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<br />.-,~ .;-:' <br /> <br />I' .~.. <br /> <br />I... . <br /> <br />I <br />j .,- <br />I <br />I <br />I <br />I <br />! <br /> <br />I <br /> <br />j <br />1 <br />r <br />I <br />I <br />I <br />~ . <br />. <br />, <br />:r <br /> <br />, <br />~ <br />'i. <br />:. <br />i <br />j <br /> <br />+ <br />; <br /> <br />I <br />I <br />1 <br /> <br />" <br />1 <br /> <br />.tv <br />()' <br />-J <br />~ <br /> <br />,-4- <br /> <br />This first ro~d of purchases results m'a '$45,000,000 requirement <br />for (output of) agricultural sector products. On the second round <br />this $4",000,000 must be broken down again by the sectors in Table <br />3. This process continues mtil the ""new" dollars have completed <br />their journey throughout the economy. <br /> <br />This brief example indicates' how input-output analysis can be used <br />to ascertain the effects of changes in a state's economy. Obviously, <br />these changes are not always additions to the economic base. How- <br />ever, this type of analysis can also be used to predict the effect <br />on different sectors if a basic sector is ,forced to reduce its out- <br />put. Input-output analysis also points out that changes in the eco- <br />nomy do not necessarily affect every sector equally'- In fact, some <br />sectors may benefit only slightly, if at all, from specific changes. <br /> <br />Objective 'three will be fulfilled by determining the physical water <br />requirements by sectors. This information will be determined from <br />the value of water used as indicated in the intersectoral transac- <br />tions, e.g., Table 1. This step is necessary because of the wide <br />variation in water costs between sectors. Objective four will in- <br />volve the establishment of goals or assumptions regarding the de- <br />velopment of water resources and technology. Several analytical <br />procedures will be used to estimate (a) 'the impact of future output <br />levels on the demand for water, (b) water demand as it relates to <br />the price of water, and (c) the substitution between water and other <br />i:flputs. These procedures will inc:l:.lde bv-::~ p03:.~ive (desc~iFt:.~..~j.. <br />and normative (prescriptive or optimal) techniques. <br />I <br />III. Duration of Project: <br /> <br />July 1, 1970 to June 30, 1974 <br /> <br />IV. Location of the Research: <br /> <br />Personnel will be headquartered at Colorado State University, Fort Collins, <br />Colorado. Data will be collected for all sectors of Colorado's economy <br />with special emphasis on the eastern slope industrial and agricultural sec- <br />tors. ' <br /> <br />V. Importance of the Research: <br /> <br />Colorado is experiencing rapid economic change. This change is resulting <br />from an increase in the size of the state's' economy. , It "is also being 'af- <br />fected by a relatively high rate of immigration of people and industries. <br />Any rapid change causes pressures on existing institutions and resources. <br /> <br />Of particular concern are those resources which are scarce. In Colorado, <br />as elsewhere in the western United States', water is a very critical re- <br />source to continuing economic development. Many'local, state, and regional <br />programs have been and are being developed to promote economic growth of <br />the state's economy. All of these programs must ultimately consider and <br />plan for the resources required 'for their implementation. Of particular <br />concern to economic development in Colol'ado is hO\< the growth of a par- <br />ticular sector or industry will affect the water use patterns of the state. <br />