Agent-based models (ABMs) are used in the spatial sciences as building-blocks for computer simulation. ABMs have a range of advantageous attributes, not least of which is their flexibility in representing dynamic and highly adaptive physical or human phenomena. ABMs facilitate the exploration of ideas about the myriad of ways that geographical systems develop, behave, interact and evolve, often...

objectives: the objective of this study was to examine the psychometric properties of the ‘physical well-being, health and motor development inventory’ used to assess school readiness in ordinary and mentally retarded pre-school children. methods: a descriptive study examining validity was conducted using random sampling. two hundred students (160 ordinary and 40 mentally retarded children) wer...

We discuss how the spatial extent of physical endurants influences the conceptualization of their spatial qualities. Comparing the spatial dimensionality of a physical endurant with the spatial dimensionality of its qualities leads to an interesting formal ontological question. Should a spatial quality be conceptualized as having a value range instead of a single value when its bearer has a hig...

Urban land expansion in China has attracted considerable scholarly attention. However, more work is needed to apply spatial modeling to understanding the mechanisms of urban growth from both institutional and physical perspectives. This paper analyzes urban expansion in Shanghai and its development zones (DZs). We find that, as nodes of global-local interface, the DZs are the most significant c...

‘Broadly speaking, spatial analysis can be defined as the formal quantitative study of phenomena that manifest themselves in space. This implies an attention to location, area, distance and interaction’ (Anselin et al., 1993). Spatial analysis has been a popular topic in geospatial sciences. Spatial analysis was viewed as being deeply rooted in spatial statistics, and quantitative geographers h...