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<br />I <br /> <br />20 <br /> <br />TRlBAL WATER MANAGEMENT HANDBOOK <br /> <br />I <br />I <br />I <br />I <br />1 <br />I <br />I <br />I <br />I <br /> <br />the management of vegetation in an upper watershed. For example, the coordinated <br />scheduling of reservoir releases and irrigation has avoided the need for new capital <br />improvements in some settings. The rising costs of construction, operation and <br />maintenance associated with structural answers to water problems, and a greater <br />sensitivity to environmental impacts, have prompted a search for more nonstructural <br />solutions. Water managers. therefore, must have the ability to weigh the advantages <br />and disadvantages of structural and nonstructural solutions. <br /> <br />Rehabilitation v. Decay: Paying Now or Later <br /> <br />Many of the dams, canals, pipelines, sewers and waste trealment facilities built <br />decades ago are deteriorated and in need of repair or replacement. Decaying <br />waterworks are pan of a larger public works infrastructure problem in the United <br />States that is symbolized vividly by crumbling highways.18 After the failure of the <br />Teton Dam in Idaho in 1976, a nationwide review of the condition of dams was <br />begun, causing some closings and considerable repairs. The competition for capital <br />to rebuild the public works infrastructure is keen. New water projects now are <br />competing with the repair of old water projects for limited capital. What makes the <br />matter worse is that each year rehabilitation is delayed, the ultimate cost is increased. <br />As a result of the infra~1rocture problem, one lesson being relearned in many water <br />management circles is the impon.ance of ongoing maintenance and repair. <br /> <br />As the public becomes more aware of the infrastructure problem and the <br />unavoidable costs that must be shouldered 10 solve it, water and sewer rates and <br />water management budgets should begin to reflect the full cost of maintenance, <br />repair and replacement. Here, as in other areas, the water manager is going to be <br />called upon 10 be aniculate and persuasive in dealing with other officials, the media <br />and the public. <br /> <br />2-3. CHALLENGES <br /> <br />I <br />I <br />'. <br />I <br /> <br />Becoming Better Informed and Better Trained <br /> <br />Training for the Indian water manager, as with any other skilled person in <br />society, is a lifelong process. It does not stop with an educational diploma, degree or <br />certificate. Trends and developments in the water management field are dynamic and <br />ever-changing, requiring the modem manager to dedicate time to keeping abreast of <br />advances in the field. Reading, comparing experiences with fellow managers <br />elsewhere, anending conferences and workshops, and taking more course work are <br />among the additional activities that Indian water managers must undertake to better <br />manage the water resource. <br /> <br />Redefining Connicl and Moderating Competing Values <br /> <br />J <br /> <br />Conflict among the water constituencies and users is one of the major problems <br />facing many water managers. Sometimes the conflict is unnecessary and can be <br />avoided by the discovery of mutual interests or common objectives. Sometimes an <br />alert water manager, flexible and open to new approaches, can defuse conflict before <br /> <br />1 <br />J <br />