LAUSR

Abstract Urban areas play a pivotal role in mitigating greenhouse gas emissions and adapting to adverse effects of climate change, worldwide. Climate-related assessment of urban development projects shall contribute to reduce complex climate vulnerability, especially in fast growing cities in emerging economies. Hungarian cities face significant challenges regarding changing climatic patterns, consequently climate-oriented assessment methodology to evaluate the performance of urban development interventions is needed. The main aim of the research was to elaborate on a comprehensive methodology that can define mitigation, adaptation, and awareness-raising aspects of interventions; moreover may reveal path dependencies in order to avoid negative lock-ins during urban development activities. The developed method uses a three-step scoring approach to assess both direct and indirect impacts of selected interventions while taking into account the main objectives of the Budapest Climate Change Strategy as evaluation criteria in order to strengthen local-specific characters. By applying the developed methodology, the main conclusions can be defined by paying attention to weaknesses and strengths of the selected interventions regarding mitigation, adaptation, and awareness-raising issues; thus, further recommendations were identified to improve their overall climate performance and to avoid negative lock-ins.