Spatial ‘Complexity’: Analysis of the Evolution of Beijing’s Movement Network and its Effects on Urban Functions


  • Qiang Sheng



This paper is an attempt to read the dramatic transformations happening in Beijing from a spatial perspective. Based on a model developed by Spacelab, which understands scale as being constructed in movement and communications technologies, we try to represent this process on two levels: first, on the morphology of the movement network itself, I would like to show how technological development of highway, metro and bus systems change the way people move in the city; second, on the effects of changing movement networks, I would like to examine how shops and other public activities locate and relocate themselves within urban space. In general, Beijing is a good example, with a combination of old and new patterns of movement networks, whose spatial composition results in a different pattern for emerging economies and public activities compared with western city centres. However, it is still possible to uncover a strong and consistent logic based on the way individuals move and appropriate different scales of networks. In short, this paper will try to illustrate this difference based on the local pattern of space and explain the underlying, yet simple, spatial logic behind dynamic interaction between changing movement networks and the urban functions emerging from them.

Author Biography

Qiang Sheng

Qiang Sheng has been undertaking Ph.D. research at Spacelab, TU Delft, since 2006. His work examines the relationship between changing centralities and movement networks. He graduated from TU Delft in 2004 with an M.Sc., and his thesis was entitled ‘Urban Labyrinth’, it also examined a similar subject and methodolgy. Before he came to the Netherlands in 2002 he studied Architecture at Harbin Architecture University and also won 1st prize in the National Architectural Student Competition (2000), 3rd prize in the Tianzhuo Architecture Competition (2000), and 2nd prize in the ‘Liangsicheng’ Cup Competition, (2001).