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APN Newsletter - Asia-Pacific Network for Global Change Research

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Enhancing Adaptation to Climate <strong>Change</strong> by<br />

Integrating Climate Risk into Long-Term Development<br />

Plans and Disaster Management<br />

Reference No.: ARCP2010-09NSY-Patankar<br />

Project Leader: Dr. Archana M Patankar, K. J. Somaiya Institute of Management Studies and <strong>Research</strong><br />

http://www.apn-gcr.org/resources/items/show/1572<br />

Extreme weather events<br />

affect vulnerable urban<br />

areas adversely; with substantial<br />

damages, disruption of normal<br />

economic and social activities<br />

and loss of human life, and<br />

have the potential to alter the<br />

medium- to long-term development<br />

trajectory of these areas.<br />

Thus, disaster management is an<br />

important context <strong>for</strong> integrating<br />

adaptation into decision-making<br />

in urban areas. With this in view,<br />

the <strong>APN</strong>-funded research project<br />

titled “Enhancing adaptation to<br />

climate change by integrating<br />

climate risk into long-term development<br />

plans and disaster management”<br />

was undertaken in the<br />

<strong>Asia</strong>n cities of Mumbai (India),<br />

Bangkok (Thailand) and Manila<br />

(Philippines). This project primarily<br />

aimed at identifying and measuring<br />

the short- to medium-term<br />

impacts of, and responses to,<br />

extreme weather events and their<br />

policy implications <strong>for</strong> long-term<br />

adaptation capacity and development<br />

planning of the cities.<br />

The selected cities are located<br />

in densely populated low-lying<br />

coastal areas described by the<br />

IPCC Fourth Assessment Report as<br />

“key societal hotspots of coastal<br />

vulnerability”. With millions of<br />

people residing in these cities, the<br />

risk to life and property remains<br />

high as the cities are vulnerable to<br />

extreme weather events that lead<br />

to flash floods. Many instances<br />

of severe flooding due to highintensity<br />

precipitation have been<br />

recorded in these cities in recent<br />

years, including the unprecedented<br />

floods in Bangkok in 2011.<br />

This research project analysed the<br />

near- to medium-term post-disaster<br />

recovery scenarios in the aftermath<br />

of extreme floods faced by<br />

the three cities, namely, the July<br />

2005 floods in Mumbai, floods in<br />

four eastern districts of Bangkok<br />

in 2006 and extreme floods<br />

brought on by tropical storms of<br />

Ondoy and Pepeng in Manila in<br />

2009.<br />

The project developed three case<br />

studies <strong>for</strong> the selected cities.<br />

Each of the studies measured the<br />

physical, economic and social<br />

impacts of extreme floods, identified<br />

the public and private<br />

responses in the short- to<br />

medium-term and explored their<br />

policy implications <strong>for</strong> long-term<br />

adaptation capacity, city resilience,<br />

as well as investment and<br />

development plans. Each study is<br />

based on the analysis of primary<br />

and secondary data pertaining to<br />

the selected events of flooding<br />

and their resultant physical,<br />

economic and social impacts. The<br />

impacts considered include loss of<br />

life, injuries, damage to property<br />

and infrastructure; damage to<br />

economic stocks like physical<br />

capital and inventory; indirect<br />

impacts on flow variables like<br />

income; investment and employment;<br />

and disruption of essential<br />

services. After measuring these<br />

impacts, the analysis focused on<br />

the immediate- to medium-term<br />

post-recovery scenario, wherein,<br />

we examined the responses of<br />

the civic administration as well as<br />

citizens themselves to cope with<br />

future floods. The findings of the<br />

project were further discussed<br />

in the stakeholder workshop to<br />

explore how they can lead to<br />

better understanding of future<br />

adaptation needs that would<br />

lead to long term reduction in<br />

ARCP-Funded Projects •<br />

27<br />

ARCP-Funded Projects

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