Architecture Research
p-ISSN: 2168-507X e-ISSN: 2168-5088
2015; 5(2): 31-51
doi:10.5923/j.arch.20150502.01
Raffaello Furlan
Qatar University, Qatar; University of Queensland, Australia
Correspondence to: Raffaello Furlan, Qatar University, Qatar; University of Queensland, Australia.
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Copyright © 2015 Scientific & Academic Publishing. All Rights Reserved.
The literature reveals that despite the study of the relationship between human behavior, activities and built form has focused on physical spatial environments at any scale, ranging from built environment to built form, the investigation of micro-scale housing has been neglected in the past. Namely, regardless of the interest to this relationship, direct assessment of the extent to which migrants’ human behavior and activities influence and are also influenced by the spatial form of their houses is still rare in the field. This paper focuses on the exploration of the relationship between human behavior, activities and the spatial form of houses built by Italian migrants in post WWII Brisbane. The paper argues that the spatial form of migrants’ houses was influenced by two factors: the need to perform working and social activities dictated by culture as a way of life; urbanization patterns present in migrants’ native and host built environment.
Keywords: Migrants, cross-cultural studies, Culture, Transnational houses, Spatial form, Working and social activities
Cite this paper: Raffaello Furlan, The Spatial Form of Houses Built by Italian Migrantsin Post World War II Brisbane, Australia, Architecture Research, Vol. 5 No. 2, 2015, pp. 31-51. doi: 10.5923/j.arch.20150502.01.
In addition to the definition of the system of activity, Rapoport and Kent highlight the importance to look at a wider spatial context to which the activity system of the occupants is linked: the settings of the activity. For example, they discuss how a common activity such as cooking, which is the transformation of raw food into cooked, can be related to the cultivation of vegetables or fruit which is an activity often performed in the outdoor area, the garden. Therefore, they point out that the settings of activities might include outdoor-garden areas. Rapoport stresses that by setting it is meant not only the one at a micro-scale level explained above but also the one at a macro scale-level: the settlement. Furthermore Kent highlights that “the setting frequently provides the appropriate props for these behaviours and activities’ (Kent, 1990, p. 12). Therefore, these insights highlight the importance to investigate the configuration of the surrounding built environment, since the settlement can influence the way people carry out activities in a public context and as a result the distribution of domestic space, planned to create space for performing activities in a more private context.
This aspect is also emphasized by Putnam, who highlights that the way we design and build a macro-scale urban setting where communities reside can have an impact on the degree to which people are involved in those communities (neighborhoods). He stresses that it is not just the micro-scale level single house’s spatial configuration, but also the surrounding built environment, enhancing a sense of community, which can promote social interaction among the population (Putnam, 2000). Those tangible substances [that] count for most in the daily lives of people: namely good will, fellowship, sympathy, and social intercourse among the individuals and families who make up a social unit … The individual is helpless socially if left to himself … If he comes into contact with the neighbour, and they with other neighbours, there will be an accumulation of social capital, which may immediately satisfy his social needs and which may bear a social potentially sufficient to the substantial improvement of living conditions in the whole community (Putnam, 2000).Also, Smith and Bugni stress that the planning of a city have an impact on the way people live in the city in a similar way as the internal layout of a house, distribution, location and size of each room within the house have an impact on the way tenants live their lives (Smith & Bugni, 2003). Emphatically, the way the city and its sectors is planned has a deep impact on the way people use the city, live their daily lives and carry on their social activities. In addition, scholars argue that the way in which people use the settlement also affect the spatial form of the house: for example in some urban context the meeting space can be the house while in other urban context the meeting space can be a street or a plaza which is part of the urban settlement. For example Rapoport shows how in the domestic space is mainly used to sleep and store things, while most social activities take place outside the house within the public open spaces of the city. In particular, Rapoport points out a relevant distinction between Latin, Mediterranean towns where people use the settlement or the public town square area within the settlement for social activities purposes and Anglo-American cities where inhabitants use their house and backyard to entertain social interactions (Rapoport, 1969, 1982a, 1982b, 1997, 2000).This suggests that for a better understanding of the way the configuration of the house enhances social activities, the house cannot be studied in isolation from the settlement. It has to be explored as part of the whole macro-scale spatial system which relates the single house, the settlement and the way of life, because the spatial form of the house is not just affected by the way the users live in it and the range of social activities taking place in it, but also by the way such activities are performed in the whole built environment. Further to this, scholars reveal that physical factors, such a climate, can also influence or determine the form of the house. As Rapoport highlights, in the climatic determinist perspective of a few architectural theorists, the form of the house is determined by the need for shelter and to protect the users from the natural environmental conditions. Therefore, in their view the form of the house is simply determined by climatic factors, because the house can shelter human beings against the extreme conditions of the climate. On the other hand, Rapoport points out that many forms of the house have been developed within the same climatic zones and, therefore, the form of the house is more closely related to cultural factors than to climate. In the same climatic zone there is indeed a great variety of house types. As Rapoport also highlights, elaborate dwellings are discovered in climatic areas where the basic need for shelter is minimal. He also points out that in some cases the way of life can lead to anticlimactic solutions, because the dwelling is more related to economic activities and the way of life than climate. For example, he highlights the fact that a group of Europeans in live in European style dwellings, not accepting that they should live in traditional courtyard houses which would be more comfortable. One of the reason Europeans were not able to live in those traditional houses was that they were comfortable with the European scale and arrangement of spaces, which were culturally unsuitable. These houses did not facilitate the performance of those activities which are influenced by cultural practices. This suggests that migrant groups tended to develop the form of their transnational houses in order to fulfill the need to perform specific activities which are influenced by an assimilated way of life or culture and not by climatic conditions. Therefore, it is also important to investigate the extent to which climatic conditions have influenced the spatial form of Italian houses in Brisbane.The literature shows that previous studies on the residential built form do not provide a deep understanding of the way and the extent to which the built environment influences the spatial form of transnational houses. Therefore, this study aims to fill this gap. More specifically, this paper argues that the built environment in affected the way of life of first generation Italian migrants. In particular, it is argued that the form and structure of the typical Australian suburb in affected (1) the frequency and nature of social interactions among Italian migrants, (2) the spatial distribution of Italian migrants’ houses and, namely, the space allocations for rooms and areas utilized to enhance social activities.![]() | Figure 2. Schematic first floor plan. (Drawing by the author) |
![]() | Figure 3. Schematic ground floor plan. (Drawing by the author) |
![]() | Figure 4. The formal living, dining kitchen area on the first floor. (Photo by the author) |
![]() | Figure 5. The kitchenette on the ground floor. (Photo by the author) |
![]() | Figure 6. The informal living, dining area on the ground floor. (Photo by the author) |
![]() | Figure 7. The backyard. Víttorío built a netted shed which combined a chicken coop and a vegetable garden. (Photo by the author) |
![]() | Figure 8. The backyard. The backyard, not commonly used for social activities, is used for the cultivation of vegetables and to store tools. (Photo by the author) |
![]() | Figure 9. The backyard. The backyard was also used as a garden nursery to cultivate decorative plants that would be moved to the front garden. (Photo by the author) |
![]() | Figure 10. The front garden. In the front garden Lina cultivated plants for decorative purposes. (Photo by the author) |
![]() | Figure 11. The front garden. (Photo by the author) |
![]() | Figure 13. Schematic first floor plan. (Drawing by the author) |
![]() | Figure 14. Schematic ground floor plan. (Drawing by the author) |
![]() | Figure 15. The front garden. The front garden was landscaped to show the family's success. (Photo by the author) |
![]() | Figure 17. The backyard. (Photo by the author) |
![]() | Figure 19. Schematic first floor plan. (Drawing by the author) |
![]() | Figure 20. Schematic ground floor plan. (Drawing by the author) |
![]() | Figure 21. The backyard. Zucchini, eggplants, fennel and tomatoes were cultivated in the backyard of the house. (Photo by the author) |
![]() | Figure 22. The backyard. A lemon tree cultivated in the backyard. (Photo by the author) |
![]() | Figure 23. The backyard. A coop located in the backyard which house ducks and turkeys as well as chickens. (Photo by the author) |
![]() | Figure 25. Schematic first floor plan. (Drawing by the author) |
![]() | Figure 26. Schematic ground floor plan. (Drawing by the author) |
![]() | Figure 27. The backyard. A tomato plant. (Photo by the author) |
![]() | Figure 28. The side garden. A lemon tree |
![]() | Figure 29. The side garden. Olive trees |
![]() | Figure 30. Decorative objects in the front garden. The statue ‘Moses’, a reproduction of Michelangelo Buonarrotti’s work adorning the front garden. (Photo by the author) |
![]() | Figure 31. Decorative objects in the front garden. Fountains were located in the front garden of the house. (Photo by the author) |
![]() | Diagram 1. Food preparation and storage activities |
![]() | Diagram 2. The activity of cooking |
![]() | Diagram 3. Income activities |
![]() | Diagram 4. Informal social activities |
![]() | Diagram 5. Formal social activities |