Inter-Basin Water Transfer: Case Studies from Australia, United States, Canada, China and India

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Format: Hardcover
Pub. Date: 2007-01-29
Publisher(s): Cambridge University Press
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Summary

Increasing demands for irrigation, domestic and industrial water have generated a massive growth world-wide in the number of large water infrastructure projects involving the transfer of water from basins considered to have surplus water to those where the demand for water has exceeded or is expected to exceed supplies. Using the experiences of projects in Australia, United States, Canada, China and India, this book examines case studies within the diverse geographical, climatic, economic, and policy regimes operating in these countries. It examines the water resources of Australia, the driest inhabited continent, and explores inter-basin water transfer projects in the United States, Canada, China and India, examining their benefits and impacts within these nations' contrasting economies and governance systems. This comprehensive and well-illustrated text will be of great interest to professionals and researchers in the fields of hydrology, water resources, and to those engaged in environmental science, policy and regulation.

Table of Contents

Forewordp. xv
Overview and Scopep. xix
Acknowledgementsp. xxiii
List of Abbreviationsp. xxv
The Challengesp. 1
World population and pressures on land, water and food resourcesp. 3
Populationp. 3
Dryland areasp. 4
Extent of human-induced land degradationp. 4
Water resourcesp. 8
Agricultural land usep. 13
Food and fibre productionp. 15
Feeding the world populationp. 16
World water and food to 2025p. 17
Challenge Program on water and foodp. 18
Conclusionsp. 19
Referencesp. 20
Issues in inter-basin water transferp. 22
Introductionp. 22
Knowledge requirements and inter-basin water transferp. 23
Planning and public participationp. 27
Assessment of the impactsp. 28
Environmental flow requirements of riversp. 31
Social and cultural issuesp. 35
Economic appraisalp. 37
Water rightsp. 38
Conflicts and their resolutionp. 40
Integrated assessment and modellingp. 43
Conclusionsp. 45
Referencesp. 45
Inter-basin Water Transfer in Australiap. 49
Land and water resources of Australiap. 51
Geographyp. 51
Populationp. 51
Climatep. 54
Climate changep. 56
Droughtp. 59
Floodp. 60
Soil resourcesp. 61
Agricultural land usep. 64
Water resourcesp. 65
Environmental degradationp. 70
Management reforms and programmesp. 74
Estimates of future water requirementsp. 79
National water initiativep. 84
Potential role of inter-basin water transferp. 85
Conclusionsp. 87
Referencesp. 87
The Snowy Mountains hydro-electric schemep. 91
Locationp. 91
Hydrologyp. 91
Decline in precipitationp. 91
Historical backgroundp. 92
Snowy Mountains Actp. 95
Cost of the schemep. 96
Technical features of the schemep. 96
Water releasesp. 97
Electricity productionp. 97
Workforcep. 99
Environmental impacts of the schemep. 101
Corporatisation of the schemep. 101
The Snowy water inquiryp. 102
The environmental flow agreementp. 104
Precipitation enhancement projectp. 104
Conclusionsp. 105
Referencesp. 105
Inter-basin water transfer from coastal basins of New South Walesp. 107
Introductionp. 107
Environmental problems of the North Coast river basinsp. 107
Proposed diversion schemesp. 110
The scoping studyp. 122
Clearance scheme and water supply of Adelaidep. 122
Conclusionsp. 123
Referencesp. 123
The Bradfield and Reid schemes in Queenslandp. 125
The Bradfield schemep. 125
Introductionp. 125
Water availabilityp. 125
Outline of the Bradfield schemep. 125
Costs and benefits of the schemep. 126
The 1947 review of the schemep. 126
The expanded Bradfield schemep. 129
The 1982 review of the schemep. 131
Bradfield scheme and water supply of Adelaidep. 134
The Reid schemep. 135
Introductionp. 135
Description of the schemep. 135
Cost of the schemep. 137
Expected benefits of the schemep. 137
Conclusionsp. 137
Referencesp. 137
Three schemes for flooding Lake Eyrep. 139
Introductionp. 139
Characteristics of the Lake Eyre Basinp. 139
Port Augusta-Lake Eyre canal schemep. 144
The Great Boomerang Schemep. 147
Flooding Lake Eyre with waters of the Great Artesian Basinp. 149
Conclusionsp. 149
Referencesp. 150
The Goldfields pipeline scheme of Western Australiap. 151
Introductionp. 151
Water shortagep. 151
Pipeline proposalsp. 152
Conclusionsp. 162
Referencesp. 164
Supplying Perth, Western Australia with water: the Kimberley pipeline schemep. 165
Introductionp. 165
Water conservation strategyp. 165
Long-term water supply options for Perthp. 165
Perth's water supply optionsp. 167
Inter-basin water transfer from Kimberleyp. 169
Bulk water transport by ship from Kimberley to Perthp. 177
Seawater desalination for Perth's water supplyp. 177
Conclusionsp. 178
Referencesp. 179
Other schemes in Australiap. 180
Introductionp. 180
River Murray pipelines in South Australiap. 180
Introductionp. 180
Morgan-Whyalla pipelinesp. 181
Mannum-Adelaide pipelinep. 183
Swan Reach-Paskeville pipelinep. 183
Tailem Bend-Keith pipelinep. 183
Murray Bridge-Onkaparinga pipelinep. 183
Mareeba-Dimbulah irrigation scheme, Queenslandp. 184
Introductionp. 184
History of the schemep. 184
Agricultural developmentp. 186
Water allocation and water usep. 186
Power generation and town water supplyp. 186
Water quality issues of the Tinaroo Falls Lakep. 187
Barron water resources planp. 187
Possibilities for future expansionp. 188
Impacts of water resources developmentp. 188
Domestic and industrial water supply in North Queenslandp. 188
Water supply from Eungella Damp. 188
Pipelines for water supply of Townsville and Thuringowap. 189
Pipeline to Bowen areap. 189
Water supply to the Broken Hill mines and township, New South Walesp. 189
Introductionp. 189
Water supplyp. 191
Conclusionsp. 197
Referencesp. 198
Inter-basin Water Transfer in Other Selected Countriesp. 199
Inter-basin water transfer in the United States of Americap. 201
Overview of geography, population, land and waterp. 201
Geographyp. 201
Populationp. 202
Precipitation and climatep. 202
Land usep. 203
Water resourcesp. 204
Floodp. 207
Droughtp. 208
Climate change impactsp. 209
Water transfer projects in the United Statesp. 209
Ambitious plans for water transferp. 211
Federal water plan for the west (water 2025)p. 212
Inter-basin water transfer in Californiap. 215
Geography and populationp. 215
Water supply and demandp. 215
Water transfer projectsp. 217
Major management programs and strategiesp. 229
Inter-basin water transfer from the Colorado Riverp. 240
Colorado River Basinp. 240
Water transfer projectsp. 243
Conclusionsp. 257
Referencesp. 258
Inter-basin water transfer in Canadap. 261
Overview of geography, population, land and waterp. 261
Geographyp. 261
Populationp. 261
Economyp. 262
Climate and precipitationp. 262
Land cover and usep. 263
Water resourcesp. 264
Floodp. 269
Droughtp. 270
Hydro-power generationp. 270
Climate change impactsp. 270
Management of water resourcesp. 272
Inter-basin water transfer projectsp. 275
Introductionp. 275
Examples of water transfer projectsp. 276
Great Lakes Basin diversionsp. 281
Impacts of the diversion projectsp. 281
Learning from Canadian experiencep. 284
Large-scale water export proposalsp. 284
Water export policyp. 290
Conclusionsp. 292
Referencesp. 293
Inter-basin water transfer in Chinap. 295
Overview of geography, population, land and waterp. 295
Geographyp. 295
Populationp. 296
Economyp. 296
Climate and precipitationp. 297
Land cover and usep. 297
Irrigationp. 298
Water resourcesp. 299
Floodp. 304
Droughtp. 305
Climate change impactsp. 305
Sustainable water resources developmentp. 305
Water conservationp. 306
Inter-basin water transfer projectsp. 307
Introductionp. 307
South to North Water Transfer Projectp. 307
Action plan for the North China Plainp. 314
Conclusionsp. 316
Referencesp. 316
India: The National River-Linking Projectp. 319
Overview of geography, population, land and waterp. 319
Geographyp. 319
Populationp. 319
Economyp. 319
Climate and precipitationp. 320
Irrigationp. 321
Water resourcesp. 323
Floodp. 326
Droughtp. 326
Climate change impactsp. 326
Impacts of dam buildingp. 327
National water policyp. 329
Inter-state water disputesp. 330
The National River-Linking Projectp. 330
Introductionp. 330
Existing projectsp. 330
River-linking proposals of the 1970sp. 331
The National River-Linking Projectp. 331
Conclusionsp. 342
Referencesp. 344
Inter-basin water transfer, successes, failures and the futurep. 345
Introductionp. 345
Benefits of inter-basin water transfer projectsp. 346
Impacts of inter-basin water transfer projectsp. 350
Mega-scale water transfer proposalsp. 353
Necessary knowledge for inter-basin water transferp. 353
Inter-basin water transfer, water conservation and new sources of supplyp. 354
Inter-basin water transfer and cross jurisdictional agreementsp. 355
Recommendations of the World Commission on Damsp. 356
Concluding commentsp. 356
Appendicesp. 359
Some of the Australian pioneers of inter-basin water transferp. 361
Bradfield, John Job Crew (1867-1943)p. 361
Chifley, Joseph Benedict "Ben" (1885-1951)p. 362
Forrest, Sir John (1847-1918)p. 364
Hudson, Sir William (1896-1978)p. 366
Idriess, Ion Llewellyn (1889-1979)p. 367
Menzies, Sir Robert Gordon (1894-1978)p. 368
O'Connor, Charles Yelverton (1843-1902)p. 369
Construction timetable of the Snowy Mountains Hydro-electric Schemep. 371
Details of diversion schemes from the Clarence River Basinp. 374
Details of diversion schemes from the Macleay River Basinp. 376
Chronological table of the most important events in the Goldfields Pipeline Scheme, Western Australiap. 377
Flooding of the Sahara depressionsp. 379
Introductionp. 379
Roudaire's expeditionsp. 379
Commission of inquiryp. 380
Continuation of the inland sea affair (1882-1936)p. 381
Developments from 1957 to 1968p. 381
The joint Algeria and Tunisia project (1983-85)p. 382
Referencesp. 383
The Ord River Irrigation Schemep. 384
Introductionp. 384
Hydrology and water quality of the Ord Riverp. 386
Economic evaluation of the schemep. 386
Recent gross values of agricultural productionp. 388
Hydro-power generationp. 388
Stage 2 of the scheme Referencesp. 392
Referencesp. 393
The West Kimberley Irrigation Schemep. 393
Introductionp. 393
Groundwater allocation and stakeholders concernsp. 393
Cultural values of groundwaterp. 395
Cotton researchp. 395
Benefits of the WAI proposalp. 395
Progress of the feasibility studyp. 396
Failure of the proposalp. 396
Referencesp. 396
Some other water transfer schemes in Australiap. 397
Introductionp. 397
Shoalhaven Diversion Schemep. 397
Thomson Diversion Schemep. 403
Hydro-power generation in Tasmaniap. 405
Referencesp. 412
Selected technical features of the Central Valley Project in Californiap. 413
Referencep. 414
Selected technical features of the State Water Project in Californiap. 415
Referencep. 416
Selected characteristics of some of the completed or proposed inter-basin water transfer projects in Australia, United States, Canada, China and India, in chronological orderp. 417
Glossaryp. 423
Indexp. 429
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