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<br /> Hazard Mitigation Plan | 2022 <br />Risk Assessment <br />- 41 - <br />Graphic: Model Results to Support Risk Assessment for Mitigation Planning <br />(Source: Using HAZUS for Mitigation Planning, Federal Emergency Management Agency, 2018) <br /> <br /> <br />HAZUS is packaged with datasets that include building inventories and infrastructure for the entire <br />United States. Because HAZUS is currently built on GIS technology, the inventory and <br />infrastructure datasets can be mapped and intersected with the hazard information created from <br />the four models. <br /> <br />Following the intersection, HAZUS determines the effects of wind, ground shaking, and water <br />depths on buildings and infrastructure to calculate losses and damages. The outputs and <br />estimates can be used in hazard mitigation planning, emergency response, and planning for <br />recovery and reconstruction. <br /> <br />Losses estimated in HAZUS are based on the accuracy of input data. Basic analysis can be <br />developed using the default data and parameter data provided within HAZUS. Users can conduct <br />more advanced analysis using more accurate data that is specific to the region, hazard, <br />population, etc. User-supplied data improves the accuracy of inventories and/or parameters. <br /> <br />Advanced-level analyses may also incorporate data from third-party studies. The user must <br />determine the appropriate level of analysis to meet the user’s needs and resources. <br /> <br />HAZUS analysis can be performed at three different levels: <br /> <br />• A Level 1 basic analysis can be performed simply using the default data provided. This <br />level of analysis is very coarse, and because the results will be subject to a much higher <br />level of uncertainty, this should serve primarily as a baseline for further study. The user