Abstract
Despite its high modal share, Ahmedabad suffers from poor quality, uncomfortable and unsafe infrastructure for walking and cycling. As a result, pedestrians and cyclists have become the most vulnerable road users, accounting for 43% of the fatalities despite their significantly shorter trip lengths (JP Research India (2017) Accident research status report Ahmedabad January to July 2017). This paper aims to identify the barriers to providing safe, secure and comfortable facilities for pedestrians and cyclists in Ahmedabad. In November 2018, as the first phase of this study, a road design and safety audit was undertaken at three of the city’s accident hotspots so as to examine the situation on ground. The results of the survey revealed the appalling conditions of the footpaths and the complete absence of segregated cycle tracks in the selected accident hotspots. To understand the possible reasons for this gap, the second phase of the study mapped the roles of stakeholders involved in the allocation of road space for walking and cycling and interviewed five diverse stakeholders among them. Discussions with the stakeholders revealed three critical, interrelated issues that affected the implementation of NMT infrastructure in the city—conflicts in the technical versus socio-political decision-making on road space allocation, lack of a coordinated, multidimensional approach by the government for urban transport and skewed cultural perceptions about walking and cycling.
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Appendices
Appendix 1: Road Design and Safety Audit Parameters
Parameters | Reasoning/Description | |
---|---|---|
1 | Footpath/cycle track width | Minimum obstacle-free walkway width adjacent to Residential/Mixed use land uses: 1.8 m In case of commercial land use: 2.5 m This is based on the minimum width required for two people to cross paths comfortably |
2 | Footpath/cycle track surface | A firm, even paved and slip-resistant surface Vertical deviation not more than 5 mm Raised edge of footpath Tactile pavers laid continuously |
3 | Obstruction | Obstructions in the form of electric poles, trees, bins, etc. should not be within the minimum 1.8 m width of the walkway |
4 | Encroachment | The extent of encroachment should not rise above a level that the footpath facility becomes inaccessible/non-usable by the pedestrian |
5 | Potential of vehicular conflict | Footpaths to be distinctly separate from roads by raising footpaths and providing guardrails along roads where there is fast vehicle movement |
6 | Continuity | Raised crossings Change in level made clear using bright contrasting colors and tactile pavers Provision of curb ramps for maintaining the continuity |
7 | Security | Street lighting at 20–30 m, lighting fixtures of not more than 4 m height Separation of pedestrian and vehicular traffic |
8 | Comfort | Carefully planned provision of trees to protect from inclement weather Providing seats and benches and rain shelters at regular intervals Provision of disable friendly facilities |
9 | Walking environment | A clean footpath free of stink This can also be subjective and pertains to the individuals’ experience |
Appendix 2: Road Design and Safety Audit Survey Questionnaire for Walking and Cycling Facilities
Part 1—Facilities for walking
Indicators | (A) | (B) | (C) | |||
---|---|---|---|---|---|---|
Absent: 0 | Good | Fair | Poor | Total | Remark | |
Present: 1 | (1) | (0.5) | (0.2) | (A) × (B) | ||
Width of the footpath | 1.8–5 m | 1.5–1.8 m | <1.5 m | |||
Footpath Surface | Concrete/Paver blocks/Tar and anti-slip, tactile | Tiles | Unpaved/non-metaled surface | |||
Height of footpath | Max <100 mm | 100–300 mm | >300 mm | |||
Obstructions (such as trees, electric poles, and signage) | No obstructions | Pedestrian has to slow down sometimes | Pedestrian has to slow down most of the time | |||
Encroachments (by hawkers, vehicles, etc.) | No encroachment | Pedestrian has to slow down sometimes | Pedestrian has to slow down most of the time | |||
Continuity (curb ramps, distinctive change in level) | Presence of both | Provided in some places | No continuity | |||
Security (light poles at 20–30 m, height max 4 m) | Light poles at regular interval | Light poles less frequent | Mostly no light poles | |||
Provision of disable friendly infrastructure | Present | Some infrastructure available | Mostly absent | |||
Comfort (shading devices, benches and seats) | Present | Some infrastructure available | Mostly absent | |||
Walking Environment (cleanliness and maintenance) | Well maintained | Need better maintenance | Not maintained | |||
Availability of crossings (frequency) | Average spacing <500 m | Average spacing 500–700 m | Average spacing >700 m | |||
Time taken for road crossing | 10–30 s | 30–60 s | >60 s |
Part 2—Facilities for cycling
Indicators | (A) | (B) | (C) | |||
---|---|---|---|---|---|---|
Absent: 0 | Good | Fair | Poor | Total | Remark | |
Present: 1 | (1) | (0.5) | (0.2) | (A) × (B) | ||
Width of the cycle track | 1.8–5 m | 1.5–1.8 m | <1.5 m | |||
Cycle track surface | Concrete/Tar/Asphalt | Interlocking blocks | Unpaved/non-metaled surface | |||
Height of track | Max <100 mm | 100–300 mm | >300 mm | |||
Shade | Complete | Mostly shaded | Mostly not shaded | |||
Parking facilities | Within 250 m of the station | 250–500 m of the station | Informal parking within 500 m of the station |
Appendix 3: Interview Questions
To initiate the discussion on barriers to the implementation of essential NMT infrastructure, the following questions were asked to the various stakeholders.
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1.
What are the road planning, construction and maintenance projects you have worked on in the city?
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2.
Why do many of the city’s roads lack essential infrastructure such as footpaths?
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3.
While several street design guidelines from the central government are readily available, they remain unimplemented on the city’s roads. What were the barriers that prevented their implementation?
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4.
In your opinion, what are the ways to overcome these challenges?
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Ramesh, A., Surpuriya, P. (2021). The Value of a Life: Potentials and Challenges for Road Safety of Non-motorized Transport Users in Ahmedabad. In: Jana, A., Banerji, P. (eds) Urban Science and Engineering. Lecture Notes in Civil Engineering, vol 121. Springer, Singapore. https://doi.org/10.1007/978-981-33-4114-2_17
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