فهرس المقالات landscape quality

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  1 - Beyond Green : A Comprehensive Approach to Urban green space Quality and tastes of users in Tehran
  farzaneh azadi kianoush Suzanchi mahdi haghighatbin mahdi khansefid
  The research tackles the pressing quality crisis in urban areas, particularly in green spaces. Landscape architects argue that the current approach lacks a comprehensive perspective, prompting the study to explore "landscape" from both objective and subjective أکثر

  The research tackles the pressing quality crisis in urban areas, particularly in green spaces. Landscape architects argue that the current approach lacks a comprehensive perspective, prompting the study to explore "landscape" from both objective and subjective angles. Systematically adopting visual and mental perspectives, the research aims to enhance urban space quality, emphasizing landscapes' dual nature beyond mere greenery. The primary goal of the study is to establish indicators for understanding and measuring landscape quality, drawing on the perceptions of local users of urban green spaces. This approach stresses the significance of considering both citizen perspectives and specialists in the field, treating urban spaces as landscapes. The research seeks to bridge the gap between the current and desired quality, ultimately improving the presence and usage of urban green spaces. The methodology involves a literature review for identifying qualitative indicators and exploring the relationship between them, along with a T-test to examine urban dwellers' preferences. In addition to these foundational aspects, the research findings reveal a pronounced quality imbalance between the two studied regions in Tehran (17 and 2). The observed disparities underscore significant differences in the tastes of urban dwellers and reveal a notable gap between these preferences and specialist beliefs, suggesting a potential avenue for achieving balance by concentrating on mediatory indicators. The study provides valuable insights for prioritizing key indicators based on user perspectives to enhance the quality of urban green spaces . تفاصيل المقالة
• حرية الوصول المقاله
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  2 - Investigating the role of origami algorithm in facades of high-rise buildings to reduce visual pollution and improve urban landscape quality
  Tabassom Tabasi Amir Farajolahi Rod Vahid Ahmadi Hamid Reza Shoaei
  10.57647/j.jap.2023.0702.16
  The present study was conducted to identify and prioritize origami components affecting facades of high-rise buildings to explain the role of origami algorithm in improving urban landscape quality and reducing visual pollution. The research had an exploratory nature, an أکثر

  The present study was conducted to identify and prioritize origami components affecting facades of high-rise buildings to explain the role of origami algorithm in improving urban landscape quality and reducing visual pollution. The research had an exploratory nature, and used the method of descriptive-survey data analysis. The research design was carried out in three steps, documentary analysis, Delphi survey and semiotic analysis. A panel of experts (n=15) was considered as specialists in urban planning, architecture and urban design. Data were analyzed by statistical tests, SPSS-22 software and MAXQDA 2020 software. A hypothetical model of high-rise building made in RHINO software using Grasshopper plugin was applied for simulation. The results of the questionnaires revealed the effects of 18 components on the facade of high-rise buildings and also 12 components on the improvement of urban landscape quality. The findings indicated a correlation between overall dimensions of origami algorithm and urban landscape quality, and showed that the components of "repetition", "details", "geometry" and "rhythm" were most related to the origami algorithm, thereby highlighting the strong impact of the origami algorithm on improving urban landscape quality. According to the simulation results, among the components affecting urban landscape quality, "View composition" had the largest contribution with the correlation coefficient of 130, followed by "Color" and "Balance and symmetry" with the coefficients of 120. The end of this classification included the component "position of openings" with the coefficient of 2. تفاصيل المقالة