Subject
Index
269
institutional, 43, 150-151
inventory (in expansion problem, including water quality), 152
irrigation, 51
linearization of energy, 102-103
municipal and industrial, 50-51
physical, 51-55
recreation, 49-50, 63, 114
reservoir monthly mass balance, 53
technological, 153
water quality, 152-153
Consumptive uses of water, see Irrigation,
Municipal and industrial water use
D
Dam revenue equation, 44-49
Discount rate factor, see Interest rate
Dynamic programming, 26-29
examples in water resources management problems, 26
general format, 26-27
nonapplicability to multistate variable
problem, 67
one-period operating policy derivation,
27-29
water resources model including water
quality, solution of, 154-155
Έ
Economic efficiency, see Objective function
Economic loss function, see Penalty
function
Evaporation losses from reservoir surfaces
calculation of, 54
part of the reservoir monthly mass
balance, 53
typical monthly data, 59
F
Feasible region
for linear programming problems, 18
for nonlinear programming problems,
21-22
Future water demands
agricultural, 5
factors influencing, 5, 6
hydroelectric, 62
municipal and industrial, 5, 62
prices and, 5, 6
recreation, 49, 63
residential, 5
G
Genossenschaften, 146
Η
Harvard Water Program, 35, 139-140
Hydroelectric energy
availability of, 62
benefits, calculation of, 44-45, 48-49, 62
as example of withdrawal-nonconsumptive use of water, 109
generation by constant-head reservoirs,
102-103, 116-117
as objective of MD river basin system,
109, 112
reservoir head relationships, 48-49
Hydroelectric power, see also Hydroelectric energy
annual operating costs, profile of, 31
generating stations (investment problem
using linear programming), 20-21
plant characteristics, 48-49
system load factor, 47-48
Hydrology
"critical period," 39, 139
data sources of inflow, 57-58
of MD river basin, 106, 113-114
Hypothetical river basin
advantages in use for modeling, 52
elements of, 48
example of location of potential water
and waste water treatment sites,
149
features of, 52
water and waste water sources and
return points, 147
I
Importing water, cost of
dam revenue equation, as part of, 45
objective function of optimal expansion
problem, as part of, 41
Index
269
institutional, 43, 150-151
inventory (in expansion problem, including water quality), 152
irrigation, 51
linearization of energy, 102-103
municipal and industrial, 50-51
physical, 51-55
recreation, 49-50, 63, 114
reservoir monthly mass balance, 53
technological, 153
water quality, 152-153
Consumptive uses of water, see Irrigation,
Municipal and industrial water use
D
Dam revenue equation, 44-49
Discount rate factor, see Interest rate
Dynamic programming, 26-29
examples in water resources management problems, 26
general format, 26-27
nonapplicability to multistate variable
problem, 67
one-period operating policy derivation,
27-29
water resources model including water
quality, solution of, 154-155
Έ
Economic efficiency, see Objective function
Economic loss function, see Penalty
function
Evaporation losses from reservoir surfaces
calculation of, 54
part of the reservoir monthly mass
balance, 53
typical monthly data, 59
F
Feasible region
for linear programming problems, 18
for nonlinear programming problems,
21-22
Future water demands
agricultural, 5
factors influencing, 5, 6
hydroelectric, 62
municipal and industrial, 5, 62
prices and, 5, 6
recreation, 49, 63
residential, 5
G
Genossenschaften, 146
Η
Harvard Water Program, 35, 139-140
Hydroelectric energy
availability of, 62
benefits, calculation of, 44-45, 48-49, 62
as example of withdrawal-nonconsumptive use of water, 109
generation by constant-head reservoirs,
102-103, 116-117
as objective of MD river basin system,
109, 112
reservoir head relationships, 48-49
Hydroelectric power, see also Hydroelectric energy
annual operating costs, profile of, 31
generating stations (investment problem
using linear programming), 20-21
plant characteristics, 48-49
system load factor, 47-48
Hydrology
"critical period," 39, 139
data sources of inflow, 57-58
of MD river basin, 106, 113-114
Hypothetical river basin
advantages in use for modeling, 52
elements of, 48
example of location of potential water
and waste water treatment sites,
149
features of, 52
water and waste water sources and
return points, 147
I
Importing water, cost of
dam revenue equation, as part of, 45
objective function of optimal expansion
problem, as part of, 41