TY - JOUR
T1 - Resilience in Latin American Cities
T2 - Urban Transitions Conference 2016
AU - Hermida, M. Augusta
AU - Neira, Mateo
AU - Cabrera-Jara, Natasha
AU - Osorio, Pablo
N1 - Publisher Copyright:
© 2017 The Authors.
PY - 2017
Y1 - 2017
N2 - Design and city planning should integrate the treatment of rivers and riverbanks as main elements of the green network and the resilience of cities. It is urgent to understand not only their role in the generation of urban biodiversity and their potential as green corridors but also as a public space layer that strengthens the public dimension of the city. It is essential to know the type of activities and behaviour on the riverbanks so as to meet the needs of the population and create urban identities. However, there is relatively little knowledge about the use and preferences of green spaces in developing countries. New techniques that offer more reliable ways of predicting and understanding the use of the space can be valuable tools for designing resilient cities. The proposed methodology aims to generate a spatially explicit empirical basis about the behaviour of the population in different areas of the Tomebamba River in Cuenca-Ecuador -based on systematic observation, behaviour mapping using mobile data collection and spatial analysis techniques-, seeking for correlations with the connectivity, the spatial quality and the physical characteristics of the riverbanks. The results show differences in the spaces men and women use, and the type of activities for each group, especially near peri-urban areas where spatial quality is lower. There is a bigger difference in age groups more pronounced in areas lacking infrastructure and those with access barriers. Significant differences where observed in types of activities related to the characteristics and quality of the surrounding built environment and to the connectivity of the riverbanks. Building the empirical evidence in a spatially explicit way will provide the knowledge base needed for urban designers and policy-makers, in Latin American contexts, so as to build open space systems that integrate natural resources and at the same time promote social resilience.
AB - Design and city planning should integrate the treatment of rivers and riverbanks as main elements of the green network and the resilience of cities. It is urgent to understand not only their role in the generation of urban biodiversity and their potential as green corridors but also as a public space layer that strengthens the public dimension of the city. It is essential to know the type of activities and behaviour on the riverbanks so as to meet the needs of the population and create urban identities. However, there is relatively little knowledge about the use and preferences of green spaces in developing countries. New techniques that offer more reliable ways of predicting and understanding the use of the space can be valuable tools for designing resilient cities. The proposed methodology aims to generate a spatially explicit empirical basis about the behaviour of the population in different areas of the Tomebamba River in Cuenca-Ecuador -based on systematic observation, behaviour mapping using mobile data collection and spatial analysis techniques-, seeking for correlations with the connectivity, the spatial quality and the physical characteristics of the riverbanks. The results show differences in the spaces men and women use, and the type of activities for each group, especially near peri-urban areas where spatial quality is lower. There is a bigger difference in age groups more pronounced in areas lacking infrastructure and those with access barriers. Significant differences where observed in types of activities related to the characteristics and quality of the surrounding built environment and to the connectivity of the riverbanks. Building the empirical evidence in a spatially explicit way will provide the knowledge base needed for urban designers and policy-makers, in Latin American contexts, so as to build open space systems that integrate natural resources and at the same time promote social resilience.
KW - Resilient Cities
KW - Social Interaction
KW - Urban Green Space
KW - Urban Waterfonts
UR - https://www.scopus.com/pages/publications/85029850172
U2 - 10.1016/j.proeng.2017.07.101
DO - 10.1016/j.proeng.2017.07.101
M3 - Artículo de la conferencia
AN - SCOPUS:85029850172
SN - 1877-7058
VL - 198
SP - 467
EP - 481
JO - Procedia Engineering
JF - Procedia Engineering
Y2 - 1 September 2016
ER -