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Last modified
7/28/2009 2:28:48 PM
Creation date
10/1/2006 2:17:00 PM
Metadata
Fields
Template:
Weather Modification
Contract/Permit #
#93-5
Applicant
Western Kansas Groundwater
Project Name
Kansas Weather Modification
Date
1/1/1993
Weather Modification - Doc Type
Report
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<br />\ <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />\ <br />I <br />I <br />I <br />\ <br />I <br />I <br />II <br /> <br />In examining the insurance data more closely, we find there <br />area other points of interest which can be calculated to better <br />approximate the actual amount of hail damage which should have <br />occurred in the target area each year, with or without hail <br />suppression, and what range of Farm Value may have been saved by <br />hail suppression. <br /> <br />We will define Farm Value (FV) as the remaining crop after all <br />crop damage has occurred, including hail. No year passes without <br />hail damage to crops, so, if there were no crop-hail damage during <br />the season, the Farm Value (FV) would have been greater than shown. <br />We call this hypothetical amount the Estimated True Farm Value <br />(ETFV). Since Loss Cost (LC) is a representative sample of loss-to- <br />insured liability, we can find how much crop-loss there should have <br />been in the ETFV by multiplying ETFV by LC. This result will be <br />the Estimated Crop Hail Loss (ECHL) and, mathematically, looks like <br />this: <br /> <br />(ETFV) x (LC) = (ECHL) <br /> <br />Since Farm Value (FV) is the result of the hypothetical crop <br />which we called ETFV, minus the ECHL, and by substitution, it can <br />be rewritten as: <br /> <br />( FV ) = (ETFV) - [( ETFV) x ( LC ) ] <br /> <br />or, by rearranging quantities, <br /> <br />(ETFV) = (FV) <br />[( 1 - (LC)] <br /> <br />By putting in the numbers for each year's FV and LC into the <br />above equation, we can find out what the Farm Value for the crop <br />should have been for each year if there were no hail in the ETFV. <br />This is shown on the next page, Figure 13. Since we now know what <br />the Farm Value should have been each, year and what it really was, <br />we deduce the difference is our Estimated Crop Hail Loss (ECHL) for <br />each year as shown in Figure 14, page 46. All ECHL numbers are <br />some multiples of the actual insured crop Loss for a given year, <br />but not the same multiple from year to year. For instance, in 1985 <br />the insured Crop Loss was slightly over $3 million; whereas, the <br />Adjusted Crop Hail Loss amounted to $l5 million...a $12 million <br />difference that some portion could have been added to WKWM Farm <br />Value that year if less hail had occurred. The multiple was 5, or <br />4 times more crop was not insured than was insured. On a larger <br />dollar scale the 1990 insured Crop Loss was near $8 million but <br />there was a very large Estimated Crop Hail Loss of $25 million <br />implied; the multiple was close to 3 with slightly more than twice <br />as much uninsured as insured. In 1990 WKWM Farm Value ended higher <br />than in any of the previous 4 years with Crop Loss, Liability and <br />Loss Cost all were higher than any year of the prior five. <br /> <br />44 <br />
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