Promoting Non-motorised Transport in Asian Cities

Shakti Sustainable Energy Foundation conducted a study to assess the viability of promoting non-motorised transport in Asian cities. As part of the study, they undertook a project – Nehru Place Placemaking. See more at: http://shaktifoundation.in/report/promoting-non-motorised-transport-asian-cities-policymakers-toolbox/ Shakti Sustainable Energy Foundation conducted a study to assess the viability of promoting non-motorised transport in Asian cities. As part of the study, they undertook a project – Nehru Place Placemaking. See more at: http://shaktifoundation.in/report/promoting-non-motorised-transport-asian-cities-policymakers-toolbox/

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Annexes Annex A: 5 D’s of Transport The impact of the built environment on transport especially on non-motorized transport can be understood from analyzing the impact of variables “D” in landuse. The first attempt was by Cervero and Kockelman (1997) who coined original three D’s i.e. density, diversity, and design. Researchers have expanded this initial – three D’s and added destination accessibility and distance to transit (Ewing and Cervero 2001; Ewing et al. 2009) to comprise the 5 D’s. 1. Density is considered as activity level per unit area. The activity can be population and employment. 2. Diversity is measured as availability and intensity of different types of land use. 3. Design refers to the type of local street design in the neighbourhood. 4. Destination accessibility is measure of the access to trip attractions. 5. Distance to transit is a measure of public transport accessibility. Attribute Impact on Outcome Density Number of Trips High impact on vehicle trips as more people walk, cycle or use public transport. Trip Length Research indicates that higher population and employment densities results in closer trip origins and destinations, on average, and thus in shorter trip lengths, on average. Trip frequency Little impact. There are chances that reduced trip lengths can increase trip frequencies, but empirical evidence suggests that the increase is not enough to offset the reduction in VMT that comes from reduced trip length alone Mode Share High density makes public transport viable and improves the mode share of non motorized users Diversity Number of Trips High impact as diverse built environment constitutes accessibility to different types of land use which has a high impact on trip-chaining and trip internalization reducing interzonal motorized trips. Trip Length High impact as it brings origin and destination very close. Trip frequency Little impact Mode Share High Impact on improving non motorized transport Design Number of Trips High impact on reducing motorized trips as it impacts sidewalk coverage, block size and accessibility Trip Length High impact as type of design has an influence on trip lengths. For example, superblocks have higher trip lengths than traditional urban forms. Shorter block lengths help in improving NMT trips Trip frequency Little impact. Mode Share High impact as it can promote non motorized modes through attractive positioning of public space. Destination accessibility Distance to Transit Number of Trips Little impact Trip Length High impact as it brings origin and destination very close improving NMT usage Trip frequency Little impact Mode Share High impact on improving non motorized transport Number of Trips Shorter access to public transport improves NMT usage as an ingress and egress modes Trip Length No major impact Trip frequency No major impact Mode Share High impact on public transport and NMT mode share 32

Annex B: Walkability Survey Guide Parameter 1: Walking Path Modal Conflict Description: The extent of conflict between pedestrians and other modes, such as bicycles, motorcycles and cars on the road. Rating Guide: Rating Description Example 1 Significant conflict that makes walking impossible 2 Significant conflict that makes walking possible, but dangerous and inconvenient. 3 Some conflict – walking is possible, but not convenient 4 Minimal conflict, mostly between pedestrians and non-motorized vehicles 5 No conflict between pedestrians and other modes 33

Annex B: Walkability Survey Guide<br />

Parameter 1: Walk<strong>in</strong>g Path Modal Conflict<br />

Description: The extent of conflict between pedestrians<br />

and other modes, such as bicycles, motorcycles and cars<br />

on the road.<br />

Rat<strong>in</strong>g Guide:<br />

Rat<strong>in</strong>g Description Example<br />

1 Significant conflict that makes walk<strong>in</strong>g impossible<br />

2 Significant conflict that makes walk<strong>in</strong>g possible, but<br />

dangerous and <strong>in</strong>convenient.<br />

3 Some conflict – walk<strong>in</strong>g is possible, but not<br />

convenient<br />

4 M<strong>in</strong>imal conflict, mostly between pedestrians and<br />

non-motorized vehicles<br />

5 No conflict between pedestrians and other modes<br />

33

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