rural-urban dynamics_report.pdf - Khazar University
rural-urban dynamics_report.pdf - Khazar University
rural-urban dynamics_report.pdf - Khazar University
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
GLOBAL MONITORING REPORT 2013 URBANIZATION AND THE MDGS 149<br />
FIGURE 3.4 Ratio of public transit fares to<br />
operating costs in a sample of large cities<br />
Hong Kong SAR, China<br />
Curitiba<br />
Singapore<br />
Bangalore<br />
Santiago<br />
Mumbai<br />
Toronto<br />
London<br />
Seoul<br />
Delhi<br />
Ahmedabad<br />
Paris<br />
Vancouver<br />
Mexico City<br />
New York<br />
20 public transit systems, only 5 fully covered<br />
their costs through fares. In New York City,<br />
35 percent of costs were recovered through<br />
fares; in Mexico City, 40 percent (figure 3.4).<br />
Connecting cities<br />
0 20 40 60 80 100 120 140<br />
Percentage<br />
Source: World Bank 2013a.<br />
Note: The numbers in this chart relate to bus and metro systems operated<br />
by public entities or large corporate entities. A weighted average<br />
was based on ridership across modes. Small private operators were not<br />
included because data were lacking.<br />
Connections—between and within cities—<br />
benefit producers and consumers, both in<br />
<strong>urban</strong> and <strong>rural</strong> areas. They give producers<br />
access to input (including labor) and output<br />
markets. They give consumers options and,<br />
in many cases, better prices. And connections<br />
provide cities and <strong>rural</strong> areas with new economic<br />
opportunities. But policy makers who<br />
envision better transport connections for cities<br />
and neighborhoods face difficult choices.<br />
With limited resources, they cannot invest in<br />
everything. It is hard to know which new or<br />
improved connections will yield the highest<br />
returns over time.<br />
Setting priorities for connective investment<br />
means picking winners and losers in the<br />
short run, but in the long run, thinking about<br />
priorities can make a vast difference for cities,<br />
surrounding <strong>rural</strong> areas, and even countries.<br />
To identify the most effective additions<br />
and improvements to the networks connecting<br />
cities and neighborhoods, policy makers<br />
can take the steps described in the following<br />
three subsections.<br />
Value the city’s external and internal<br />
connections<br />
For external connections to other cities and<br />
<strong>rural</strong> areas, policy makers can compare<br />
transport costs—and the density, quality, and<br />
capacity of roads, railways, waterways, and<br />
the like—with data from similar places. In<br />
this way, they can determine where improvement<br />
is most needed.<br />
Systematically disaggregating transport<br />
costs can identify bottlenecks and reveal<br />
opportunities for infrastructure improvements<br />
that yield high dividends. A survey of<br />
truckers in India showed that transport costs<br />
were highest near large cities and their surrounding<br />
<strong>rural</strong> and peri-<strong>urban</strong> areas, a pattern<br />
similar to that found in Brazil and Vietnam.<br />
Freight rates for metropolitan transport<br />
in India, defined as trips shorter than 100<br />
kilometers, averaged as high as Rs 5.2 per<br />
ton-kilometer ($0.12)—twice the national<br />
average of Rs 2.6, and more than five times<br />
the cost of such trips in the United States<br />
(figure 3.5).<br />
Why are India’s metropolitan freight transport<br />
costs so much higher than its long-haul<br />
FIGURE 3.5<br />
Price per ton-km (Rs)<br />
6<br />
5<br />
4<br />
3<br />
2<br />
1<br />
0<br />
Source: World Bank 2013b.<br />
Costs of moving freight in India<br />
>10 4–10 1–4