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<br />SCOPE OF RESERVO I R SYSTE~' FORHUlA TIO~1 <br /> <br />The systems vi ewpoi nt adopted herei n focuses on the phys i ca 1 <br /> <br /> <br />representation of the system and the system performance, in partic- <br /> <br /> <br />ular hydrologic and economic performance. For the present discus- <br /> <br /> <br />sion the social, political, institutional and environJ:1ental aspects <br /> <br /> <br />are assumed to act on the system (determining acceptable perfomance <br /> <br /> <br />criteria and alternatives) rather than comprising integral parts of <br /> <br /> <br />the analysis. <br /> <br /> <br />The physical representation of alternative systems is deter- <br />mined by the potentially useful reservoir sites, and locations <br />(termed control points) for which the systems are operated. Potential <br />reservoir sites are determined by analysis of the physical configura- <br />tion of the topography, physical and geologic characteristics of <br />the landscape and their proximity to potential damage centers. For <br />purposes of system formulation, a reservoir site is therefore <br />characterized by a physical location (distance from points of <br />interest), site storage-elevation relationship and the construc- <br />tion, operation and maintenance costs necessary to create the reser- <br />voir for a range of flood control storages. The stream system com- <br />prises a second important ele~ent in the physical configuration of <br />systems. The stream system can be characterized by the "topology" <br />(where water flows from and to) and hydrologic routing criteria that <br /> <br />3 <br />