Analysis of women’s death spatial autocorrelation and access to urban green areas (Vitamin G) in Mashhad

The health is the most important aspect of human life and a vital condition for social roles. Women have unique health conditions and so use health care system more than men. Urban green spaces have the potentiality to resolve health issues in cost-effective interventions. Given the importance of th...

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Main Authors: Lia Shaddel, Mohammad Rahim Rahnama, Omid Ali Kharazmi
Format: Article
Language:fas
Published: Afarand Scholarly Publishing Institute 2017-12-01
Series:تحقيقات جغرافيايی
Subjects:
Online Access:http://georesearch.ir/article-1-124-en.html
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author Lia Shaddel
Mohammad Rahim Rahnama
Omid Ali Kharazmi
author_facet Lia Shaddel
Mohammad Rahim Rahnama
Omid Ali Kharazmi
author_sort Lia Shaddel
collection DOAJ
description The health is the most important aspect of human life and a vital condition for social roles. Women have unique health conditions and so use health care system more than men. Urban green spaces have the potentiality to resolve health issues in cost-effective interventions. Given the importance of this issue, this article analyzes the spatial autocorrelation of women’s death and access to urban green spaces in Mashhad. Data in this research has been analyzed in descriptive-analytic method with GIS and Geo Da software. According to 1392 statistics, the first cause of death for women in Mashhad was cardiovascular disease. Therefore, women’s death because of this disease is checked and their home addresses (1780 address in full) were spotted in GIS. Moran coefficient and G statistic was used to investigate the spatial distribution of female deaths and to calculate the average distance of community center to the nearest green spaces over a hectare Near command was use. To analyze the spatial autocorrelation of women’s death and access to green spaces in Mashhad two-variable Moran was used, as well. Results show that women’s death spatial distribution is in cluster way and Moran coefficient was 0.5 and G statistics 0.4.  42% of residential areas are located over 1000 meters far from parks which were bigger than 1 hectare. Attained spatial distribution about analyses of the spatial autocorrelation of women’s death and access to green spaces was in cluster mode and the two-variable Moran coefficient was 0.3. In the areas which women are living from the green spaces, women’s death experienced a high distribution.
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spelling doaj.art-b6ef8c78c9084c81ae203a73f5c54d942022-12-22T03:01:17ZfasAfarand Scholarly Publishing Instituteتحقيقات جغرافيايی1019-70522538-43842017-12-013231022Analysis of women’s death spatial autocorrelation and access to urban green areas (Vitamin G) in MashhadLia Shaddel0Mohammad Rahim Rahnama1Omid Ali Kharazmi2 Department Of Geography, ferdowsi university of Mashhad,Mashhad,Iran Department Of Geography, ferdowsi university of Mashhad,Mashhad,Iran Department Of Geography, ferdowsi university of Mashhad,Mashhad,Iran The health is the most important aspect of human life and a vital condition for social roles. Women have unique health conditions and so use health care system more than men. Urban green spaces have the potentiality to resolve health issues in cost-effective interventions. Given the importance of this issue, this article analyzes the spatial autocorrelation of women’s death and access to urban green spaces in Mashhad. Data in this research has been analyzed in descriptive-analytic method with GIS and Geo Da software. According to 1392 statistics, the first cause of death for women in Mashhad was cardiovascular disease. Therefore, women’s death because of this disease is checked and their home addresses (1780 address in full) were spotted in GIS. Moran coefficient and G statistic was used to investigate the spatial distribution of female deaths and to calculate the average distance of community center to the nearest green spaces over a hectare Near command was use. To analyze the spatial autocorrelation of women’s death and access to green spaces in Mashhad two-variable Moran was used, as well. Results show that women’s death spatial distribution is in cluster way and Moran coefficient was 0.5 and G statistics 0.4.  42% of residential areas are located over 1000 meters far from parks which were bigger than 1 hectare. Attained spatial distribution about analyses of the spatial autocorrelation of women’s death and access to green spaces was in cluster mode and the two-variable Moran coefficient was 0.3. In the areas which women are living from the green spaces, women’s death experienced a high distribution.http://georesearch.ir/article-1-124-en.htmlspatial autocorrelationwomen’s deathurban green areamashhad .
spellingShingle Lia Shaddel
Mohammad Rahim Rahnama
Omid Ali Kharazmi
Analysis of women’s death spatial autocorrelation and access to urban green areas (Vitamin G) in Mashhad
تحقيقات جغرافيايی
spatial autocorrelation
women’s death
urban green area
mashhad .
title Analysis of women’s death spatial autocorrelation and access to urban green areas (Vitamin G) in Mashhad
title_full Analysis of women’s death spatial autocorrelation and access to urban green areas (Vitamin G) in Mashhad
title_fullStr Analysis of women’s death spatial autocorrelation and access to urban green areas (Vitamin G) in Mashhad
title_full_unstemmed Analysis of women’s death spatial autocorrelation and access to urban green areas (Vitamin G) in Mashhad
title_short Analysis of women’s death spatial autocorrelation and access to urban green areas (Vitamin G) in Mashhad
title_sort analysis of women s death spatial autocorrelation and access to urban green areas vitamin g in mashhad
topic spatial autocorrelation
women’s death
urban green area
mashhad .
url http://georesearch.ir/article-1-124-en.html
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AT omidalikharazmi analysisofwomensdeathspatialautocorrelationandaccesstourbangreenareasvitaminginmashhad