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What makes neighbourhood environment more walkable is an important question for urban planning and design research. The purpose of this paper is to explore this question through a case study of urban sidewalks in different contexts of urban neighbourhoods in Rajshahi city of Bangladesh.

Using participatory observation, Google street view and photography techniques, it examines the quality of the street facilities by demonstrating physical attributes of sidewalks and by analysing how various obstructions on them characterize neighbourhood walkability environment.

The findings suggest that the unusable sidewalks in Rajshahi city, Bangladesh, are a production of inadequate and inappropriate planning and design that unable to capitalize the functionality of sidewalks as a means of walking. It further argues that the urban planners and designers of streets have paid little attention to the diverse requirements of sidewalks in accordance with spatial and socio-economic categories of urban neighbourhoods.

This study adds insights about the urban sidewalks planning and design in the context of a developing country. It provides an empirical evidence about the constraints and potentials of making a walkable city.

The purpose of this paper is to analyze walking activity and recent efforts at augmenting walkability conditions in the cities of Macau, Lisbon and Las Vegas.

The methodology consisted mostly of in-loco observations, pedestrian counts and extensive reviews of the literature, city plans and regulations.

The findings include the need to properly design, maintain and retrofit pedestrian facilities, while reducing safety conflicts among street users as well as the establishment and the nurturing of a culture of walking.

A fivefold international walkability research agenda with implications for other cities around the world is established: the value and the need for comparative studies and best practices; the need for urban design interventions; the cultivation of attractiveness and aesthetics; the implementation of safety, construction and maintenance criteria; and responsible funding programs.

This paper has twofold implications for stakeholders with direct responsibilities in the design, planning, building and maintenance of streets and public spaces, and for those who simply use those places at their own discretion.

A succinct set of recommendations include the need to augment endogeneity, the need to make cities for people and not for automobiles and commitment to resolving pedestrian safety concerns.

This paper discusses the factors affecting street vibrancy from both a stakeholder’s and a user’s perspective. The fundamental and inalienable right to walk is analyzed using the WPPFUS framework (walking levels, purposes, primacy of walking, facilities, unique features and safety concerns).

Environmental concerns are growing trends in higher education. However, some universities still have mixed reactions towards incorporating sustainability into urban and regional planning curricula. In the arena of transportation planning education, traditional curricula have underestimated the contribution of bicycle and pedestrian planning to create more sustainable transportation systems. To reverse this trend, the US Department of Transportation has developed a sample course on bicycle and pedestrian planning with the intention of distributing it through planning and engineering schools. The objective is to discuss and report the results of the first attempt to teach this sample course in Massachusetts. Closes with four lessons learned in communicating sustainability in transportation planning education.

The emerging concept of smart city is known to aim at sustainable urban development. One of the requirements for a smart city is to address accessibility inequalities. This study aims to investigate the accessibility level issues in urban transformation before and after combining different street networks for Penang, Malaysia, as a case study to reveal greater insight and helpful information into mobility and accessibility inequalities for future smart city planning.

Using DepthmapX software, two main quantitative methodologies of space syntax, namely, spatial integration accessibility (SIA) and angular segment analysis by metric distance (ASDMA), are employed to analyse the level of accessibility for the main streets of George Town site before and after combination with contemporary networks. Integration, choice and entropy values were calculated for the study analysis.

Results revealed the implications of combining old irregular gridiron structures with the existing planned grid structures. George Town seems to have gained a higher capacity for pedestrian accessibility; however, vehicle accessibility has lost its capacity. Findings further suggest that a combination of irregular structure and grid structure is essential for urban growth in similar historical contexts to improve accessibility and address mobility inequalities.

The study concludes by highlighting the importance of the analysis of street structure transformation to predict consequences and promote the potential to reduce current inequalities in vehicle accessibility.

The purpose of the study is to implement a methodology intended to identify the links between the microclimatic quality of urban routes and the behavior of pedestrians. This document will open up new opportunities for the development of urban open spaces and facilitate decision-making for urban decision-makers.

The methodology intended to identify the links between the microclimatic quality of urban routes and the behavior of pedestrians is deployed in two stages. The first stage represents a microclimatic characterization of the pedestrian routes. The second step represents a behavioral characterization of these same journeys, based on the on-site video observation of the pedestrians.

The analysis of the results obtained by applying this method shows that the physical factors of the urban environment in the two climatic seasons (winter, summer) significantly influence the choice of routes, the percentage of route use, the speed of travel and the frequency of user stops.

The authors have recently observed that the issue of the influence of microclimatic factors on the behavior of pedestrians, and more particularly their movements, has only rarely been addressed. It is therefore in this context that the authors would like to provide, through this article, some technical solutions for analysis and characterization as well as some answers to the problem of the influence of microclimatic factors on pedestrian movements.

The purpose of this paper is to move beyond the stage of analysis of exclusively physical microclimatic phenomena and extending ourselves to the study of the impact of the microclimate environment on the user behavior in public spaces. This paper will open up new opportunities for the development of urban open spaces and facilitate the decision-making for urban decision-makers, city managers and planners to make the right urban planning decision.

The methodology for identifying the links between microclimatic quality of urban routes and behaviors was developed on the basis of the results obtained from field surveys carried out in nine public urban areas of the city of Biskra, three urban space are located in a traditional urban fabric (the medina) and the other five in new urban areas, in the two climatic seasons (winter, summer) of 2019. For this exploratory research, two types of instruments were used to collect data from environmental and human monitoring.

Improving microclimatic conditions in urban spaces can allow people to spend more time outside, with the possibility of increasing their social cohesion. The overall objective of this research is to better understand the impact of microclimatic characteristics on pedestrian behavior of nine selected public urban spaces in the city of Biskra, Algeria. To characterize this impact, the authors developed an approach based on crossing data of field surveys, including structured interviews with a questionnaire and observations of human activities (video recordings), as well as microclimate monitoring, conducted during the two climatic seasons (winter, summer) 2019. The analysis of the results allowed to verify the impact of the two climatic seasons (winter, summer) on the variation in the density of occupancy of the different urban areas studied and the duration of the user stations. The authors also illustrated that the number of individuals higher in the traditional urban spaces of the city of Biskra or the conditions of climate comfort are more comfortable than the urban spaces in the new urban areas of the city of Biskra during the summer, which is the season most problematic.

In recent years, there has been a proliferation of scientific studies on the subject of control of microclimatic characteristics and, in particular, on the consideration of the thermal comfort of persons by qualitative analysis, prediction and representation of the perception of external environments. Improving microclimatic conditions in urban spaces can allow people to spend more time outside, with the possibility of increasing their social cohesion. This study highlights the importance of climate-conscious urban design and design flexibility. Urban environments can be modified in summer and winter to provide a better outdoor thermal environment for users. In addition, this study also shows the importance of harmony between microclimate and urban design. Such harmony can be achieved by including requirements for a climate-conscious urban design in the planning regulations for cities in arid zones.

The purpose of this paper is to identify and analyse the crucial variables of pedestrian flow value of the shopping centres in Hong Kong.

The study identifies the key determinants of pedestrian flow value (PFV) which is measured by net rental income per floor area per pedestrian flow. Based on the rental and pedestrian flow survey data of 146 shopping centres along the subway (Mass Transit Railway) stations in Hong Kong, the authors have estimated the marginal effects of these determinants on the PFV. The research explains different variations' impacts of pedestrian flow on the rental value of the shopping centres in Hong Kong.

It is found that shopping centres owned by the same owners tend to achieve a lower PFV, which suggests that owners of multiple shopping malls may adopt a uniform pedestrian flow management strategy that may not be ideal for each individual mall.

This study focuses on the shopping centres that are located along the railway stations. Researchers are encouraged to test the shopping centres that are less affected by the railway stations.

It is useful for shopping centre owners and operators to determine the optimal strategy for managing pedestrian flow in their shopping centres.

The relationship between pedestrian flow and the shopping centre value is coined in the research as pedestrian flow value (PFV) which is to calculate the pedestrian flow effectiveness measured by net rental income per floor area per pedestrian flow.

It is noted that cities in the region of the Gulf Cooperation Council (GCC) have a very poor Walkability Index. It is typically the forgotten mode of transport. Moreover, walking has become impossible. This is not just due to the scorching weather conditions but also due to the excessive dependence of the residents on the private automobile. The purpose of this paper is to explore walkability urban problems and to propose smart urban solutions so as to encourage walking in GCC cities.

This present paper defines walkability and portrays its advantages and benefits. It adapts the criteria of walkability to meet GCC cities’ planning needs. Furthermore, it analyzes Masdar City in Abu Dhabi as an example of encouraging walkability using smart solutions. The pilot case study for this present paper, King Abdullah national park in Dammam, Saudi Arabia, will be the application pool of those criteria. However, a questionnaire has been formulated in order to solicit some facts about attaining pedestrian comfort in that park.

The paper provides various smart urban solutions so as to encourage walkability in GCC cities.

Through presenting an overview of walkability in GCC cities and suggesting smart urban solutions, an additional study would be required to encourage walkability in other environments using various intelligent urban features.

Under the background of the rapid development of e-commerce and information network, the demand for urban distribution is also changing; especially customers' demand for fast delivery of products is increasing. Based on this, the optimization of urban traffic distribution path was studied under the fast response demand. In this paper, the importance and theoretical basis of the design of urban traffic planning under rapid response demand were expounded; then, the urban traffic distribution path planning was designed, and the layout principle of urban traffic roads, the division of road levels and the planning and design of motor vehicle roads were analyzed; through the planning project of the traffic distribution path in a city, analysis of the planning on roadways, three-dimensional traffic paths was achieved.

Urban theorists argue that in the post-Second World War period cities faced the increasing development of homogeneous and soullessness urban spaces. This led to the formulation of urban design’s theories for addressing issues of space and place, as a means of correction to the built environment of modern cities. The purpose of this paper is to investigate the significance and authenticity of placemaking for Msheireb, which is the regenerated historic district of Doha in Qatar.

Oral and visual data are collected via: interviews with urban planners and consultants from Msheireb Properties and the Ministry of Municipality and Environment; walk-through studies; site visits and observations about the spatial form of buildings, streets and open spaces; on-site interviews; and a survey conducted during the walk-through studies.

The findings reveal that the urban regeneration of the historic district – envisioned through a socio-spatial process (public realm) based on conservation (built heritage) and modernization (contemporary architectural language) – contribute to defining the authenticity of placemaking (space and character) of the renewed historic district of Msheireb.

The insights provided through this research study contribute to the development of a framework for conceiving urban conservation projects in Qatar, which aim to preserve heritage value and revitalize deteriorating districts, to encourage the current trend for decentralization toward the creation of lively and vibrant urban district quarters by promoting a rediscovery of community life and cultural values.

The identified key factors have made the research original and unique.