• Title of article

    Navigation in Determining the Physical Factors Affecting Creativity of Children's in Urban Parks

  • Author/Authors

    Koupaei, Golrokh Islamic Azad University - Department of Art and Architecture , Naghizadeh, Mohammad Islamic Azad University - Department of Art and Architecture , Habib, Farah Islamic Azad University, Tehran - Department of Art and Architecture

  • Pages
    10
  • From page
    13
  • To page
    22
  • Abstract
    Despite the availability of extensive facilities for children, the effect of environment on creativity of children is often ignored. It is a fact that children can attend the playgrounds in city parks, independently, from age 6, therefore they become exposed to influence of the environment during this age period. It is necessary to design playgrounds for children to improve their creativity. The objective here is to assess the effects of physical components of the playgrounds in city parks on creativity of children of ages 6 to 12. A descriptive- analytic method is adopted in this study. This method is adopted to achieve the theoretical perspectives and correlations between the variables and indices, through analysis. At this stage, the data are collected from a selected statistical population through field research and closed response researcher designed questionnaire and the effective variables are determined by factor analysis and correlation. By applying path analysis method using of Smart PLS1 software program based on the relations between the variables, the study model is provided. The results indicate that there exists a significant correlation between the environmental factors and creativity and regarding the rate of effectiveness of the physical factors on creativity, the variety factor is more effective, followed by physical liveliness and flexibility factors, respectively
  • Keywords
    Flexibility , Variety , Liveliness , Creativity , Path Analysis
  • Journal title
    Astroparticle Physics
  • Serial Year
    2017
  • Record number

    2440109