Integrated Water Resources Management
Edited by Miguel A. Mariño & Slobodan P. Simonovic
IAHS Publication no. 272
Key Word Index
- actual load, 272-387
- agriculture, 272-99
- appropriate use of water resources, 272-121
- aquatic ecosystem, 272-387
- artificial
- islands, 272-365
- steady-state, 272-183
- Australia, 272-297
- Murray-Darling Basin, 272-83
- southeast, 272-249
- backwater lakes, 272-365
- beneficial use, 272-365
- biophysical diagnostic research, 272-277
- bivariate extreme value distributions, 272-349
- blue green algae, 272-91
- Blue Mesa Reservoir; Colorado; USA, 272-373
- Brazil, 272-145, 272-263, 272-269
- Cairngorm Mountains; Scotland; UK, 272-45
- calibration, 272-431
- California; USA, 272-191
- Canada; Winnipeg, 272-257
- capacity, 272-13
- case methodology, 272-19
- catchment
- management planning, 272-45
- modelling, 272-83
- catchment-reservoir system, 272-387
- channel capacity, 272-277
- channels, 272-325
- chaotic time series, 272-285
- Chile, 272-75, 272-205
- China, 272-159
- classification, 272-379
- climate change, 272-63
- collaborative planning, 272-37, 272-57
- process, 272-51, 272-63
- Colorado River; USA, 272-139
- community involvement, 272-127
- computational
- intractability, 272-257
- time, 272-257
- conjunctive
- management, 272-175
- use, 272-167, 272-183
- water system, 272-159
- consensus, 272-19
- contamination, 272-425
- convolution of random variables, 272-349
- correlation
- dimension, 272-285
- integral analysis, 272-285
- Cosumnes River; California; USA, 272-175
- criteria for decision support, 272-37
- crop water budget, 272-167
- dam operations, 272-373
- Dammam Formation aquifer, 272-213
- dams and barrages, 272-277
- decentralization, 272-133
- decision making, 272-19
- multi-objective, 272-3
- decision support
- criteria, 272-37
- systems, 272-37, 272-57, 272-63
- deficit, 272-291
- Delft-FLS, 272-305
- demand management, 272-151
- desertification, 272-113, 272-139
- developing communities, 272-127
- Diass; Senegal, 272-113
- discrete kernels, 272-183
- diversion system, 272-341
- drainage basin models, 272-91
- DRASTIC, 272-425
- drought, 272-333
- intensity, 272-291
- magnitude, 272-291
- period, 272-291
- Durance River; France, 272-277
- duration, 272-291
- of exposure, 272-401
- ecological
- and geomorphological adjustments, 272-277
- damage, 272-3
- models, 272-63
- risk analysis, 272-3
- standards, 272-387
- ecology, 272-25
- economic
- efficiency, 272-75
- implications, 272-69
- performance, 272-191
- economics, 272-191
- ecosystem
- management, 272-379
- restoration, 272-365
- aquatic, 272-387
- reservoir, 272-373
- engineering
- expertise, 272-127
- water conservancy, 272-107
- England, 272-229
- environmental flows, 272-83
- Estonia, 272-91
- eucalypt forest, 272-249
- European Council Directive, 272-3
- European Union, 272-31, 272-69, 272-99
- European Union Water Framework Directive, 272-31, 272-69
- eutrophication, 272-91, 272-99
- evaluation of decision support tools, 272-37
- evapotranspiration, 272-249
- excessive load, 272-387
- exploitive and sustainable management, 272-277
- Finland, 272-99
- fish, 272-401
- habitat, 272-393
- flood, 272-325, 272-333, 272-341, 272-349, 272-355
- -plain management, 272-13
- -risk mapping, 272-311
- control, 272-341
- modelling, 272-305
- plain, 272-365
- risk indicators, 272-311
- routing, 272-341
- flooding, 272-319
- Florida Everglades restoration, 272-25
- flow requirements, 272-393
- focus groups, 272-319
- forecasting, 272-285
- forest
- harvesting, 272-249
- regeneration, 272-249
- France; Durance River, 272-277
- frequency analysis, 272-355
- full recovery cost pricing, 272-69
- gaming techniques, 272-37
- general regression neural networks, 272-285
- generation of learning pattern, 272-237
- genetic algorithms, 272-257
- geomorphological and ecological adjustments, 272-277
- GIS, 272-113, 272-167, 272-379
- good modelling practice, 272-57
- greywater re-use system, 272-121
- groundwater, 272-167, 272-183, 272-205, 272-425
- -surface water interactions, 272-175
- flow, 272-221
- modelling, 272-175
- protection, 272-13
- recharge, 272-417
- resource management, 272-411
- Guadalupe River; USA, 272-393
- habitat degradation, 272-401
- health effects, 272-319
- Horton equation, 272-221
- hydraulic experiments, 272-197
- hydraulics, 272-325
- hydrogeology, 272-167, 272-411
- hydrological
- budget, 272-417
- models, 272-63
- series, 272-291
- hydropower, 272-263
- impact assessment, 272-305
- India, 272-297
- infilling and extension of hydrological data, 272-237
- infiltration, 272-221
- information management, 272-31
- infrastructure, 272-305
- instream flow, 272-393
- intangible impacts, 272-319
- integrated
- environmental management, 272-379
- management, 272-113
- model, 272-127
- planning benefits, 272-229
- river basin management, 272-3, 272-45
- water management, 272-51
- water resource management, 272-37, 272-133
- interception, 272-249
- interdisciplinary modelling, 272-373
- interstate river basins, 272-31
- IQQM; integrated Quantity Quality Model, 272-83
- Iran, 272-229
- irrigation, 272-139
- efficiency, 272-75
- Italy, 272-411
- River Adige, 272-305
- Japan, 272-221
- joint simulation-optimization, 272-159
- kinematic model, 272-221
- knowledge engineering, 272-19
- Küçük Menderes River basin; Turkey, 272-417, 272-425
- Kuwait City, 272-213
- Kuwait Group aquifer, 272-213
- lake catchment management model, 272-99
- Lake Längelmävesi; Finland, 272-99
- landscape type, 272-387
- land use, 272-167
- land-use planning, 272-311
- large basin, 272-221
- leaf area index, 272-249
- legal and administrative arrangements, 272-69
- limnology, 272-373
- linear programming, 272-159, 272-263
- local water management, 272-13
- Logistic model, 272-349
- low flows, 272-269
- management
- ecosystem, 272-379
- flood-plain, 272-13
- groundwater resource, 272-411
- integrated water resource, 272-57, 272-133
- local water, 272-13
- river basin, 272-75
- mathematical programming, 272-257
- Mayan rain cycles, 272-297
- MIKE BASIN, 272-151
- minimum discharge, 272-197
- model, 272-431
- ecological, 272-63
- error, 272-355
- Delft-FLS, 272-305
- drainage basin, 272-91
- hydrological, 272-63
- integrated management, 272-127
- IQQM, 272-83
- lake catchment management, 272-99
- Logistic, 272-349
- MIKE BASIN, 272-151
- optimization, 272-75
- regional-scale, 272-401
- standard framework, 272-57
- water resources management, 272-121
- modelling
- catchment, 272-83
- flood, 272-305
- groundwater, 272-175
- interdisciplinary, 272-373
- numerical, 272-167
- reservoir, 272-373
- runoff, 272-285
- spatial, 272-113
- system, 272-191
- monitoring, 272-31
- multi-objective, 272-159
- decision making, 272-3
- multi-party decisions, 272-19
- multi-state water law, 272-139
- multiple reservoir systems, 272-257
- Murray-Darling basin; Australia, 272-83
- neural network, 272-237, 272-285
- New Zealand, 272-379
- nitrogen, 272-91
- nonlinear
- prediction method, 272-285
- programming, 272-263
- modelling, 272-167
- simulation, 272-341
- nutrients, 272-91
- oasis, 272-431
- optimization, 272-191, 272-263
- model, 272-75
- Oxfordshire; UK, 272-319
- parameter elasticity, 272-243
- participative approaches, 272-113
- peaks-over-threshold, 272-401
- Peoria Lake; Illinois River; USA, 272-365
- permissible load, 272-387
- phosphorus, 272-91
- physically-based model, 272-221
- phytoplankton, 272-91
- planning, 272-133, 272-305
- possibility theory, 272-3
- precipitation vs water level relation, 272-417
- public participation, 272-69
- quality, 272-425
- rainfall, 272-325
- rainwater use system, 272-121
- rating curve, 272-269
- reach transmissivity, 272-183
- real-time operation, 272-257
- Red River basin; Vietnam, 272-341
- Region of Valencia; Spain, 272-311
- regional-scale model, 272-401
- regression relationships, 272-355
- reliability, 272-229, 272-333
- reservoir, 272-151, 272-191, 272-263
- capacity and yield, 272-229
- ecological capacity, 272-387
- ecosystems, 272-373
- management, 272-373
- modelling, 272-373
- resilience, 272-229, 272-333
- resource water conservancy, 272-107
- response matrix approach, 272-159
- restoration, 272-91
- riparian vegetation, 272-277
- risk, 272-325, 272-333
- assessment, 272-425
- evaluation, 272-311
- maps, 272-401
- river, 272-379, 272-401
- basin management, 272-69, 272-75
- catchment, 272-243
- environment, 272-197
- junctions, 272-349
- regulation for HEP, 272-277
- systems, 272-83
- River
- Adige; Italy, 272-305
- Nile, 272-297
- Rhine, 272-31
- RMA-2, 272-393
- Runoff
- -erosion model, 272-221
- -producing unit, 272-387
- modelling, 272-285
- Sahel, 272-113, 272-297
- salinization, 272-431
- sapflow velocity, 272-249
- sapwood area, 272-249
- scale, 272-379
- scanning subgrid, 272-183
- scientific investigation, 272-127
- Scottish rivers, 272-45
- sea level rise, 272-63
- sediment
- concentration, 272-401
- disposal, 272-365
- transport, 272-243
- sedimentation, 272-365
- serendipity, 272-297
- Shasta Lake; California; USA, 272-373
- simulated annealing, 272-257
- social
- impacts, 272-319
- participation, 272-133
- soil erosion, 272-243
- South Africa, 272-151
- South Platte; Colorado USA, 272-183
- southeastern Australia, 272-249
- Spain; region of Valencia, 272-311
- spatial modelling, 272-113
- Sri Lanka, 272-297
- stakeholder participation, 272-63
- standard framework models, 272-57
- standardized precipitation index; SPI, 272-291
- storm water pollution, 272-127
- stream-aquifer interaction, 272-175, 272-197
- stream-aquifer interrelations, 272-205
- stress, 272-319
- subsurface water, 272-197
- surface water, 272-167
- sustainability, 272-229
- criteria, 272-151
- sustainable
- development, 272-3
- rivers, 272-45
- system modelling, 272-191
- systems analysis, 272-19
- The Netherlands, 272-51, 272-63
- Tunisia, 272-431
- Turkey, 272-291
- Küçük Menderes River basin, 272-417, 272-425
- two-dimensional, 272-393
- UK
- Cairngorm Mountains; Scotland, 272-45
- Oxfordshire, 272-319
- Yorkshire, 272-401
- uncertainty, 272-269
- ungauged drainage basins, 272-355
- urban actions, 272-311
- USA
- Blue Mesa Reservoir; Colorado, 272-373
- California, 272-191
- Colorado River, 272-139
- Cosumnes River; California, 272-175
- Florida Everglades restoration, 272-25
- Guadalupe River, 272-393
- Peoria Lake; Illinois River, 272-365
- Shasta Lake; California, 272-373
- South Platte; Colorado, 272-183
- regional water conflicts, 272-19
- user interface, 272-63
- vadose zone, 272-167
- validation, 272-431
- Vietnam; Red River basin, 272-341
- volcanic aquifers, 272-411
- vulnerability, 272-311, 272-319, 272-333
- water
- balance, 272-243
- conflicts, 272-19
- deficits, 272-113
- erosion, 272-113
- level fluctuation, 272-417
- management, 272-63
- model, 272-121
- planning, 272-297
- protection, 272-25, 272-91, 272-99, 272-127, 272-387
- quality, 272-25, 272-91, 272-127, 272-387
- objectives, 272-401
- resource supply-demand analysis, 272-159
- resources, 272-145, 272-213, 272-277, 272-333
- management, 272-57
- planning and management, 272-83, 272-159
- rights, 272-205
- saving
- in residential buildings, 272-121
- society, 272-107
- supply systems, 272-3
- table rise, 272-213
- use efficiency, 272-75
- users, 272-145
- yield, 272-249
- Winnipeg; Canada, 272-257
- Yorkshire; UK, 272-401