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Making Cities Resilient Report 2012

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and schools. In Bhubaneswar, drills are held at the city, ward, and community levels as well as in schools<br />

and colleges. Evacuation drills in Cape Town’s schools are monitored and supported by the city’s disaster<br />

risk management staff. While some cities have only recently begun holding drills and simulations, others<br />

have institutionalised the practice and hold them for a range of different activities. For example, Dubai<br />

recently conducted its first full simulation exercise for the municipality’s main building. The evacuation<br />

exercise will be carried at least once a year, particularly buildings that house critical facilities and<br />

operations such as the laboratories and plants. Dubai has also instituted evacuation plans for highoccupancy<br />

facilities such as shopping malls. In Saijo City, disaster drills have been carried out twice a<br />

year since 2007. Activities have included making sandbags, practicing carrying individuals on stretchers,<br />

gathering the population together, and communicating hazard events (48). Engaging the public in drills<br />

and simulations is a challenge. Mumbai reported that the number of citizens participating in their drill was<br />

disappointingly low. This highlights the importance of concurrent or preceding education and awareness<br />

campaigns, to increase public knowledge of the importance of emergency preparedness.<br />

Providing accessible emergency shelters is a key component of any evacuation strategy. These tend to<br />

double as schools or sports facilities during non-emergency periods. This is the case in Albay Province,<br />

and in Kisumu. Evacuation centres have been built next to three schools; another three are planned. Each<br />

facility includes water collection tanks and flood-resistant bore holes. Some cities maintain stockpiles of<br />

food, clothes, equipment and other relief supplies, for example in Baofeng and Makassar.<br />

Emergency response personnel<br />

It is common for cities to have dedicated teams or units responsible for the coordination and implementation<br />

of disaster response. These may be responsible for medical attention and basic life support, technical<br />

assistance, rapid damage assessment, or search and rescue. Response teams may be composed of<br />

paid personnel and trained volunteers. Colombo’s Municipal Council’s public assistance department<br />

provides post-disaster relief services in the first instance, supported with additional resources from other<br />

departments. In Makassar, the Rapid Response Team conducts quick assessment on behalf of the city’s<br />

Disaster Management Agency and is made up of staff from this agency and from city departments of social<br />

affairs, public health and public works.<br />

In Cairns, volunteer groups from Australia’s State Emergency Services are responsible for search and<br />

rescue in emergency situations, assisting injured persons, protecting the community from harm and<br />

promoting community preparedness. Their work is supported by the Local Disaster Management Group,<br />

which clarifies roles and responsibilities between local government, NGOs, the private sector and the<br />

regional council’s Disaster Management Unit.<br />

Monitoring technologies<br />

Some cities have developed sophisticated hazard monitoring and surveillance techniques for the particular<br />

hazards they face. Some focus on a single variable while others are able to handle multiple hazard<br />

parameters at the same time. Weather stations help monitor flood risk in Mumbai through 35 automatic<br />

weather stations that measure real time rainfall intensity and transmit data every 15 minutes. In addition,<br />

flow gauges have been installed upstream of the Mithi River to monitor water flow and, when needed, allow<br />

warnings downstream (25). In Ancona, monitoring focuses on landslide risk and an advanced Integrated<br />

Landslide Management System provides hourly monitoring of high-risk slopes, using geotechnical testing,<br />

rainfall, temperature, soil moisture, and other indicators of landslide risk (47). Some hazards do not<br />

require year-round monitoring because they are seasonal. In Baofeng, a leadership group responsible for<br />

meteorological monitoring is activated during the flood season from June to August each year (13). In Albay<br />

Province, monitoring technology has been integrated into a computer model called SimCLIM for climate<br />

variability, which assists with climate forecasting, early warning and land use planning. A few cities have<br />

integrated a community-based element into their monitoring techniques, for example in Ancona and in<br />

Albay Province, where communities undertake rainfall monitoring at district or ward level.<br />

62 | <strong>Making</strong> <strong>Cities</strong> <strong>Resilient</strong> <strong>Report</strong> <strong>2012</strong>

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