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<br />rarely does a flood event cause 100% damage to the property at risk. The value was then <br />converted to an estimate of average annual damage - a figure that could be used to justify <br />future mitigation projects - as the benefits of mitigation are calculated as future damages <br />avoided. <br /> <br />Policies and Claims Information <br />Presented here is information detailing the number ofNFIP policies currently in force, <br />the number of A-Zone and non-A-Zone policies, and the claims filed and paid. This data <br />provides an accurate description of vulnerability to floods in that the number of uninsured <br />floodprone properties can be calculated. In addition, a high number of non-A-Zone <br />policies might indicate an area susceptible to flood damages from ponding or inadequate <br />drainage, because property owners in such areas are not forced to purchase flood <br />insurance, it is strictly a voluntary purchase. Property owners that are incurring flood <br />losses, and who discover that their losses can be insured, may explain groupings of <br />policies outside the floodplain. <br /> <br />Floodplain Population <br />This section presents data from the State Hazard Mitigation Plan and includes the <br />floodplain population, number offloodprone structures, and assigned flood risk <br />designation. The state's flood risk designation is based upon the population and number <br />of structures in the floodplain, plus the number of dams in the vicinity. <br /> <br />Critical Facilities in the Floodplain <br />Each CPS identified the "critical facilities" within the identified floodplain. Critical <br />facilities were not identified outside of the floodplains because they could be subject to <br />any of the other hazards on a hit-or-miss basis. The Planning Team felt that it is unlikely <br />that protective measures for such facilities, (e.g., protecting a community water tower <br />from a tornado) would be technically feasible or cost-effective. Where there is some <br />feasibility, (e.g., protecting power supplies with sturdier poles spaced closer together), <br />those actions are already being taken. Within the floodplains there is a quantifiable risk to <br />these facilities, and potentially cost-effective protective solutions, (e.g., building a <br />floodwall around a power substation, or protecting a school with temporary shields and <br />closures). <br /> <br />Crop Loss Data <br />Each County Planning Element includes a summary tabulation of crop loss data for the <br />county between the years 1980-2001. Listed are the average annual claims paid, the total <br />amount of coverage purchased during the 21 year period, the total premiums paid during <br />the 21 year period, and the total claims paid during the 21 year period. The National <br />Crop Insurance Services, through the USDA/FSA, provided the data. The losses are for <br />multiple hazards, as the policies cover multi-perils. <br /> <br />In every county, average annual insured crop losses exceed the losses of any other <br />hazard. Agricultural losses are the number one loss in each county within the Planning <br />Area. The losses are likely even higher than those indicated because many crop losses are <br /> <br />50 <br />