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Urban Transport in the OIC Megacities

22

when powered by two stroke engines, they have significantly worse tailpipe emissions than private

cars or a four stroke engine. The rapid increase of the number of motorcycles in Asia is mainly

triggered by the unreliable public transport system.

This opportunity is well taken by finance

companies as with a small amount of money as down payment, people can already have a motorcycle

on the same day. This leads to further low demand for public transport and NMT

(Cervero, 2013)

.

Motorization is raising environmental justice concerns also because of the growing international trade

of old second hand vehicles from developed to developing countries. In many African countries,

import liberalization policies from the 1990s made it easier and cheaper for households to buy second

hand vehicles shipped across the Mediterranean Sea from Europe, ending up in big cities like Dakar

and Lagos. Restrictive regulations on the circulation of old vehicles and the import of old vehicles are

gradually being introduced in various countries in order to control their impacts on air quality and

safety. For example, Senegal banned the import of vehicles older than five years in 2001 in an effort

to improve the safety and air quality levels, especially in urban areas. However, such regulations are

not always successful, as import restrictions are not always enforced and very old continue to circulate

especially when they are based in rural areas (Diakhate, 2007; Cervero, 2013).

Policy interventions aiming to reduce congestion in megacities have often been focused only on cars

and have failed as they lack a global perspective of the problem. An example of such policies is the

even odd days driving scheme applied in Latin America cities, such as Mexico City, Lima and Bogota,

according to which, vehicles with license plates ending in odd numbers cannot be operated on certain

days, and vehicles with even numbers cannot operate on other days. In the medium term, this measure

spurred travellers to purchase second, alternate day cars in order to be able to drive every day of the

week. The failure of automobile focused policies can also be attributed to the fact that cars are

primarily owned by high income citizens who can afford to pay additional costs in order to continue

driving and are unlikely to shift to other modes. On the other hand, success stories like that of

transport oriented development in Curitiba, Brazil involve coordinated, proactive action and strong

political leadership and citizen engagement even before the explosion of middle class motorization

(Kutzbach, 2011).

Different regulatory measures have been applied in many Chinese cities that have started to limit the

total number of privately owned vehicles through restrictions on the number of license plates issued

per month, with Shanghai beginning to control the growth of private vehicle registrations as early as

1994 which is one of the reasons behind the city’s considerably lower vehicle stock compared to

Beijing (Rode et al, 2014).

For further information see

Appendix A4-

Transport Oriented Development and Public Transport

Planning in Hong Kong and Singapore: Lessons on integration, regulation and car ownership

restriction

Best practice case study: Transport Oriented Development and Public Transport Planning in

Hong Kong and Singapore: Lessons on integration, regulation and car ownership restriction

Singapore and Hong Kong are both very successful examples of TOD, which was mainly driven by the

lack of appropriate land for development. Although none of the OIC megacities is constrained in terms

of space in the same way Hong Kong and Singapore are, the cities still provide valuable lessons on

integrated planning, car ownership restrictions and regulation of different modes. The primary

difference between the two cities is the level of public participation on operations. The comparison

with Tokyo, the world’s biggest megacity and a pioneer in TOD, provides valuable lessons on the long

terms impacts of TOD and public transport oriented planning.