Improving Housing Durability in Deprived Settlements of Lagos Megacity through Ingenuous Use of Sustainable Indigenous Materials
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Date
2010-09-01
Authors
Iweka, A. C.
Adebayo, A. K.
Journal Title
Journal ISSN
Volume Title
Publisher
Universiti Tun Hussein Onn, Malaysia
Abstract
The challenge of housing delivery in many developing nations is exacerbated by the predominance of deprived settlements, according to recent publications of the United Nations Settlement Programme (UN-Habitat). In Nigeria, 30% of its urban population is currently living in Lagos megacity. The Lagos megacity region plays host to more than 200 officially recognized slum settlements. Going by the United Nations’ adopted definition, these settlements harbour households that suffer from lack of access to one or more housing deprivation measures such as durable housing, improved water, improved sanitation, sufficient living space and security of tenure. Nine major slum communities in this fast-growing megacity are presently benefiting from a massive World Bank assisted seven-year upgrading exercise that commenced in 2006. However, there is perplexity because emphasis is ostensibly on infrastructure, particularly roads. There is apparent neglect of the housing durability element. This paper argues that the approach adopted in this exercise is not exhaustive, and could in fact, portend danger for the future. The study discusses how the durability component of housing deprivation can be addressed through actions and policies that encourage ingenuous use of indigenous building materials.
Description
Staff publications
Keywords
Housing deprivation , Housing durability , Slum upgrading , Indigenous materials , Research Subject Categories::TECHNOLOGY::Civil engineering and architecture::Architecture and architectural conservation and restoration::Architecture
Citation
Iweka A. C. O. and Adebayo. A. K. (2010). Improving Housing Durability in Deprived Settlements of Lagos Megacity through Ingenuous Use of Sustainable Indigenous Materials. International Journal of Sustainable Construction Engineering & Technology, Faculty of Civil & Environmental Engineering, Universiti Tun Hussein Onn, Malaysia, 1 (1), 99 – 111