Abstract

The importance of brownfield development through the organization of brownfields is also due to the fact that abandoning these lands causes great damage to local communities, and on the other hand, they also lower the value of properties located in nearby neighborhoods. Therefore, through the control and redevelopment of these lands, pollution, problems, and environmental threats can be managed and reduced to a great extent. This article uses a descriptive-analytical method to analyze the organization and management of brownfields with an emphasis on the urban increment development approach in Zanjan city. Data collection was carried out through field and library studies. The statistical population was selected using the snowball sampling method, 30 people. Data analysis was carried out using factor analysis and path analysis in the form of the DPSIR model. The research findings showed that in the form of the DPSIR model, the components of "response" with a total effect coefficient of 0.517; "impact" with a total effect coefficient of 0.387; "situation" with a total effect coefficient of 0.407; And the "driving force" with a total effect coefficient of 0.534 has a two-way and acceptable relationship with the desired pattern of increment development and brownfield management. As a result, in order to achieve the desired pattern, attention should be paid to issues such as strengthening the neighborhood interconnection coefficient; formulating rules and tax mechanisms for brownfields; reviewing environmental laws; organizing degraded and common lands; and preventing the formation of an informal land market. The importance of increment development through organizing brownfields is also due to the fact that abandoning these lands causes great damage to local communities, and on the other hand, they also lower the value of properties located in nearby neighborhoods. Therefore, through the control and redevelopment of these lands, pollution, problems, and environmental threats can be managed and reduced to a great extent. This article, using a descriptive-analytical method, seeks to analyze the organization and management of brownfields with an emphasis on the urban increment development approach in the city of Zanjan. Data collection was done through field and library studies. The statistical population was selected using snowball sampling method, 30 people. Data analysis was done using factor analysis test and path analysis in the form of DPSIR model. The research findings showed that in the form of DPSIR model, the components of "response" with a total effect coefficient of 0.517; "impact" with a total effect coefficient of 0.387; "situation" with a total effect coefficient of 0.407; and "driving force" with a total effect coefficient of 0.534 have a two-way and acceptable relationship with the desired pattern of increment development and brownfield land management. As a result, in order to achieve the desired pattern, it is necessary to focus on issues such as strengthening the neighborhood interconnection coefficient; developing tax regulations and mechanisms for brownfield land; reviewing environmental laws; organizing degraded and common lands; Attention should be paid to preventing the formation of an informal land market. The importance of inter-agricultural development through the organization of brownfields is also due to the fact that abandoning these lands causes great damage to local communities, and on the other hand, they also lower the value of properties located in nearby neighborhoods. Therefore, through the control and redevelopment of these lands, pollution, problems, and environmental threats can be managed and reduced to a great extent. This article uses a descriptive-analytical method to analyze the organization and management of brownfields with an emphasis on the urban inter-agricultural development approach in Zanjan. Data collection was carried out through field and library studies. The statistical population was selected using the snowball sampling method, 30 people. Data analysis was carried out using factor analysis and path analysis in the form of the DPSIR model. The research findings showed that in the form of the DPSIR model, the components of "response" with a total effect coefficient of 0.517; "impact" with a total effect coefficient of 0.387; "Situation" with a total effect coefficient of 0.407; and "driving force" with a total effect coefficient of 0.534 have a two-way and acceptable relationship with the desired pattern of incremental development and brownfield land management.