

Reliability

To assess the reliability and internal consistency, the Cronbach’s alpha and Cohen’s kappa coefficient values were computed. The computed Cronbach’s alpha values for the green space and park, recreational centre, passage and street, healthcare centre, cultural centre and kindergarten domains were, respectively, 0.79, 0.84, 0.81, 0.92, 0.77 and 0.85, which show an acceptable internal consistency for the domains of the proposed checklist. For the inter-rater evaluation, the principal investigator (PA) and a rater filled in the checklist for a neighbourhood in District 5 of Tehran. The reason to select this neighbourhood was the familiarity of the investigator and the rater with the region. Both the investigator and the rater separately completed the checklist for the corresponding neighbourhood. Cohen’s kappa coefficient was calculated as 0.875 and the raters’ agreement was found acceptable. Moreover, the sum of each domain was calculated by two raters and compared to examine whether the values were similar and at acceptable levels (table 2).

Table 2
|
Sum scores of the ICHFN checklist domains rated by two raters

The complete form of the validated checklist is provided in online supplemental appendix 7.

Discussion

This study contributed to designing and validation of the child health-friendly neighbourhood checklist for children under 6 years old in Tehran. The final version of the checklist included 6 main dimensions, 5 domains, 42 indicators, 77 subindicators and 273 items that found to be feasible to assess a child health-friendly neighbourhood in the Iranian context following three phases of designing and validation. To the best of authors’ knowledge, this is the first checklist designed to assess child health-friendly neighbourhoods considering children of preschool ages applying a mixed-methods approach at a neighbourhood scale. Although there are conceptually similar characteristics between the ICHFN and UNICEF checklists, the ICHFN could be more feasible and applicable to the local and contextual characteristics of Iran. The examples of these contextually specific characteristics are services and facilities, accessibility, security, safety and aesthetics and view.

Promoting children’s health goes beyond accessibility to the paediatric healthcare service and includes attention to environmental factors, for example, living environment, peer interactions and play, that substantially affect children’s health.27 Therefore, a reliable and validated assessment tool with the purpose of identifying potential environmental factors that impact children’s health could be of significant benefit to assess the weaknesses and strengths when designing the health-promoting interventions at the neighbourhood level.8 The ICHFN checklist could be considered a promoted and calibrated version of UNICEF’s Child Friendly City framework, designed for the age group of children under 6 years old. While conceptually similar to the UNICEF tool,19 this tool has been designed to be more comprehensive based on local conditions and the age group of children. More specifically, domains of services and facilities, accessibility, security, safety and aesthetics and view have been incorporated into each domain of this instrument.

The comprehensiveness of the designed assessment tool is perspectives of both relevant stakeholders and mothers in the design process. In many previous studies, the proposed tools have been designed in the form of questionnaires,8 28–30 while our designed instrument was developed as a checklist. This enables the experts of diverse specialties, including urban planning specialists, public health experts, architects, urban designers or anyone familiar with the concept of a healthy city and child, to assess the neighbourhood environment based on detailed and specialised questions.

The neighbourhood environment affects various aspects of children’s health, for example, obesity, mental health and social interactions,31 emphasising how essential the factors at neighbourhood level are for the health of children.28 31 Previous studies demonstrated that the presence and activity of children in parks and green spaces reduced the child’s obesity, relieved their stress and increased their interaction with their peers.28 Moreover, it was shown that due to cars and other vehicles passing, young children might face challenges and feel unsafe playing in the neighbourhood.32 Studies on designing a child health-friendly neighbourhood assessment tool for children younger than 6 are limited, and a majority of studies mainly focused on adolescents.8 15 28 We included preschool-aged children’s mothers in addition to the specialists to explore their viewpoints. The parents’ perspectives are of pivotal importance as their opinions pertaining to the neighbourhoods’ safety, and available services may encourage or discourage the presence of the child in the neighbourhood.32 33

Study to design and validation of child-friendly city indicators in South Korea evaluated the indicators of a child-friendly city in six areas, that is, urban organisation, health and social services, play and leisure environment, educational environment, social participation and safety and protection environment.34 Saridar Masri designed a tool with youth participation to develop a child-friendly city planning strategy and emerged dimensions were ‘parks and green spaces, recreational centres, shopping centres, health services, access’.35 There are similar dimensions explored by the mentioned two studies that were consistent with the dimensions of the ICHFN checklist in the current study. Study by Rakhimova et al8 designed an instrument according to the UNICEF checklist considering children aged 6–14. The instrument consisted of six domains to assess neighbourhoods, including ‘home environment’, ‘health and social services’, ‘educational resources’, ‘safety, protection, and mobility’, ‘play and recreation’ as well as ‘community life’. Compared with the findings of the current study, there are similar domains; however, the discrepancy of some domains may be related to the contextual characteristics. Furthermore, the ICHFN checklist in the current study took a health-related approach, while the study by Rakhimova et al8 focused on the urban planning approach.

This research has some strengths and limitations. The first strength is that we explored diverse stakeholders’ perspectives including mothers and experts and subsequently designed a checklist to assess the neighbourhoods considering children under 6 years of age. In addition, this study took a multi-methods approach including qualitative, scoping review and quantitative analysis to design and validate the ICHFN checklist to capture more in-depth insights. The ICHFN checklist was prepared in the form of a checklist through which researchers, experts and decision-makers within the relevant fields could easily apply to assess the neighbourhood’s conditions regarding children’s health from the health promotion standpoint. The main limitation of this study is that we did not explore the perspectives of children nor the perspectives of fathers given that this could have required much time. Another limitation can be related to scoping review procedures that were completed without critical appraisal of the reviewed studies. The main purpose of the scoping review part was exploring the domains in scientific documents in addition to our participants’ viewpoints, and conducting a critical appraisal of the studies was not the main focus of our review.

This study designed and validated a comprehensive checklist to assess child health-friendly neighbourhoods with broader domains and subdomains which can affect the health of children of younger ages. To develop and implement health promotion interventions that support children’s health in today’s urban space, we need to develop indicators for evaluation based on which we can identify the extent of child health advocacy in local communities and take the necessary interventional measures. The complex nature of the environment and the multiple dimensions of child health confirm the necessity of using tools considering different parts of the neighbourhood that can affect the child’s health.