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e <br />C1 <br />Section I. History of Hazards j Damages in the Area to be Protected <br />A. Overview of Past Damages <br />Describe allpast damages from hazardous events in the project area (include name of storm, if applicable), including <br />direct and indirect casts. Include Presidentially declared disasters as well as events that did not result in a Presidential <br />declaration. Attach any supporting documents. Direct costs should include damages to structures and infrastructure <br />in the project area as a result of the hazard. Indirect casts should include the cost to the local government to respond <br />to victims of the hazard in the project area, any interruption to local businesses, and losses of public services (3 <br />examples are provided for your reference). <br />Date Frequency of Event Damages M Indirect costs (describe) <br />9113199 Hurricane Floyd $950,000 in county damage $69,000 for evacuations and emergency Preparations <br />(10 year event) <br />10114!99 Hurricane Irene $250,000 in county damage -0- <br />(5-year event) <br />Section II. Project Description <br />A. Hazards to be Mitigated 1 Level of Protection <br />1. Select the type of hazards the proposed project will mitigate: <br />o Flood 0 Wind 13 Storm surge ❑ Other (list)_ <br />2. Identify the type ofproposed project: <br />❑ Elevation and retrofitting of residential or non-residential structure <br />C) Acquisition and relocation ❑ Acquisition and demolition <br />® Wind retrofit © Minor drainage project that reduces localized flooding <br />O Other (please explain) _^ <br />3. List the total number of persons that will be protected by the proposed project:_ 5,000 _ <br />4. Fill in the level of protection and the magnitude of event the proposed project will mitigate. <br />(e.g. 23 structures protected against the 100 -year (1%) flood) <br />structures protected against the -year Flood (to, i5, 50, 100, or 50o year) <br />1 structures protected against l45 toile per hour (mph) winds <br />5. Engineered projects only (e.g, Drainage Improvements), include (atlach to this page) ALL engineering <br />calculations and design plans used to determine the above level of protection. <br />6. 'Project will provide protection against the hazards) above for 50 years (i.e., what is the userul life of tire <br />project). <br />Page 4 of 15 <br />