Dataset Information

Optimization of spatial distribution of sports parks based on accessibility analysis.

ABSTRACT: In recent years, public sports services have attracted great attention owing to their increasingly important role in public health. However, effective evaluation metrics measuring the efficiency of such services from a spatial perspective (e.g., accessibility and distribution of sports parks) remain absent. Indeed, most designs of sports park distribution in urban areas did not consider practical factors such as local road networks, population distribution, and resident preference, resulting in low utilization rates of these parks. In this study, a spatial accessibility-based method is proposed for evaluation of the distributions of sports parks. As a demonstration, the distribution of sports parks in the central urban area of Changsha, China was investigated using the proposed method by the GIS network analysis. Additionally, optimization strategies for sports park distribution (in terms of spatial distribution and overall accessibility) were developed by using spatial syntax.

SUBMITTER: Yang K

PROVIDER: S-EPMC10501609 | biostudies-literature | 2023

REPOSITORIES: biostudies-literature

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Optimization of spatial distribution of sports parks based on accessibility analysis.

Yang Kairan K Xie Yujun Y Guo Hengtao H

PloS one 20230914 9

In recent years, public sports services have attracted great attention owing to their increasingly important role in public health. However, effective evaluation metrics measuring the efficiency of such services from a spatial perspective (e.g., accessibility and distribution of sports parks) remain absent. Indeed, most designs of sports park distribution in urban areas did not consider practical factors such as local road networks, population distribution, and resident preference, resulting in ...[more]

PMID: 37708178

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Project description:ImportanceLittle is known about the spatial accessibility to dental clinics across the US.ObjectiveTo map the spatial accessibility of dental clinics nationally and to examine the characteristics of counties and US Census block groups with dental care shortage areas.Design, setting, and participantsCross-sectional study of US dental clinics in 2023 using data from the IQVIA national practitioners' database, which includes 205 762 active dentists. Data were analyzed from November 2023 to April 2024.ExposuresSocioeconomic characteristics of block groups and counties including rurality, area deprivation, racial and ethnic segregation, and uninsured population.Main outcomes and measuresEnhanced 2-step floating catchment area method with a 30-minute drive time impedance was used to calculate the accessibility score to dental clinics at the block group level. The outcomes were dental clinic shortage areas and inequality in access to dental clinics.ResultsNearly 1.7 million people in the US (0.5%) lacked access to dental clinics within a 30-minute drive. This included 0.9 million male (52.2%), 1.2 million White (71.0%), 52 636 Black (3.0%), and 176 885 Hispanic (10.2%) individuals. Approximately 24.7 million people (7.5%) lived in dental care shortage areas (defined as <1 dentist per 5000 population). There was a significant difference in spatial accessibility scores between rural and urban areas, with 1 dentist for every 3850 people in rural areas and 1 dentist for every 1470 people in urban areas. Additionally, there were 387 counties with significant disparities in access to dental clinics. Rural block groups (23.9 percentage points [pp]; 95% CI, 23.6-24.3), block groups with higher levels of Black (1.5 pp; 95% CI, 1.3-1.7) and Hispanic (4.5 pp; 95% CI, 4.3-4.8) segregation, and block groups with the highest levels of area deprivation (5.5 pp; 95% CI, 5.1-5.9) were more likely to experience dental care shortages compared with urban block groups and those with lower levels of segregation and area deprivation. Moreover, rural counties (11.3 pp; 95% CI, 8.9-13.7), counties with a high uninsured population (3.0 pp; 95% CI, 1.5-4.4), and counties with high levels of deprivation (5.8 pp; 95% CI, 2.1-9.5) were more likely to have inequality in access to dental clinics.Conclusions and relevanceIn this cross-sectional study of US dental clinics, there was geographic shortage and maldistribution of the dental workforce. These findings can support dental workforce planning efforts at the federal and state levels to encourage dentists to practice in underserved areas to reduce disparities in access to dental care.

Dataset Information

Optimization of spatial distribution of sports parks based on accessibility analysis.

Publications

Optimization of spatial distribution of sports parks based on accessibility analysis.

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