City Neighborhoods Research Articles

Assessing indicators and preferences of cultural ecosystem services in urban areas: a case study of Murcia, Spain

ContextThe degradation of the environment due to anthropogenic action underscores the need to demonstrate the benefits that natural areas provide to society. Continuously growing urbanisation trends and high demand on urban green infrastructure requires the inclusion of cultural ecosystem services (CESs) in strategic urban planning. To achieve this, understanding the population's preferences regarding the various CESs provided by urban green spaces is extremely useful for their management and long-term planning strategies. Nevertheless, the complexity of urban environment and urban CESs and inclusion of participatory-oriented and demand-based planning poses challenges in conducting solution-oriented assessments.ObjectivesTo address this issue, we aim to define and validate spatial indicators that are applicable in any urban area. We employ them to quantify the provision of CESs considering that such approach can contribute to better urban planning strategies.MethodsA survey, aiming to validate five proposed CESs indicators and evaluate the population’s perception regarding the importance of CESs in urban green areas in the city of Murcia (Spain) was conducted. In total, 733 answers were collected. The survey results underwent through statistical and geospatial analysis at the neighbourhood level, which facilitated the creation of CESs maps, considering socio-demographic characteristics of the respondents.ResultsAll five proposed CESs indicators were highly accepted by the respondents across all demographic groups. Conversely, differences in the perception of importance of CESs are noted based on the age of the respondents. Disparities in CESs provision are observed between different city neighbourhoods and socio-demographic groups.ConclusionsWe identified significant differences in CESs perception by age group. We also detected the areas where action is needed to improve the CESs provision. Through this study, we emphasize the significance of participatory-based, demand-oriented, and territorially tailored planning approaches to ensure the high provision of CESs and enhance urban well-being.

Revisiting COVID-19 Maps with Bayesian Hierarchical Modelling: Socioeconomic Insights from Istanbul

Abstract Objectives This study explores the spatial disparities in COVID-19 incidence across neighborhoods in Uskudar, Istanbul, and examines the relationship between these disparities and neighborhood-level socioeconomic status. Methods This ecological study analyzed cumulative COVID-19 case data for 33 neighborhoods in Uskudar, collected up to 31 December 2020. Socioeconomic status was assessed using the Socioeconomic Development Index (SEDI) scores from Istanbul Metropolitan Municipality. Spatial analysis included Moran’s I statistics and Local Indicators of Spatial Association (LISA) cluster analysis. Bayesian Hierarchical Modeling with the Besag-York-Mollie (BYM) model was employed to decompose spatially structured and unstructured variations, adjusting for SEDI scores and their sub-components. Model validation involved convergence diagnostics and Monte Carlo error assessments. Results A total of 29,834 COVID-19 cases were identified, with an incidence rate of 56.1 per 1000 residents. Spatial analysis revealed significant clustering of high incidence rates in peripheral and inner city neighborhoods. Moran’s I statistic for COVID-19 incidence was 0.331 (p = 0.003), indicating positive spatial autocorrelation. SEDI scores were also spatially autocorrelated (Moran’s I = 0.293; p = 0.005) and negatively correlated with COVID-19 incidence (r = -0.570; p = 0.001). Bayesian hierarchical models confirmed the association between lower socioeconomic status and higher COVID-19 incidence, even after adjusting for spatial autocorrelation. Conclusions The study highlights significant spatial and socioeconomic disparities in COVID-19 incidence in Uskudar, Istanbul. Lower socioeconomic status is associated with higher COVID-19 incidence, underscoring the need for region-specific public health strategies that consider socioeconomic factors. These findings can guide future interventions to mitigate the impact of the pandemic on vulnerable populations. Key messages • Study reveals COVID-19 incidence in Uskudar is significantly influenced by socioeconomic status, highlighting need for targeted health interventions. • Positive spatial autocorrelation found in COVID-19 cases and socioeconomic index suggests clustering in specific Uskudar neighborhoods.

Impact of park renovation on children’s quality of life in New York City

Abstract Background Despite increasing interest in the role of parks on children’s health, research on the impact of park interventions is limited. This study uses a quasi-experimental pre-post design with matched controls to evaluate the effects of park redesign and renovation on children’s quality of life (QoL) in underserved New York City (NYC) neighborhoods with predominantly Hispanic and Black populations. Methods Utilizing longitudinal data from the Physical Activity and Redesigned Community Spaces (PARCS) Study, we examined the parent-reported QoL of children aged 3-11 years living within a 0.3-mile radius of 13 renovated parks (N = 201) compared to 11 (N = 197) control parks before and after the park intervention. QoL was measured using the modified KINDL questionnaire, a health-related QoL scale that assessed children’s physical and emotional well-being, self-esteem, and well-being in home, peer, and school settings. A difference in difference (DID) linear mixed model was used to compare QoL between intervention and control groups. Results We found a significant improvement in the physical well-being subscale of KINDL in the intervention vs. control group (DID=6.35, 95% CI = 0.85-11.85, p = 0.024). The differential improvement was strongest among girls (DID=7.88, p = 0.023) and children with parents in the lowest socioeconomic background (education high school or less DID=8.38, p = 0.024; Not employed DID=7.53, p = 0.048; Single/Widowed/Divorced DID=8.67, p = 0.025). No significant differences were found in other subscales. Conclusions Our study indicated a beneficial impact of improving park quality on the physical well-being of children residing in underserved neighborhoods. These findings support investments in neighborhood parks to advance health equity.

Association of park renovation with park use in New York City

Abstract Background Equity-driven citywide park redesign and renovation, such as the Community Parks Initiative (CPI), has the potential to increase park use and opportunities for physical activity in underserved communities. The objective of this study was to evaluate changes in patterns of park use following park redesign and renovation in low-income New York City (NYC) neighborhoods. Methods The Physical Activity and Redesigned Community Spaces study was a prospective quality improvement pre-post intervention study design with 33 intervention and 21 matched control neighborhood parks. Data were collected at baseline (prerenovation) and 2 follow-up points (3 months and 1-year post renovation) between 2016 to 2022 summers. Main outcomes encompassed park use and physical activity levels assessed using the well-validated System for Observing Play and Recreation in Communities. Park use was quantified by total number of park users, categorized by age group (≤20 years vs ≥ 21 years), sex, and physical activity level (sitting or standing vs walking or vigorous activity). Changes in outcomes between groups were compared via the generalized estimation equation. Results A total of 28,322 park users were observed across 1,458 scans. At baseline, 59.7% were 20 years or younger, 46.3% were female, and 43.8% were sitting or standing. Intervention parks showed more net park users compared with control parks from baseline to the final follow-up (difference-in-difference relative rate ratio, 1.69 [95% CI, 1.22-2.35] users/scan). The association was driven by a significant increase in adult users at intervention parks and an overall decrease in all users at control parks. Conclusions In this quality improvement study, park redesign and renovation were positively associated with park use in low-income neighborhoods. However, park renovations may need to be accompanied by other programmatic strategies to increase physical activity.

Social sustainability of neighbourhood parks in India - instrument content validity

Neighbourhood parks are the most proximate public spaces that promote physical and mental health, well-being and happiness, social cohesion, a sense of community, etc. This vital resource can help create socially sustainable neighbourhoods in global south cities. This paper aims to develop a validated assessment framework for the social sustainability of neighbourhood parks in India. Thematic literature analysis is used to construct an assessment instrument consisting of ten variables and eighty-one indicators related to the social sustainability of neighbourhood parks. The instrument is checked for content validity through expert review using the Content Validity Index. Use of parks by people engaged in informal economic enterprises in neighbourhoods and by non-residents, the significance of ‘third places’ in park use, safety concerns, and sociocultural aspects of perception of safety emerge as essential variables to be considered in the Indian context. The high CVI of the developed instrument indicates excellent content validity. The instrument is designed to assess the provision, user perception and social use of neighbourhood green spaces in Indian cities to promote social sustainability.

Cold Coastal City Neighborhood Morphology Design Method Based on Multi-Objective Optimization Simulation Analysis

In the context of global warming and the frequent occurrence of extreme weather, coastal cities are more susceptible to the heat island effect and localized microclimate problems due to the significant influence of the oceanic climate. This study proposes a computer-driven simulation optimization method based on a multi-objective optimization algorithm, combined with tools such as Grasshopper, Ladybug, Honeybee and Wallacei, to provide scientific optimization decision intervals for morphology control and evaluation factors at the initial stage of coastal city block design. The effectiveness of this optimization strategy is verified through empirical research on typical coastal neighborhoods in Dalian. The results show that the strategy derived from the multi-objective optimization-based evaluation significantly improves the wind environment and thermal comfort of Dalian neighborhoods in winter and summer: the optimization reduced the average wind speed inside the block by 0.47 m/s and increased the UTCI by 0.48 °C in winter, and it increased the wind speed to 1.5 m/s and decreased the UTCI by 0.59 °C in summer. This study shows that the use of simulation assessment and multi-objective optimization technology to adjust the block form of coastal cities can effectively improve the seasonal wind and heat environment and provide a scientific basis for the design and renewal of coastal cities.

Uncovering barriers and drivers: private developer participation in the urban regeneration of Riyadh’s residential inner-city neighborhoods

ABSTRACT Cities worldwide are experiencing substantial urban expansion, leading to environmental degradation. Riyadh is a good example of this, growing at a rapid pace resulting in the urban sprawl becoming environmentally, socially, and economically unsustainable. Urban densification and sustainable revitalization are approaches to limit land usage, accommodate a growing population, and maintain high-quality urban areas, particularly, in the inner city. This process is complex and dynamic and necessitates the involvement of private developers whose engagement plays a critical role in facilitating property redevelopment. This research examines the barriers and drivers that impact developer participation in rejuvenating inner city neighborhoods in Riyadh. The mixed methods of a survey and focus group discussions are used to examine the perspectives of private developers. Three key themes evolved focusing on investment potential, the regulatory environment, and key enablers of urban regeneration. The findings reveal a cautiously optimistic view of these themes, with several challenges and opportunities identified. This research highlights the need for a holistic approach to urban planning for regeneration and land use management, especially in inner-city residential areas. This study adds to the scarce research on urban regeneration in the Middle East context and establishes a foundation for future research.

Costing of nature-based vs grey solutions for water management: cases from Nairobi

Climate change adaptation in urban Africa is a critical development issue of this century. Informal and low-income neighbourhoods in African cities are particularly vulnerable as they are often located on flood pathways. Nature-based Solutions (NbS) have been put forward as an approach to enhance flood and climate resilience in urban settings. While social and environmental benefits of urban NbS are increasingly well documented, a key gap in the literature is robust data on the cost of implemented NbS, particularly from African cities. In this paper, we compare lifecycle costs of two significant implemented NbS projects against hypothetical equivalent grey solutions, in two different informal settlements in Nairobi, Kenya. We apply comparative Life Cycle Costing (LCC) for both cases and a Cost Benefit Analysis (CBA) for one case study where historical data is available. In one of the two cases NbS was significantly cheaper, while in the other higher costs were attributed to costs required to create understanding of the new approach. We find that the cost of any solution is highly context dependent, although the NbS approach shows competitive lifecycle costs, potential for cost-optimisation as the concept matures, and highly attractive for investment when the documented co-benefits are considered.

Evaluating the Efficiency of Spatial Distribution of ATM Machines in Abha City using Geographical Information Systems

This study aims to use geographic information systems to analyze the spatial distribution of ATMs in Abha city. This is based on the most important applied aspects of geographic information systems, namely spatial analysis, to reveal the characteristics of the spatial distribution of ATMs and their distribution pattern, and to evaluate the efficiency of their distribution according to spatial variables. The study came out with a number of results and recommendations, the most important of which is increasing the number of ATMs in high-density neighborhoods that are deprived of service, which reduces the pressure on them, in a way that ensures their sustainability, and in a manner that is proportional to both the area and the number of residents in the city's neighborhoods.

Short-term PV energy yield predictions within city neighborhoods for optimum grid management

The global shift towards the exploitation of renewable energy sources is a key aspect in the transition to carbon-free societies. Although harnessing of PV energy disclosed the numerous environmental and economic benefits of PV systems, the ever-increasing share of PV systems in power generation has revealed their adverse effect on the electricity grid due to their dependence on weather conditions. Uncertain environmental parameters, especially cloud cover, can adversely affect the stability of the energy generated by a PV system, causing dynamic changes in PV power generation in a given future time period. Therefore, accurate predictions of PV power output are a major challenge, as they can contribute to the optimal management and flexibility of the power grid, and to the improvement of the operating efficiency of PV power stations, thus enabling the development of flexible green power electricity grids across cities. In addition, precise forecasting can provide system/grid operators with information needed for efficient capacity management and scheduling and ensure grid stability.Most forecasting models provide promising results in terms of error performance; however, they need weather variables or satellite information as inputs that make prognosis significantly challenging. Hence, the current work utilizes a data-driven method for predicting PV power generation from distributed PV systems. The spatio-temporal model Sparse Gaussian Conditional Random Fields was considered. Although this model was used extensively for wind forecasting, in this work, it was used for solar PV power output predictions. Moreover, the effect of varying spatial distribution for aggregated multiple PV systems was investigated on the forecast model performance. The main objective was to provide the solar PV energy sector with important information for building a smart grid for cities or regions.Continuous data from a grid-connected dense network of 21 PV systems was used within a region of 38.485 km2 in Nicosia, Cyprus. It should be noted that the test set includes data only from winter months. The results showed that the predicted power output signal responds to the fluctuation and follows the trend of the actual power signal, even on days with large variations in actual PV power. The average nRMSE of all PV systems in each dataset studied ranges from 0.119 to 0.146, proving that the proposed method delivered significant results that can be compared with existing results from similar studies. Overall, the proposed method can provide important information that can assist in decision-making for the management, optimization, and visualization of grids across cities.

Intergenerational social mediation and youth empowerment in Marseille’s marginalised neighbourhoods

ABSTRACT The synergy between community and institutional networks of social mediation is crucial in empowering young people in vulnerable conditions, improving their quality of life, countering stigmatisation, and fostering innovative solutions to their daily challenges within their communities. While the impact of support networks is evident, the exact mechanisms that drive the emergence of these mediation strategies remain uncertain. We conduct ethnographic research, utilising narrative interviews, life stories, focus groups, and participant observation. Our focus is on the intergenerational dynamics that shape the emergence of youth social mediation strategies in LaFab, a highly marginalised neighbourhood situated in the third district of Marseille, France. What roles do natural mediators and multicultural competent social workers play in developing youth-led or youth-targeted social mediation strategies in marginalised neighbourhoods in contemporary cities? How do young people in vulnerable conditions utilise institutions, and how do institutions and social workers engage in community-informal mediations? We propose the hybrid model of social mediation, an analytical framework for studying historical marginalisation, community resilience through sport and culture, and the roles of natural mentors and multiculturally competent social workers. It offers new research perspectives for studying healthy communities and youth empowerment in the marginalised neighbourhoods of contemporary cities.

The spatial heterogeneity of urban green space distribution and configuration in Lilongwe City, Malawi.

Urban green spaces provide several benefits related to the quality of urban life. The existence and spatial arrangement of these spaces within neighbourhoods and functional land uses have significant implications for the well-being of urban dwellers. Previous studies on green spaces in urban areas of Malawi have focused on a broader and macro-level perspective, offering insightful information on general trends in different cities. However, there is a significant research shortage in localised understanding, which requires carrying out micro-level assessments concentrating on land use zones and neighbourhoods within these cities. In this study, we used remote sensing data and landscape metrics to understand the distribution and configuration of urban green spaces in the city's neighbourhoods and functional land uses and their relationship with urban form. The study revealed that 20% of neighbourhoods fail to meet the WHO-recommended standard of 9 m2 of green space per person, with a predominant concentration of these undersupplied areas in high-density and quasi-residential zones. In addition, 56.2% of Lilongwe City's total green area was contained under functional land uses. Particularly, high-rise residential, medium-density residential, low-density residential, quasi-residential, high-rise flat area, commercial class, high-rise commercial, heavy industry, light industry, and government land use zones contained 17.3%, 12.0%, 22.2%, 12.0%, 4.1%, 6.4%, 6.1%, 5.0%, 1.6%, and 13.3% of the total green spaces in functional land uses, respectively. Importantly, this research found significant correlations between urban form metrics, namely building coverage, building density, building perimeter area ratio, road density, and the distribution and configuration of urban green spaces. This necessitates an integrated approach to urban planning and design, emphasising the importance of balancing development with green space preservation.

Lead-sheathed telecom cables and historic leaded gasoline emissions substantially raise environmental lead levels in Portland, Oregon

We conducted a high-resolution study of lead in an urban moss, Orthotrichum lyellii, to better understand lead distributions and sources in Portland, Oregon (United States). The outdoor lead landscape is found to be heterogenous, with lead concentrations varying with age of neighborhood: on average 8.3× and 19× the rural background in newer (≥1948) and older neighborhoods (≤1915), respectively. This study finds leaded gasoline to be a pervasive and persistent lead source, decades after the complete phase out of leaded gasoline use by on-road vehicles. The highest lead levels, up to 590× the rural background, are found in older residential neighborhoods where relic lead-sheathed telecommunication cables were identified. Leaching of lead from these cables is thought to be responsible for elevated lead in older residential neighborhoods in cities across the country. Targeted research is needed to quantify the impact of these cables on lead exposures in affected communities.

Dynamic neighborhood isolation and resilience during the pandemic in America's 50 largest cities

Planners have been in the war against neighborhood isolation for a long time. But studies have largely focused on the isolation within a neighborhood, ignoring its disconnectedness with the city and other neighborhoods based on human mobility. Analyses of human mobility data in America's largest 50 cities indicate that poor neighborhoods—regardless of its racial characteristics—are far less connected with mainstream neighborhoods (nonpoor and white neighborhoods) than nonpoor neighborhoods, and the gap is even wider during the pandemic. We also explored the resilience of neighborhoods in recovering the connection with the city and mainstream neighborhoods, and its built environment determinants. Our findings offer new insights for equitable neighborhood planning and policymaking in the context of the COVID-19 pandemic.

An experience of the Conservation of Historic Buildings’ Facades in Old Saida City

This article delves into the nuanced experience and challenges involved in conserving historic building facades within an old Saida city neighborhood marked by neglect and limited restoration efforts due to class dynamics and discrimination by heritage curators. Nevertheless, its buildings have been subjected to lack of maintenance and repair which led to processes of degradation with time and loss of some cultural heritage [6]. Focusing on a deprived area, the paper examines the challenges and opportunities encountered in conserving architectural heritage amidst socioeconomic constraints. Damage related to the collapse of building elements necessitates an investigation into the underlying causes to prevent such occurrences. This involves identifying a set of parameters to assess the hazards of façades and public exposure. Through a blend of community involvement in close coordination between the author who drives innovative conservation techniques, UNDP and the Municipality of Saida, the project sheds light on the potential for safeguarding the historical character to the damaged historic Musalkhiyyeh street arcades and façades, Kaniset el-amercani, Musallabiyyeh old market streets amongst with a specific square called “Furn el Saha” in old Saida historic city. The project falls under the UNDP project “Improving Living Conditions in Gatherings Host Communities”. The conservation project aimed to conserve those buildings, and promoted histories of places and people’s memories connected to the selected heritage sites. The project rehabilitated internally and externally for the three selected areas. It addressed both the physical deterioration and build the knowledge about the importance of the sites. By documenting this journey, valuable lessons emerge for policymakers, urban planners, and conservationists seeking to address heritage preservation in marginalized communities. Historic structures design and construction tell us much about the cultures and the history of a community that created them and about the traditions and events from which our society grew.

Recommendations for a positive energy district framework – Application and evaluation of different energetic assessment methodologies

Positive Energy Districts are seen as a stepstone towards climate-neutrality for European cities. The concept aims to make districts an active contributor to urban energy systems. However, the definition of PEDs is relatively loose and there is currently a lack of a common European assessment methodology, which makes it difficult to evaluate PED in practice. This research evaluates the energetic assessment methodologies developed in three PED-relevant projects in Europe – namely MAKING CITY, Zukunftsquartier Wien, and Zero Emission Neighbourhood – in order to derive recommendations for a common PED assessment framework. For this purpose, the three methodologies have been applied to case study districts in Germany. Subsequently, the application of the methodologies has been analysed based on their general practicality as well as their fulfilment of the PED objectives. The findings suggest that a positive energy balance might not be considered as a prerequisite of PEDs as this strict requirement sets a high entry barrier for districts that lack the intrinsic factors for surplus renewable energy production. For PED as an inclusive framework, the focus should be on delivering positive impacts for the districts and the wider energy systems; whilst the positive energy balance can be seen as a complementary rather than a mandatory condition.

Sources of Stress and Coping Strategies Among Urban African American Adolescents: A Qualitative Study of Child and Caregiver Perspectives.

Early adolescence is a critical point for intervention to protect against negative consequences of stress on the developing brain. This study aimed to gather perspectives on stress from adolescents and their caregivers living in under-resourced Baltimore City neighborhoods. Nine African American adolescents and their caregivers (n = 18 total) participated in qualitative interviews exploring neighborhood environments, sources of stress, and coping behaviors. Neighborhood social cohesion was described as a strength of participants' communities, despite concerns about neighborhood safety. Caregivers were highly aware of their child's stressors and coping behaviors. School-related pressure was a prevalent source of stress emphasized by adolescents, along with social stress due to disrupted routines during the COVID-19 pandemic. Adolescents described frequent use of electronics to cope with stress, as well as self-care and relaxation techniques. Themes identified from these data can be used to inform future adolescent stress-reduction interventions and stress-prevention efforts in this priority population.

Studentification, youthification, and gentrification, all at once? New-builds, newcomers, and near-campus change in a post-industrial city

Higher education growth changes the neighbourhoods of university cities in multiple ways. The most evidenced way is studentification, although researchers also report youthification and gentrification. However, empirical studies on near-campus change through the tri-conceptual prism of studentification, youthification, and gentrification are recent and limited to North America. Therefore, we apply it to another context. In this paper, we look at Lodz, Poland, and its campus-adjacent, post-industrial area that is facing a housing boom. We describe the new-builds (their scale, types, and morphologies) and the newcomers (their demographics, residential choices, satisfaction and plans). As a result, we claim the change here is a gentrification-like hybrid of new-build youthification and studentification. Consequently, we suggest that boundaries between studentification, youthification, and gentrification can be fuzzy in particular locales. We also nuance previous findings about the near-campus change, especially the features of studentification and studentifiers, and the role of the campus itself in this process.

Disparities in the initial presentation of melanoma across two socioeconomically diverse New York City neighborhoods.

1593 Background: Disparities in stage at diagnosis among melanoma patients are often seen between urban and rural communities, with patients in rural areas being diagnosed with more advanced tumors. Factors contributing to the disparities include decreased access to dermatologists in rural areas, and lower socioeconomic status (SES). We investigated urban disparities in melanoma T stage at diagnosis among patients residing in 2 New York City (NYC) neighborhoods of differing SES and receiving care within the NYU Langone Health System. The neighborhoods were: Upper East Side (UES) and Brighton Beach/Coney Island (BB/CI). Methods: We conducted a retrospective chart review (NYU IRB 23-01020) of melanoma patients (N=243) diagnosed from 2018-2022 using ICD-10-CM codes: C43 (malignant melanoma of skin); D03 (melanoma in situ); and Z85.820 (personal history of malignant melanoma of skin). For community-level data we used the American Academy of Dermatology’s “Find a Dermatologist” search function to locate member-dermatologists; New York State Cancer Registry data (2016-2020) to determine annual melanoma incidence; and the United States Census Bureau Public Use Microdata Areas to determine the proportion of Non-Hispanic Whites (NHW), income levels, and educational attainment. The distribution of T stages was compared using a chi-square test. A two-sample test was used to assess equality of proportions. Results: In UES, the annual melanoma incidence was 30.2/100,000 (95% CI: 27.4-33.2); NHW comprised 74.6% of the population; the median household income was $135,820; 78% attained education higher than high school; and there are 190 dermatologists within a 0.5-mile radius. In BB/CI the annual melanoma incidence was 14/100,000 (95% CI: 11.6-16.9); NHW comprised 55.1% of the population; the median household income was $43,118; 46% attained education higher than high school; and there is 1 dermatologist within a 0.5-mile radius. There are 15 dermatologists within a 3.0-mile radius. 155 and 88 patients met inclusion criteria in UES and BB/CI respectively. The distribution of T stages (i.e. Tis to T4) was significantly different between UES and BB/CI with higher proportions of advanced stage tumors in BB/CI (p=0.0002). Specifically, the proportion of (T2+T3+T4) tumors/total melanomas was 35/155 (23%) in UES; and 41/88(47%) in BB/CI (p<0.0001). For reference, the proportion of T2+T3+T4 melanomas in the United States is 30%. Conclusions: We identified substantial disparities in the initial presentation of melanoma in 2 NYC neighborhoods, with proportionately more advanced stage tumors in the community of low educational attainment, less access to dermatologic services, and lesser household income. Neighborhood-based approaches to uncover melanoma disparities can identify areas for community outreach and engagement efforts to improve melanoma awareness and access to dermatologic care.

The Integration Into Diversity Paradox: Positive Attitudes Towards Diversity While Self‐Segregating in Practice

More and more people without a migration background are living in neighborhoods in large Western European cities where they form a numerical minority. This raises a new research question: Are they integrated in such diverse city contexts or do they live a segregated life? We developed the integration into diversity (ID) matrix to distinguish nine “integration into diversity positions” based on people’s positive or negative attitudes towards diversity together with the ethnic composition of their friendship groups. Using the data from the recent Becoming a Minority (BaM) project we found ID positions that are each other’s opposites, a number of positions that are in‐between, and two seemingly paradoxical positions. In this article, we will concentrate on one of these paradoxical positions: people who display positive attitudes towards diversity but do not have a mixed friendship group. This is one of the largest groups in our sample. Apparently, mixing does not happen by itself. Through quantitative and qualitative data, we explore how this ID paradox can be resolved. We found that for interethnic contact to take place among this group, there needs to be a structured activity in place. This can be a mixed social activity, a mixed sports team, the mixed school of their children, or a mixed working place. What these all have in common is that the mixing is organized and the expectations and rules of engagement are clear.