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<br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />j <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />, <br />I <br /> <br />were 20,000 shares outstanding among members, each share would have a bill of$20 per <br />year ($400,000/20,000 shares/ = $20). These expenses continue as long as a person owns <br />shares and does not depend on whether or not he actual pumps water in a given year or <br />how much a person is allowed to pump per share (a share can be temporarily leased to <br />another user along with the fmancial obligation, this is described in the section on <br />secondary markets). Because LA WMA revenues are based on the number of shares, <br />water conditions do not matter and total revenues always remain constant. <br /> <br />Initial Allocation of Shares <br /> <br />The shares organization starts with an initial allocation of shares among members. This <br />allocation is a decision by the LA WMA board. The allocation methods have different <br />effect on users depending on climate conditions. All share methods have one thing in <br />common: the initial allocation of shares across users cannot vary from dry year to a <br />normal year except through voluntary exchange in secondary markets. Once LAWNL4 <br />engages in an initial allocation of shares its share allocationjob isfinished. In other <br />words, LA WMA cannot have a certain "initial allocation" of shares for illy years that is <br />different from the "initial allocation" of shares in a normal year. Therefore, any change <br />in the allocation of shares must occur in secondary markets. <br /> <br />This initial allocation of shares will determine the relative fmancial demand shortfall, <br />fairness and the actual use of water among members llllder different climatic conditions. <br />Types of members will fare better or worse depending on the allocation method and <br />whether or not it is a normal or dry year. Thus, the relative position of members involves <br />a tradeoff: e.g. supplemental users might be better off in a illy year if sole-source users <br />cut back somewhat in a normal year. There is no single completely fair or correct <br />allocation: There are only tradeoffs between different allocation schemes. We describe <br />three different allocation methods in the following paragraphs. LA WMA can modify <br />these allocations in any manner they deem necessaI)', but the initial allocation decision <br />must be the responsibility of the LA WMA board. <br /> <br />Initial Allocation S I: N onnal- Year Allocation Method (S I ): Initial allocation S I <br />is based on the amount of replacement water irrigators required to offset the <br />effects of pumping in a normal year. Average historical pumping levels would <br />require 18,049 af of annual replacement water and thus 18,049 shares would be <br />initially allocated to LA WMA members. Of the total shares, supplemental water <br />users would account for 9,019 shares (49.96%), sole-source flood water users for <br />3,068 (17%) and sole-source sprinkler water users for 5,912 (32.75%). This <br />allocation favors sole-source users in a dry year. <br /> <br />Initial Allocation S2: Drv- Year Allocation Method (S2): Initial allocation S2 is <br />based on historical pumping during a dry year and is estimated to require 24,435 <br />af of replacement water. Under this method, 24,435 shares would be issued to <br />LA WMA members. Supplemental users are issued 14,090 shares (57.66%), sole- <br />source flood users are issued 3,515 shares (14.38%) and sole-source sprinkler <br /> <br />EnWater Resource Consultants September 5, 1997 Final Report <br /> <br />30 <br />