Assessing and Evaluating Components of Viability in Bam City

Therefore, vitality is one of the most important and essential issues of the city and is the basis of sustainable urban development. The viability approach can be explained by increasing awareness of unstable urban life patterns, which in the long run reduces the potential of environmental resources. Therefore, the main objective of this research is to study the main components of biomass in Bam city. The method of this research is descriptive-analytic and based on the initial data. Initial data collection was done by documentary and survey method using a questionnaire. Collected data was processed using SPSS and Smart PLS software. Based on the research results and exploratory factor analysis, the main components affecting bioavailability were divided into five main factors. Also, based on the results of step-by-step analysis and PLS path modeling, the main components affecting biomass in the city of Bam, respectively, were service and access components, social, economic, and environmental factors with a path coefficient of 0.482, 0.268, 0.250 and 0.128. The physical component with a path coefficient of 0.063 has less effect. With the planning to upgrade and organize these components based on the degree of importance, the biodegradability of the studied area can be improved.