Suchen und Finden
Sustainability in Food and Water
3
Table of Contents
7
Preface
13
PART 1 Water Resources Management
15
Sustainable Water Resource Management in China: A Great Challenge
16
Introduction
17
Study Area Description
17
Water Resource Availability
19
Water Consumption
20
Projected Future Water Demand
21
Sustainable Water Resource Management and Strategies
21
Conclusions
22
Acknowledgements
23
References
23
Affecting Factors of Salinity Intrusion in Pearl River Estuary and Sustainable Utilization of Water Resources in Pearl River Delta
24
Introduction
24
Analysis of Factors Affecting Salinity Intrusion
25
The Decrease of the Runoff from Upstream in Dry Period
25
The Topography Change of Estuary and Rivers
26
The Rise of Sea Level Resulting from Global Warming
26
The Effect of Wind Direction on Salinity Intrusion (Pan, 2007)
27
Sustainable Utilization of Water Resources in Pearl River Delta
27
Concluding Remarks
29
References
30
Water Resource Management in Asian Cities –Case Studies of Groundwater Management
31
Introduction
31
Groundwater Use in Asian Cities
32
Environmental Problems Due to Excessive Groundwater Use
32
Groundwater Management Practices in Tianjin and Bangkok
34
Regulations for Groundwater Use
35
Groundwater Charge
35
Encouragement of Using Alternative Water Sources
37
Conclusions
38
Acknowledgements
39
References
39
Identification of Main Factors and Their Relationships in Urban Runoff Pollution of Macau Based on Statistical Techniques
40
Introduction
41
Materials and Methods
41
Study Regions and Field Monitoring System
41
Statistics Analysis
42
Results and Discussion
43
Statistical Results for Three Catchments
43
YLF Catchment
43
SYX Roadway Catchment
45
ELH Park Catchment
46
Discussion
46
Conclusions
48
Acknowledgement
48
References
48
Assessment of Spatial Variations in Surface Water Quality of Kyeongan Stream, South Korea Using Multi-Variate Statistical Techniques
49
Introduction
49
Study Area
50
Materials and Methods
52
Cluster Analysis
52
Factor Analysis
53
Results and Discussion
54
Cluster Analysis
54
Factor Analysis
54
Conclusions
57
References
57
Real-Time Water Resources Analysis and Assessment for Supporting Beijing Water Sustainability
59
1 Introduction
59
2 Methods
62
2.1 Water Resources Assessment Zoning
63
2.1.1 Rainfall-runoff Computation Grids
63
2.1.2 Model’s Parameter Calibration
63
Statistical and Analytical Units
63
Assessment Methods for Major Factors of Water Resources
64
Mean Area Precipitation (MAP)
64
Evapotranspiration Loss (EL)
64
Surface Runoff Generation (R)
65
Application
65
Conclusions
68
References
69
A GIS-Based Bio-Economic Model Applied in Water Resource Management in Shiyang River Basin, Gansu Province, China
70
Introduction
70
Study Site
71
Agricultural Development and Ecological Degradation in Shiyang River
71
Measures of Environmental Rehabilitation
73
Methods
74
Model
74
Scenario Design
76
Results and Discussions
76
Impacts of Environmental Rehabilitation on Farmers’ Income
76
Effects of Extending Water-Saving Technologies, Solar Greenhouse and Off-Farm Employment
78
Effects of Water Reallocation and Compensation
78
Conclusions and Implications
78
References
79
On the Change of Virtual Water in China under Regional Restructuring from 1997 to 2000
81
Introduction
81
Previous Relevant Study
82
Studies on Virtual Water
82
Studies on Virtual Water in China
83
Positioning of the Study
83
Comparative Analysis at Two Points in Time on Virtual Water
83
Estimation Method of the Volume of Virtual Water
83
Virtual Water Transfer in China
85
Virtual Water Transfer in the Yellow River Basin
86
Conclusions
88
References
88
PART 2 Sustainability in Local Water Use
90
Potential Reuse of Wastewater Effluent in Macau
91
Introduction
91
Materials and Methods
93
Analytical Methods
93
Sand Filtration
93
Membrane Filtration
94
Results and Discussion
95
Conclusions
98
Acknowledgement
98
References
98
Ozone Used as a Technology for Reducing the Risk of Wastewater Reuse
99
Introduction
100
Materials and Methods
100
Raw Water
100
Experimental Apparatus
101
Analytical Methods
102
Mutagenicity Assay
102
Results and Discussion
102
Removals of Organics
102
Disinfection Effects
104
Ames Test Results
105
Removal of SDI
107
Conclusions
107
Acknowledgement
107
References
107
Sustainable Water Management of Reclaimed Water Use: Case Study of Tianjin
109
Introduction
109
Methodology
110
Reclaimed water use in Tianjin
110
Jizhuangzi Reclaimed Water Use Project
110
The JizhuangziWastewater Treatment Plant
111
The Jizhuangzi ReclaimedWater Plant
111
Reclaimed Water Use Project in TEDA
112
TEDA Wastewater Treatment Plant
112
TEDA ReclaimedWater Plant
113
Future Reclaimed Water Use Project in Associated Plans
114
Different Systems of Public Reclaimed Water in the Urban Area of Tianjin
114
Existing Problems, Challenges and Recommendations in Sustainable Management of the Reclaimed Water Utilization in Tianjin
115
Management Mechanism
116
ReclaimedWater Price and Economic Stimulation Mechanism
116
Planning Infrastructure
116
Support for Science and Technology
117
Laws and Policies
117
Supervision System and Public Participation
118
Acknowledgement
118
References
118
Organic Hindrance in Groundwater Arsenic Removal Practice
119
Introduction
119
Materials and Methods
121
Results and Discussion
122
Field Inspection of the Treatment Units
122
Performance of the Laboratory AIRU
123
Organic Matter Causes Chemical Leaching of Arsenic in AIRU
124
Organic Matter Causes Bioleaching of Arsenic in AIRU
125
Conclusions
127
Acknowledgement
127
References
127
Factors Associated with Faecal Contamination of Household Drinking Water in a Rural Area,Vietnam
129
Introduction
130
Area Description
130
Methods
131
Study Design, Study Population and Household Selection
131
Water Sampling and Enumeration of Presumptive Thermotolerant Coliforms in Water Samples
131
Data Collection and Analysis
132
Ethics
132
Results
132
Risk Factors for the Presence and Numbers of pThC in Drinking Water Sources
133
Risk Factors for the Presence and Quantity of pThC in Untreated Water Stored in Household Tanks
134
Risk Factors for the Presence of pThC in Treated, Stored Household Drinking Water
134
Discussion
135
Conclusions
140
Acknowledgements
140
References
141
Alternative Safe Water for Communities in the Mekong Delta and Coastal Zone: Vietnam
143
Introduction
143
Material and Methodology
144
Results and Discussion
145
Problem of Water Supply in the Coastal Zone and the Mekong Delta
145
Saline Intrusion
145
UnsecureWater Quantity and Quality and Behavior of Drinking RawWater
145
SODIS as Alternative Solution for Drinking Water Improvement
146
SODIS with Community
147
SODIS with School, Teachers and Children
148
SODIS Cooperation with Other Projects and Organizations
149
Challenges in SODIS Implementation and Promotion
150
Conclusions
150
Acknowledgement
151
References
151
Community Based Management of Traditional Water Resources in Western Himalayan Region
152
Introduction
153
Traditional Water Harvesting Systems
153
Land Use and Geographical Location
153
Precipitation, Water Resources and Water Policy
154
State Forest Policy and Watershed Development
155
Community Empowerment and Local Governance
156
Government Initiatives
156
Methodology
157
Objectives
159
Results and Discussion
160
Conclusions and Policy Recommendations
162
Acknowledgement
163
References
163
PART 3 Aquatic Food Production
164
Quality and Safety of Aquatic Products in China
165
Background
165
Situation and Discussion
166
Suggestions
168
Consolidate the Construction of HACCP, Traceability and GAP System
169
Strengthen the Supervision and Management of Aquatic Product Quality and Safety
169
Improve the Integrity Mechanisms and Advertise the Fundamentality of Food Security
170
Acknowledgement
170
References
170
Notes of Study on Development Strategy of Chinese Fishery to 2030
171
Introduction
172
Background
172
Priority in Chinese Fishery and Challenges
172
The First Priority – Demand for Fish in 2020 and 2030
173
Challenges Faced by Chinese Fisheries
173
Recommendations for Development Strategy of Fishery Scienceand Technology
176
Safeguard Strategy
176
Promotion Strategy
176
Developing and Widening Strategy
176
Innovation Strategy
176
Acknowledgement
179
References
179
Changes in Fisheries and Water Environments of Lake Taihu, China
181
Introduction
181
The Dominant Fishery Species
182
Changes in Fishery Catches
182
Water Environmental Changes and the Relationship with Fisheries
182
Acknowledgements
184
References
184
Wastewater Management in Freshwater Pond Aquaculture in China
185
Introduction
185
Wastewater Treatment
186
Physical Method
187
Sedimentation
187
Mechanical Filtration
187
Aeration
188
Sediment Overturning and Removing
188
Chemical Methods
188
Liming
188
ClO2
189
Ultra-violet Filter and OzoneWater
189
Flocculants
189
Biological Methods
190
Effective Microbes
190
Biological Filtration
190
Botanical Filters in Integrated Aquaculture Systems
191
Poly-Culture
191
Constraints and Developing Trends
192
References
192
Dosing and Timing Addition of Bacterial Biomass for Improving the Water Environment in Shrimp Farming
195
Introduction
195
Materials and Methods
196
Bacterial Strains
196
Estimation of Survival Rate of Bacterial Strains
196
Determination of COD Reduction Ability of Strains
197
Determination of COD
197
Determination of Mineralization Ability Based on Nitrate and Nitrite Reduction
197
Determination of Water Environmental Parameters
197
Results and Discussion
197
Change of Added Bacterial Biomass During Shrimp Breeding
197
Mineralization Ability of Bacteria Strains
198
COD Reduction Ability of Bacterial Strains
199
Selection of Bacteria for Developing a Useful Combination
201
Dosing Bacterial Biomass Addition for Ensuring Environmen tQuality
202
Application of Selected Combination of Bacterial Strains at Pilotand Commercial Scales
202
Conclusions
204
References
204
Study of Mercury Pollution at Bantarpanjang Area (Citarum River) Using Biomarker
205
Introduction
206
Materials and Methods
206
Results and Discussion
207
Conclusions
211
References
211
PART 4 Crop Production
213
Increased Wheat Yield by Rainwater Management: A Case Study in Arid Lands of Iran
214
Introduction
214
Demonstration Site
215
Wheat Cultivation Using Rainwater Irrigation
217
Conclusions
219
References
219
Water – An Emerging Critical Factor in Chinese Rice Production and Trade
221
Introduction
221
Determinants of Chinese Rice Exports
223
Trends in Rice and Major Grain Crop Production
224
Interrelation between Rice Production and Water Supply
229
Summary and Implication for Trade
231
References
232
Sustainability of Water-Use and Food Production in the Haihe Catchment
233
Introduction
233
Study Site
235
Results
235
Sustainability Problems of Regional Water Resources
235
The Role of Agriculture in the Regional and National Economy
237
Agricultural Water-Use and Contribution to GDP
237
Crop Water-Use
238
Discussion
239
Acknowledgement
240
References
241
Exploring Land Use Planning Options: Experiences and Challenges for Food and Water Security
242
Introduction
243
Materials and Methods
243
Results and Discussion
246
Conclusions
249
Acknowledgements
250
References
250
The Impact of the Bio-Ethanol Production to the World Grain Market: A Case Study of World Maize Market
252
Introduction
253
The Simulation Model
253
The Estimation of Price Elasticity of Yield of Maize
253
The Estimation of the Relationship between Ethanol Price and Maize Price
254
Simulation of the Simultaneous Equation Model of the World Maize Market
255
Results of Simulation and Discussion
260
Conclusions
262
Acknowledgement
263
References
263
Optimization of Rice Supply Chain in Thailand:A Case Study of Two Rice Mills
264
Introduction
265
Materials and Methods
266
Transportation Model
266
Farm to Middleman/Rice Mill
267
Middleman to Rice Mill
267
Rice Mill Model
268
Results and Discussion
269
Supply Chain of Company A Located in Harvesting Area (North East of Thailand)
269
Paddy Receiving by Rice Mill
270
Mill Rice Processing
270
Distribution of Products and By-Products
271
Supply Chain of Company B in Central Thailand
271
Paddy Receiving by Rice Mill
272
Mill Rice Processing
272
Distribution
272
Comparison of Supply Chain between Two Companies at Different Locations
273
Transportation Model
275
Transportation Model between Farm and Rice Mill/Middleman
276
TransportationModel between Middleman and Rice Mill
277
Rice Mill Model
277
Rice Mill in the Northeast
279
Rice Mill in the Central Area
279
Traceability System
279
Conclusions
281
References
281
Exploring Behavioral Changes towards Chemical-Safe Agriculture: The Case of Thai Vegetable Farmers
282
Introduction
283
Materials and Methods
283
Results and Discussions
285
Conclusions
287
Acknowledgement
289
References
289
Supply-Demand Balance of Compost between Urban and Agricultural Sectors According to Peri-Urban Development in an Urban-Rural Fringe Area in Asia: A Case Study in Nonthaburi, Thailand
290
Introduction
290
Materials and Methods
291
Study Area
291
Land-Use Change and Population
291
Nitrogen Demand in Agricultural Sectors
292
Nitrogen Discharge from Urban Sectors
292
Estimation of Supply-Demand Balance in Variation of Population Density
293
Results and Discussion
293
The Current Situation of Balance of Supply and Demand Potential
293
Estimation of Supply-Demand Balance in Variation of Population Density
294
Conclusions
296
Acknowledgements
297
References
297
PART 5 Food and Water Securityin Climate Changes
298
Water Resources in the Hexi Corridor and Its Cycle
299
Introduction
299
Studied Area
300
Glacier Water Resources
301
Variations in the Water Resources of Glaciers
302
Runoff Variations
303
Changes in River Runoff
305
Variation Trends of Mountain Runoff
307
Conclusions
308
References
309
Adaptive Capacity to Changes in the Water Cycle: A Case Study of Northern China
311
Introduction
312
Material and Methods
313
Study Region
313
Building of Climate Change Scenarios
313
Building of Socio-Economic Scenarios
315
Projection to Water Supply and Demand
315
Results and Discussion
316
Climate Change Scenarios for 2020s, 2050s and 2080s
316
Socio-economic Scenarios for 2020s, 2050s and 2080s
316
Changes of Water Supplies and Demands
318
Adaptive Capacity Analysis
320
Adaptive Options for Sustainable Development and Utilization of Water Resources
322
Acknowledgement
324
References
324
Measuring Climate Change Risk on Supply Chain of Rice in Bangladesh
326
Introduction
326
Materials and Methods
328
Results and Discussion
329
Conclusions
333
References
333
The Multi-Functional Role of Rice Paddy Area for Food and Water Sustainability – Lessons Learned from Korean Tradition
334
Introduction
334
Multifunctional Role of Rice Paddy Area in Water Management
336
Flood Control
336
Raising Groundwater Level
336
Cooling Atmosphere
337
Erosion Control
337
Cleaning Environment System
337
Water Purification
338
Others
338
Suggestion of a New Paradigm of Rainwater Management
338
Rainwater Is the Source of All Water
339
Management by Area
339
Decentralized Management
339
Source Control
339
Involvement of Local Action
340
Conclusion
340
References
340
Promoting Plant Residue Utilization for Food Security and Climate Change Mitigation in Thailand
341
Introduction
342
Study Area and Research Methods
343
Study Area
343
Research Methods
343
Results and Discussion
344
Policy Analysis and Gap Identification
344
Existing Management Practices of Plant Residues in Farmland
345
Potential to Involve Elementary Schools and Students for Management of Farmland Plant Residues
346
Policy Recommendation: Integrated Management of Plant Residues for Food Security, Income Generation, and Climate Change Mitigation
347
Conclusions
349
Acknowledgement
349
References
349
No-Regret Adaptation Strategies to Cope with Potential Impacts of Climate Change on Groundwater Resources of Asian Cities
351
Introduction
351
Materials and Methods
352
Results and Discussion
353
Groundwater Use
353
Problems Related to Groundwater
354
Potential Impacts of Climate Change on Groundwater Resources
355
Potential Impacts on Groundwater Due to Change of Temperature and Precipitation
355
Degradation of Groundwater Quality by Sea Level Rise
356
Potential Impacts of Land Use Change Caused by Climate Change
356
Potential Degradation of Groundwater by Afforestation andCarbon Sequestration
356
Increase of Groundwater Dependency Due to Changes in Water Use
357
Adaptation Measures and Strategies
357
Integrating Adaptation Strategies into National Policy and Planning
358
Promoting Water Harvesting and Conservation Technologies
358
Rainwater Harvesting for Domestic Use
358
Rainwater and Run-offWater Harvesting for Agriculture
358
Managed Aquifer Recharging
359
Institutional Adaptations and Considerations
359
Promoting Local Management in Groundwater
359
Assigning Groundwater Use Rights
359
Introducing a Pricing Scheme
360
Capacity Building, Education, Training and Public Awareness
360
Conclusions and Recommendations
360
Acknowledgement
361
References
361
PART 6 Environmental Management
363
Food or Environment: An Alternative Solutionto Tradeoff of Water Allocation in Oasis Regions of China
364
Introduction
364
Study Site
365
Method
367
Model
367
Data and Base Run
368
Scenario Design
369
Simulation Results
370
Impacts of Reducing Water Use
370
Effects of Water-Saving Techniques Extension and Off-Farm Job Opportunity Increase
371
The Level and Cost of Food Security Could Be Maintained
372
Direct Cost of Subsidy for Improving Food Security
373
Opportunity Cost with Concomitant Structural Change toMaintain Food Security
374
The Effects of Increasing Off-farm Opportunity
375
Conclusions and Implications
375
References
376
Impacts of Water Environment and Conservation for Sustainable Development in Northern Philippines
377
Introduction
377
Materials and Methods
379
Case Study 1
379
Case Study 2
379
Results and Discussion
380
Case Study 1
380
Case Study 2
382
Conclusions
383
Acknowledgements
384
References
384
Material Flow Analysis of Nitrogen and Phosphorus for Regional Nutrient Management: Case Study in Haiphong, Vietnam
386
Introduction
386
Methods
387
Estimation of Material Flow
387
Results and Discussion
392
Conclusions
393
References
394
Application of Sulfur Denitrification Process to Remove Nitrate-nitrogen Discharged from Agricultural Field
395
Introduction
396
Materials and Methods
396
Field Survey
396
Bacterial Community Analysis
397
DNA Extraction
397
PCR-DGGE Method
397
Sequencing of DGGE Bands
398
Cultivation Method
398
Results and Discussion
399
Water Quality
399
Microbial Community Analysis by PCR-DGGE and Sequencing
400
Changes in DGGE Bands by Cultivation
401
Discussion
402
Conclusions
403
Acknowledgements
403
References
403
Bioremediation of Soil and Groundwater Contaminated by Volatile Organic Compounds
405
Soil/Groundwater Contamination in Japan
405
Treatment Methods
407
Bioremediation of Chlorinated Ethylenes
408
Bioremediation of Benzene
409
Summary
409
References
410
Cadmium Extraction from Contaminated Soil Using an Iron Chloride Solution in Asian Countries
411
Introduction
411
Materials and Methods
413
Artificially Polluted Soil
413
Extraction Test and Determination of Leaching
413
Results and Discussion
413
Relationship between Cd Extraction and FeCl3 Concentration
413
Cadmium Extraction Behavior According to Shaking Period
415
Chemical Form Distribution of Soluble Cd
416
Conclusions
416
Acknowledgment
417
References
417
A Strategy in Assessing Plant Residue Material Quality to Enhance Sustainability of Lowland Agricultural Systems
419
Introduction
420
Materials and Methods
421
Laboratory Experiment
421
Field Experiment
421
Results and Discussion
422
Laboratory Experiment
422
Field Experiment
425
Conclusions
426
Acknowledgement
427
References
427
Redesigning Institutions and Governance Systems for Urban Water Demand Management: Case of Developing City Delhi, India
429
Introduction
430
Context and Issues
430
Materials and Methods
431
Demand Side Analysis ofWater Utility in Developing City ofDelhi
432
Non-Revenue Water (NRW) in Delhi City
433
Results and Discussion
434
Conclusions and Policy Implications
436
Acknowledgements
438
References
438
The Impact of Regulatory Change on Trading Partners: Race to the Bottom or Convergence to the Top?*
439
Introduction
440
Debate of Trading Up and Down
441
Three Mechanisms through which RTT Occurs
442
Food Safety Regulation
442
Chinese Food Safety Regulatory System: MOA and AQSIQ
442
Food for Domestic Use
442
Food for Export
443
Japan’s Regulation on Pesticide Residues in Foodstuffs: Positive List System for Agricultural Chemical Residues in Food
443
The Impact of Regulatory Change
444
Four Scenarios
444
Application of the Framework
445
The Willingness and Interest of the Country
445
The Mechanisms through which RTT Takes Place
445
(a) Market Mechanism
445
The type of regulation: product or process
445
The market size of the trading partner
446
The cost of regulatory change
446
Informal mechanism: MNCs and export-oriented firms
447
(b) Institutional Mechanism
447
Conclusions
447
Acknowledgement
448
References
448
Author Index
450
Subject Index
452
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