Re-interpreting the Relationship Between Water and Urban Planning (e-bog) af Pastore, Maria Chiara
Pastore, Maria Chiara (forfatter)

Re-interpreting the Relationship Between Water and Urban Planning e-bog

359,43 DKK (inkl. moms 449,29 DKK)
Africa is one of the most dynamic continents. It will play a key role in the coming decades in relation to the growth of cities, and environmental conditions will be of primary importance. The structural lack of water and sanitation infrastructure affects the development of Africa's growing urban environments. This book questions the relation between the wide-ranging fields of water and the urb...
E-bog 359,43 DKK
Forfattere Pastore, Maria Chiara (forfatter)
Forlag Routledge
Udgivet 16 juli 2018
Længde 182 sider
Genrer City and town planning: architectural aspects
Sprog English
Format epub
Beskyttelse LCP
ISBN 9781317229414
Africa is one of the most dynamic continents. It will play a key role in the coming decades in relation to the growth of cities, and environmental conditions will be of primary importance. The structural lack of water and sanitation infrastructure affects the development of Africa's growing urban environments. This book questions the relation between the wide-ranging fields of water and the urban discipline in the Sub-Saharan African context. In particular, it focuses on Dar es Salaam (Tanzania), a city where rapid urbanisation and high annual growth have led to increasing water demand and strained the water and sanitation systems. It examines the spaces water produces, the actors promoting various choices and solutions, the impact of different applied technologies, and the diverse sanitary conditions, focusing on their significance in the shape of the built environment and the urban planning practices and theory. As water occupies and creates spaces, this work tries to establish a relation among the spaces and the structure of the city itself, using infrastructure in the shape of networks that cross the city and on-site systems such as boreholes and latrines, to be considered a hybrid and potentially resilient system.