The contribution of active facades to making cities more walkable

Authors

Keywords:

walkable city, active facade, smart cities, walkability

Abstract

The primary contribution of active facades to the walkability of cities is to generate movement on the streets at all times of the day by promoting a diversity of uses and attractiveness for pedestrians on the ground floors of buildings. The generated movement, supported by the proximity of street observers, sidewalk guardians, storefronts and counters, contributes to making public spaces safer. The so-called "eyes on the street", originally advocated by Jane Jacobs in 1961, reappear in the discourse of urbanists, architects and thinkers of urban space, even when discussing "smart cities" with a focus on people. It's worth noting that a mix of land uses in close proximity and the implementation of active facades alone are not sufficient to make cities more walkable and safe. For instance, it is necessary that sidewalks be wider, well-paved, well-signposted, free from obstructions, and have shade, especially in a hot city like Salvador. This article aims to revisit the literature related to the topic, selecting key authors to establish its conceptual foundation. It also reviews possibilities for measuring walkability in cities and its relationships with active facades, in addition to the existing incentives in current urban legislation in this regard. To go beyond bibliographic studies, the article concludes with a Post-Occupancy Evaluation (POE) of a street in Salvador, Bahia, instigating reflections for future projects.

References

Bradshaw, C. (1993). Creating – and Using – a Rating System for Neighbourhood Walkability: towards an agenda for “Local Heroes”. 14th International Pedestrian Conference. Boulder.

Change, Intergovernmental Panel on Climate. (27 de Janeiro de 2024). Climate Change 2023: Synthesis Report. Contribution of Working Groups I, II and III to the Sixth Assessment Report of the Intergovernmental Panel on Climate Change. Obtido de IPCC - Intergovernmental Panel on Climate Change: https://www.ipcc.ch/report/ar6/syr

Desenvolvimento, I. d. (27 de Janeiro de 2024). Índice de Caminhabilidade Versão 2.0 – Ferramenta. Obtido de ITDP - Instituto de Políticas de Transporte e Desenvolvimento: https://itdpbrasil.org/icam2

Gehl, J. (2013). Cidades para pessoas. São Paulo: Perspectiva.

Jacobs, J. (2014). Morte e Vida de Grandes Cidades. São Paulo: Martins Fontes.

Ministério do Desenvolvimento Regional do Brasil. (2021). Carta Brasileira para Cidades Inteligentes. Obtido de Ministério do Desenvolvimento Regional do Brasil: https://cartacidadesinteligentes.org.br

Ono, R., Villa, S. B., Ornstein, S. W., & França, A. G. (2018). Avaliação Pós-Ocupação na Arquitetura, no Urbanismo e no Design: da Teoria à Prática. São Paulo: Oficina de Texto.

Prefeitura de São Paulo. (27 de Janeiro de 2024). Lei nº 16.402, de 23 de março de 2016. Obtido de Casa Civil do Gabinete do Prefeito - Legislação Municipal: https://legislacao.prefeitura.sp.gov.br/leis/lei-16402-de-22-de-marco-de-2016

Prefeitura Municipal de Salvador. (27 de Janeiro de 2024). Lei nº 9.148, de 08 de setembro de 2016. Obtido de Secretaria de Desenvolvimento Urbano do Estado da Bahia: https://sedur.salvador.ba.gov.br/images/arquivos_processos/2016/09/novalouossancionada.pdf

Speck, J. (2016). Cidade Caminhável. São Paulo: Perspectiva.

Published

09-06-2026