Key research themes
1. How can terminological inconsistencies in measuring urban form be resolved to establish a comprehensive quantitative framework for urban morphology?
This theme investigates the challenges posed by inconsistent terminology and fragmented methodologies in quantifying urban form components. Establishing a coherent and systematic classification of measurable urban form characters is crucial for enabling objective, replicable models and comparative analyses across diverse urban contexts. Addressing this issue is foundational for advancing urban morphology as a rigorous, data-driven discipline that supports evidence-based urban research and planning.
2. What quantitative and computational methodologies enable scalable classification and analysis of complex urban forms and their evolution?
Focused on advancing urban morphology through scalable, replicable, and data-driven quantitative methods, this theme explores the development and application of numerical taxonomy, morphometric analyses, big data integration, and computational spatial information systems on urban form. It addresses the limitations of traditional qualitative, expert-driven approaches by leveraging geographic data science, machine learning, and big spatial datasets to systematically classify, interpret, and analyze urban fabric across multiple scales and temporal horizons.
3. How do spatial configurations and morphological components, including streets, blocks, and nodes, interact to shape urban form and social functionality?
This theme investigates how the relationship between physical elements of urban form—such as street network configurations, block sizes, and road nodes—influences the structure, social interactions, and vitality of urban spaces. It draws from space syntax theory, morphological analysis, and design principles to understand multi-scalar spatial patterns that affect walkability, accessibility, and social dynamics, with implications for urban design, planning, and regeneration.
4. How can urban morphology inform sustainable and energy-efficient urban design under varying climatic contexts?
This theme focuses on the integration of urban morphological analysis with sustainability imperatives, especially energy self-sufficiency. It evaluates how morphological indicators such as building height, volume, and spatial arrangement affect energy consumption and solar energy potential in diverse climatic zones, thereby supporting optimization of urban forms for near-zero energy goals and climate-responsive urban design.