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rural-urban dynamics_report.pdf - Khazar University

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GLOBAL MONITORING REPORT 2013 URBANIZATION AND THE MDGS 141<br />

BOX 3.4 Publicly accessible information on <strong>urban</strong> hazard risk can improve household<br />

decision making<br />

With access to good information about hazard risk,<br />

households can make better decisions on where to<br />

live, depending on the location’s proximity to job<br />

centers, the quality and cost of transport services,<br />

and the location’s risk of exposure to natural hazards.<br />

Some examples of such information systems<br />

include:<br />

• The Bogotá Disaster Vulnerability Reduction Project,<br />

launched in 2006, invested in information<br />

collection and vulnerability assessments for better<br />

targeting of risk reduction measures. One output<br />

was a database of earthquake vulnerability scores<br />

for all buildings in the city that helps prioritize<br />

upgrades and makes insurance markets more transparent<br />

(Prasad et al. 2009).<br />

• Jakarta and Can Tho (Vietnam) recently carried<br />

out vulnerability assessments with World Bank<br />

support (World Bank 2012b). The studies demonstrate<br />

the use of geographically referenced data to<br />

pinpoint hazard risk and to support cost-benefit<br />

analysis of various risk reduction strategies. Floodprone<br />

Jakarta, for instance, is considering measures<br />

such as drainage improvement, river improvement,<br />

upgrading of retention ponds, and various options<br />

for a coastal defense infrastructure.<br />

• Better risk information supported the introduction<br />

of the Turkish Catastrophe Insurance Pool, a<br />

risk transfer mechanism set up after the Marmara<br />

earthquake in 1999 that killed at least 17,000 people<br />

and damaged 120,000 houses in the Istanbul<br />

region. The program reduced households’ financial<br />

damages by enabling them to have catastrophic<br />

insurance and encouraging physical risk mitigation.<br />

• A joint study by the World Bank, the Asian Development<br />

Bank, and the Japan International Cooperation<br />

Agency assessed future climate risks for<br />

coastal megacities and found that by 2050, the frequency<br />

of major floods in Bangkok could increase<br />

from once every 50 years to once every 15 years.<br />

About 1 million inhabitants would be affected<br />

(ADB, JICA, and WB 2010).<br />

centers, often assuming natural hazard risks,<br />

because they cannot afford to move into formal<br />

housing or cannot access cheaper land on<br />

the outskirts of cities for lack of an efficient<br />

<strong>urban</strong> transport system. In Santo Domingo,<br />

the capital of the Dominican Republic, 45<br />

percent of the houses in the largest slum are<br />

located near a river and are flooded in heavy<br />

rains (Fay, Ghesquiere, and Solo 2003). The<br />

poorest live in the lowest-quality dwellings<br />

in the areas most at risk. Likewise, informal<br />

settlements in Rio de Janeiro and Caracas<br />

cling to steep slopes with large landslide risk<br />

during rainstorms. Publicly available information<br />

on hazard risk can enable households<br />

to make informed decisions (box 3.4), but<br />

lack of coordinated land use and mobility<br />

improvements will force them to make suboptimal<br />

choices.<br />

Thus, plans to connect neighborhoods<br />

should be integrated with plans for <strong>urban</strong><br />

land use, especially density plans. For any of<br />

these policies to benefit the city as intended,<br />

they must be integrated throughout the planning<br />

process. Urban transport is often an<br />

“institutional orphan,” however, with its<br />

responsibility often fragmented across agencies<br />

(World Bank 2013a). Land use planning<br />

is a core function of development authorities,<br />

with transport planning often limited<br />

to developing the road network. Such fragmentation<br />

of responsibilities results in inefficiencies.<br />

In Bangalore, a new airport several<br />

miles outside the city was close to being commissioned<br />

when city authorities realized that<br />

the road connecting the city to the airport<br />

was inadequate.<br />

Land use planning is integral to transport<br />

planning because land use largely determines<br />

transport demand. Different cities need different<br />

mixes of transport types, and different<br />

neighborhoods need different modes.<br />

Mass transport generally suits compact<br />

areas; private vehicles, more sprawling ones.

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