application of driving force- pressure- state- impact- response (dpsir) framework for integrated environmental assessment of the climate change in city of tehran

climate change is a complicated issue with many factors playing role in its formation and distribution. considering this complication, a comprehensive and holistic approach is needed for a better understanding and management of those factors. the causal frameworks are among systemic and integrated methods for addressing the causes of environmental problems and the relationships that exist between the environmental systems in order to propose proper solutions. the dpsir model is a functional analysis framework that depicts the cause-effect relationships that exist in creating environmental problems. tehran is one of the major megacities in the middle east that faces environmental consequences of overpopulation and unplanned urban sprawl, and being located in an arid region, makes it vulnerable to rise of temperature and reduction of precipitation. in this research, by using the dpsir framework, different aspects of climate condition of tehran are analyzed and later with the help of this conceptual framework, strategies for controlling climate change are presented.