1 | The Risk Research Group at Geoscience Australia is playing a role in building |
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2 | the capability for the Australian Tsunami Warning System (ATWS). |
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3 | The ATWS aims to detect and warn the community |
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4 | of tsunami-genic events as well as develop community education programs for |
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5 | preparation of the event. |
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6 | |
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7 | THE Fire and Emergency Services Authority of Western Australia (FESA) and |
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8 | associated volunteers respond to a wide range of emergencies |
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9 | as well as undertaking search and rescue operations on land and |
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10 | water\footnote{http://www.fesa.wa.gov.au/internet/}. |
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11 | FESA also aims to reduce injury, loss of life and destruction of property in |
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12 | Western Australian communities through proactive measures. |
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13 | FESA helps the West Australian |
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14 | community prepare, prevent (where possible) and respond safely to disasters. |
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15 | |
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16 | These risk mitigation activities involve understanding the relative risk |
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17 | of the disaster so that appropriate evacuation plans can be put in place. |
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18 | To develop an understanding of the tsunami risk, the Risk Research Group |
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19 | at Geoscience Australia (GA) is |
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20 | developing decision support tools to assist emergency managers. |
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21 | These tools consist of inundation |
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22 | maps and damage modelling overlaid on aerial photography of the region |
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23 | detailing critical infrastructure. |
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24 | |
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25 | This report describes the modelling methodology and the results |
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26 | for a particular tsunami-genic event as it impacts Onslow on the North |
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27 | West Shelf. This report and the decision support tool are the |
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28 | June 2006 deliverables of the Collaborative Research Agreement |
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29 | between FESA and GA. |
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30 | |
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