BOOK
Reservoir Eutrophication
Charles Carneiro | Cleverson Vitorio Andreoli | Cynara de Lourdes da Nobrega Cunha | Eduardo F. Gobbi
(2014)
Additional Information
Book Details
Abstract
The overall objective of Reservoir Eutrophication: Preventive Management is to present the environmental and anthropogenic factors associated with the process of eutrophication and algal blooms in the Rio Verde reservoir and propose lake use and management technologies in order to minimize the problem. Eutrophication process in Rio Verde reservoir with the occurrence of intense algal blooms is a consequence of the interconnection of different climatological, hydrological, morphological, physico-chemical and biological factors, which occur not only in the watershed but also in the reservoir.
Reservoir Eutrophication: Preventive Management compiles the information gathered from the development of a broad research program in Rio Verde watershed, from 2008 until 2010. Rio Verde reservoir, which was built in 1976, is located in the Metropolitan Region of Curitiba, capital of the state of Paraná in South Brazil. This reservoir is mainly used for supplying water to one of PETROBRAS Refinery. However, the reservoir is to be used for supplying drinking water to the population and that is why better understanding this system dynamics is a great concern. The book is the result of an interdisciplinary research program, which has involved more than 150 researchers, with the aim of defining a watershed management preventive system in order to prevent eutrophication processes. This way, the book combines academic rigor with practical applicability and is of interest for both researchers and technologists working in watershed management.
Reservoir Eutrophication: Preventive Management is of interest to researchers and technologists that wish to examine specific characteristics of tropical climates. It is of specific interest to developing countries and for researchers interested in knowing the developed methodology adapted for temperate conditions.
Table of Contents
Section Title | Page | Action | Price |
---|---|---|---|
Cover\r | Cover | ||
SUMMARY | xvii | ||
SECTION I: INTRODUCTION AND\rPRESENTATION | 1 | ||
CHAPTER 1 \r | 3 | ||
AN INTRODUCTION TO EUTROPHICATION AND THE STUDIES | 5 | ||
1. INTRODUCTION | 5 | ||
2. WATER AVAILABILITY | 6 | ||
3. EUTROPHICATION | 8 | ||
4. REGIONAL CONTEXT OF THE RIO VERDE BASIN | 10 | ||
5. ORGANIZATION OF THE INTERDISCIPLINARY RESEARCH | 10 | ||
6. INTERDISCIPLINARY APPROACH | 12 | ||
7. REFERENCES | 13 | ||
CHAPTER 2 \r | 15 | ||
CHARACTERIZATION OF THE BASIN | 17 | ||
1. INTRODUCTION | 17 | ||
2. THE RIO VERDE BASIN | 17 | ||
2.1 LOCATION | 17 | ||
2.2 CLIMATE | 17 | ||
2.2.1 Air Temperature | 17 | ||
2.2.2 Relative air humidity and rainfall | 17 | ||
2.2.3 Prevailing wind direction | 17 | ||
2.3 INFORMATION ON THE MUNICIPALITIES LOCATED INTHE BASIN\r | 17 | ||
2.3.1 General Information on the Municipalities | 17 | ||
2.3.2 Education | 20 | ||
2.3.3 Culture | 20 | ||
2.4 LAND-USE AND OCCUPANCY\r | 21 | ||
2.4.1 Land-Use regulation | 21 | ||
2.4.2 Evolution of Land-use | 21 | ||
2.4.3 Land-Use in Areas of Permanent Preservation | 21 | ||
2.5 INFRASTRUTURE\r | 21 | ||
2.5.1 Sewage system | 21 | ||
2.5.2 Solid and hazardous waste management | 22 | ||
2.6 TOURISM AND TOURISM INFRASTRUCTURE | 22 | ||
2.7 CHARACTERIZATION OF THE BASIN\r | 22 | ||
2.7.1 Hydrologic aspects | 22 | ||
2.7.1.1 Underground sources | 22 | ||
2.7.2 Types of Soil | 22 | ||
2.7.3 Landscape characteristics of the basin | 22 | ||
3. THE RIO VERDE RESERVOIR | 26 | ||
3.1 GENERAL CHARACTERISTICS OF THE RESERVOIR | 26 | ||
3.2 LIMNOLOGICAL CHARACTERIZATION OF THE RESERVOIR | 26 | ||
3.3 SAMPLING PLAN OF THE RIO VERDE PROJECT | 27 | ||
3.4 USES OF THE RESERVOIR\r | 30 | ||
3.4.1 Water | 30 | ||
3.4.1.1 Drinking water abstraction from the reservoir | 30 | ||
3.4.1.2 Water abstration for agricultural purposes | 30 | ||
3.4.1.3 Water withdrawal for industrial purposes | 30 | ||
3.4.2 Fishing at the reservoir | 30 | ||
4. CONSERVATION STATUS OF THE ECOSYSTEM | 30 | ||
4.1 CAUSES OF ENVIRONMENTAL DEGRADATION\r | 32 | ||
4.1.1 Agricultural and livestock uses | 32 | ||
4.1.2 Urban use | 32 | ||
4.2 IMPACTS CAUSED BY LAND-USE | 32 | ||
4.2.1 Increase of the algae population | 32 | ||
4.2.2 Decline of the fish population | 32 | ||
5. ENVIRONMENTAL EDUATION | 33 | ||
6. REFERENCES | 33 | ||
SECTION II: THE PHYSICAL\rENVIRONMENT | 35 | ||
CHAPTER 3\r | 37 | ||
DEVELOPING A DATABASE FOR DIAGNOSING AND ASSESSING ENVIRONMENTAL CONDITIONS OF THE RIO VERDE BASIN – A DIGITAL ENVIRONMENTAL MODEL\r | 39 | ||
1. INTRODUCTION | 39 | ||
2. LOCATION AND GENERAL CHARACTERISTICS OF THE STUDY AREA | 40 | ||
3. MATERIALS AND METHODS FOR THE CONSTRUCTION OF THE DATABASE | 40 | ||
4. RESULTS OF DATABASE CONSTRUCTION | 42 | ||
4.1 SPATIO-TEMPORAL DYNAMICS IN THE RIO VERDE BASIN (1976-2000-2009)\r | 42 | ||
4.1.1 Introduction | 42 | ||
4.1.2 Materials and Methods | 42 | ||
4.1.3 Results and Discussion | 43 | ||
4.1.4 Final Comments | 50 | ||
4.2 SIMULATING GROWTH OF AREAS OF ANTHROPOGENIC DISTURBANCE IN THE RIO VERDE BASIN USING MARKOV CHAIN AND CELLULAR AUTOMATA IN A GIS ENVIRONMENT\r(1976-2000-2009) | 50 | ||
4.2.1 Introduction | 50 | ||
4.2.2 Materials and Methods | 51 | ||
4.2.3 Results | 51 | ||
4.2.4 Final Comments | 56 | ||
4.3 IDENTIFYING CONFLICTS BETWEEN LAND-USE AND LEGAL RESTRICTIONS IN THE RIO VERDE BASIN\r | 57 | ||
4.3.1 Introduction | 57 | ||
4.3.2 Materials and Methods | 57 | ||
4.3.3 Results | 58 | ||
4.3.4 Final Comments | 58 | ||
5. CONCLUSION | 62 | ||
6. REFERENCES | 62 | ||
CHAPTER 4\r | 63 | ||
GEOLOGY | 65 | ||
1. ATUBA COMPLEX | 65 | ||
2. AÇUNGUI GROUP | 66 | ||
3. GUABIROTUBA AND TINGUIS FORMATIONS | 66 | ||
4. TINGUIS FORMATION | 66 | ||
5. HOLOCENE DEPOSITS | 66 | ||
6. HYDROGEOLOGY | 66 | ||
7. REFERENCES\r | 68 | ||
CHAPTER 5\r | 69 | ||
PEDOLOGY AND LAND-USE SUITABILITY | 71 | ||
1. INTRODUCTION | 71 | ||
2. METHODOLOGICAL ASPECTS | 71 | ||
2.1 STAGE 1 – DIAGNOSING THE REGION AND CHOOSING SAMPLE COLLECTION AREAS | 72 | ||
2.2 STAGE 2 – SOIL SAMPLE COLLECTION | 72 | ||
2.3 STAGE 3: SOIL ANALYSIS AND CLASSIFICATION\r | 73 | ||
2.3.1 Soil Analysis | 73 | ||
2.3.1.1 Physical | 73 | ||
2.3.1.2 Chemical | 73 | ||
2.4 Soil Classification | 73 | ||
2.5. Developing Maps | 73 | ||
3. CRITERIA USED FOR IDENTIFICATION OF MAPPING UNITS | 74 | ||
4. GENERAL CHARACTERISTICS OF THE BASIN SOILS | 77 | ||
5. MAPPING UNITS | 78 | ||
6. DESCRIPTION OF MAPPING UNITS | 78 | ||
7. UNIT SUITABILITY AND POTENTIAL CONSTRAINTS | 82 | ||
8. PHYSICAL AND CHEMICAL CHARACTERIZATION OF IDENTIFIED UNITS | 84 | ||
9. CONCLUSION | 85 | ||
10. REFERENCES | 85 | ||
CHAPTER 6\r | 87 | ||
VEGETATION COVER AND LAND USE MAPPING, CHARACTERIZATION AND DIAGNOSIS | 89 | ||
1. INTRODUCTION | 89 | ||
2. NATURAL VEGETATION COVER IN THE RIO VERDE BASIN | 89 | ||
3. CURRENT VEGETATION COVER OF THE RIO VERDE BASIN | 89 | ||
3.1 CHARACTERIZATION OF NATURAL\rVEGETATION COVER AND LAND-USE | 90 | ||
3.1.1 Mixed Ombrophilous Forest (forest with Araucaria) | 90 | ||
3.1.2 Pioneer Formations Areas with Floodplain influence (floodplains) | 93 | ||
3.1.3 Areas of anthropogenic interventions | 93 | ||
3.2 DIAGNOSIS OF VEGETATION COVER AND LAND-USE IN AREAS OF PERMANENT PRESERVATION (APP)\r | 94 | ||
3.2.1 Categories of Areas of Permanent\rPreservation (APPs) | 94 | ||
3.2.2 Vegetation cover and land-use in areas of permanent preservation | 94 | ||
4. CONSIDERATIONS OF VEGETATION COVER IN THE MAPPED AREA | 97 | ||
5. CONCLUSIONS AND RECOMMENDATIONS | 99 | ||
5.1 VEGETATION COVER | 99 | ||
5.2 AGRICULTURE AND LIVESTOCK ACTIVITIES AND REFORESTATION | 99 | ||
5.3 CONSERVATION UNITS AND URBAN GREEN SPACES | 99 | ||
5.4 TREE PLANTING ON STREETS AND IN PUBLIC PLACES | 99 | ||
5.5 URBAN AND INDUSTRIAL EXPANSION | 99 | ||
6. REFERENCES | 99 | ||
CHAPTER 7\r | 101 | ||
POTENTIAL AND EMERGING FRAGILITY OF THE SOIL | 103 | ||
1. INTRODUCTION | 103 | ||
1.1 CHARACTERIZATION OF THE RIO VERDE BASIN | 104 | ||
2. MATERIALS AND METHODS | 107 | ||
2.1 MATERIALS | 107 | ||
2.2 THEORETICAL-METHODOLOGICAL APPROACH | 107 | ||
2.2.1 Land elevation model | 110 | ||
2.2.2 Hypsometry and declivity | 110 | ||
2.2.3 Relief and pedologic cover | 110 | ||
3. RESULTS AND DISCUSSION | 110 | ||
3.1 ANALYSIS OF ENVIRONMENTAL FRAGILITY OF THE RIO VERDE BASIN\r | 110 | ||
3.1.1 The Potential Fragility of the Rio Verde Basin\r | 110 | ||
3.1.2 The Emerging Fragility of the Rio Verde Basin | 111 | ||
4. FINAL CONSIDERATIONS | 112 | ||
5. REFERENCES | 115 | ||
SECTION III: HYDROGRAPHIC ASPECTS\rAND HYDRODYNAMIC | 117 | ||
CHAPTER 8\r | 119 | ||
SUPPLY CAPACITY OF THE RIO VERDE RESERVOIR | 121 | ||
1. INTRODUCTION | 121 | ||
2. REGIONAL HYDROLOGY | 121 | ||
2.1 RIO VERDE BASIN | 121 | ||
2.2 STUDIES OF MINIMUM AND MEAN FLOW | 121 | ||
2.3 RAINFALL DATA | 122 | ||
3. RIO VERDE RESERVOIR | 124 | ||
3.1 BATHYMETRY MEASUREMENT | 125 | ||
4. RAINFALL-RUNOFF MODELING | 127 | ||
4.1 TOPMODEL | 127 | ||
4.2 CALIBRATION FOR PASSAÚNA SUB-BASIN | 128 | ||
4.3 CALIBRATION FOR RIO VERDE SUB-BASIN | 129 | ||
5. RAINFALL-RUNOFF SIMULATION | 131 | ||
5.1 RAINFALL GENERATION METHOD | 131 | ||
5.2 RUNOFF GENERATION | 132 | ||
6. RESERVOIR SIMULATIONS | 133 | ||
6.1 WATER BALANCE SIMULATIONS FOR THE EXISTING RESERVOIR | 133 | ||
6.2 SIMULATIONS CONSIDERING FLOODGATE LEVELS AND ARBITRARY DEMANDS | 135 | ||
6.3 SIMULATIONS OF CUMULATIVE STORAGE DEFICIT | 138 | ||
7. CONCLUSIONS | 140 | ||
8. REFERENCES | 140 | ||
CHAPTER 9\r | 141 | ||
CHARACTERIZATION OF THE IONIC AND PARTICULATE SYSTEMS IN THE RESERVOIR | 143 | ||
1. GENERAL CONSIDERATIONS | 143 | ||
2. METHODOLOGY | 145 | ||
2.1 SAMPLING POINTS\r | 145 | ||
2.2 SAMPLE PREPARATION | 147 | ||
2.3 ANALYSES | 147 | ||
3. RESULTS AND DISCUSSION | 148 | ||
3.1 HYDROGEOCHEMICAL CHARACTERIZATION | 148 | ||
3.2 CHEMICAL COMPOSITION OF PARTICULATE MATTER | 151 | ||
3.3 ELEMENTAL COMPOSITION OF THE DISSOLVED PHASE | 152 | ||
3.4 SURFACE POTENTIAL | 154 | ||
3.4.1 Importance of Zeta Potential for stability formulation | 154 | ||
3.4.2 The effect of pH and Phosphorus preferential sorption species | 154 | ||
3.5 SEDIMENT COMPOSITION | 156 | ||
4. CONCLUSIONS | 158 | ||
5. REFERENCES | 158 | ||
CHAPTER 10\r | 161 | ||
ASSESSING THE POLLUTION POTENTIAL OF LAKE BASINS: CONCENTRATIONS AND LOADS | 163 | ||
1. INTRODUCTION | 163 | ||
2. RELIABILITY OF WATER QUALITY ASSESSMENTS | 164 | ||
3. CONSIDERATIONS RELATED TO LOAD ASSESSMENTS | 165 | ||
3.1 POINT SOURCE AND DIFFUSE POLLUTION | 165 | ||
3.2 NUTRIENTS: QUANTITY X AVAILABILITY | 166 | ||
3.3 FLOW EVALUATION | 167 | ||
3.4 CONCENTRATIONS X LOADS | 167 | ||
3.5 FLOW HYDROGRAPH | 167 | ||
4. EVALUATING WATER QUALITY VARIABLES | 168 | ||
4.1 METHODS AND PROCEDURES\r | 168 | ||
4.1.1 Selection of Sampling Stations | 168 | ||
4.1.2 Monitoring Period | 168 | ||
4.1.3 Selection of variables and analytical control | 170 | ||
4.2 DISCUSSION OF THE MONITORING RESULTS\r | 170 | ||
4.2.1 Rainfall | 170 | ||
4.2.2 Nutrients | 171 | ||
4.2.2.1 Phosphorus concentration and load | 171 | ||
4.2.2.2 Nitrogen: concentration and load | 174 | ||
4.2.2.3 BOD, COD and Total Solids: concentration and load | 177 | ||
4.2.3 Land Use in the Rio Verde Basin | 182 | ||
5. FINAL CONSIDERATIONS | 185 | ||
6. REFERENCES | 188 | ||
CHAPTER 11 | 191 | ||
SEDIMENT | 193 | ||
1. SEDIMENTS | 193 | ||
2. SEDIMENT DYNAMICS | 193 | ||
2.1 SOLID PHASE | 194 | ||
2.2 LIQUID PHASE | 194 | ||
2.3 SEDIMENT INPUTS | 194 | ||
3. SEDIMENT AND PHOSPHORUS | 195 | ||
4. SEDIMENT AND NITROGEN | 196 | ||
5. SEDIMENT AND PESTICIDES | 197 | ||
5.1 USE OF PESTICIDES AND THEIR ACTIVE INGREDIENTS | 197 | ||
5.2 ACCUMULATION, LIXIVIATION AND PERCOLATION POTENTIAL IN THE SOIL | 197 | ||
6. SEDIMENT AND METALS + ARSENIC | 198 | ||
7. SEDIMENT AND POLYCHLORINATED BIPHENYLS: PCBS | 198 | ||
8. SEDIMENT AND POLYCYCLIC AROMATIC HYDROCARBONS – PAHS | 199 | ||
9. SEDIMENT ANALYSIS | 199 | ||
9.1 SAMPLING STRATEGIES AND PROCEDURES | 199 | ||
9.1.1 Fundamentals of sediment evaluation | 199 | ||
9.1.2 Analytical parameters | 200 | ||
9.1.3 Sampling Areas | 200 | ||
9.1.4 Sample collection, preservation, packaging and analytical procedures | 200 | ||
9.2 ANALYTICAL RESULTS AND DISCUSSION\r | 202 | ||
9.2.1 pH, DO and temperature | 202 | ||
9.2.2 Granulometry | 203 | ||
9.2.3 pH and ORP | 204 | ||
9.2.4 Organic matter content | 204 | ||
9.2.5 Phosphorus | 205 | ||
9.2.5.1 P concentration | 205 | ||
9.2.5.2 Concentration of phosphorus in interstitial water, water-sediment interface and water column | 208 | ||
9.2.5.3 Evaluation of phosphorus release | 208 | ||
9.2.6 Nitrogen | 209 | ||
9.2.6.1 N concentration | 209 | ||
9.2.7 Metals and Arsenic | 210 | ||
9.2.8 Contaminants in the Sediment and Water: Pesticides, PCBs and PAHs | 211 | ||
10. FINAL CONSIDERATIONS | 212 | ||
11. REFERENCES | 213 | ||
CHAPTER 12\r | 217 | ||
HYDRODYNAMICS AND TRANSPORTATION IN THE RIO VERDE RESERVOIR | 219 | ||
1. INTRODUCTION | 219 | ||
2. DESCRIPTION OF THE RIO VERDE RESERVOIR | 221 | ||
2.1 HYDRODYNAMICS AND TRANSPORTATION IN THE RIO VERDE RESERVOIR | 226 | ||
3. CIRCULATION IN THE RIO VERDE RESERVOIR | 227 | ||
3.1 RESIDENCE TIME | 229 | ||
4. HORIZONTAL MASS TRANSPORTATION IN THE RIO VERDE RESERVOIR | 231 | ||
4.1 ADDUCTIVE-DIFFUSIVE TRANSPORT EQUATION | 231 | ||
4.2 PHYSICAL, CHEMICAL AND BIOLOGICAL PROCESSES | 232 | ||
4.3 TEMPERATURE MODEL | 235 | ||
4.4 WATER QUALITY MODEL IN THE RIO VERDE RESERVOIR | 237 | ||
4.4.1 Parameters used for the water quality model | 237 | ||
4.4.2 Results Temperature | 237 | ||
4.4.3 Results – Water quality parameters | 238 | ||
5. CONCLUSIONS | 251 | ||
6. REFERENCES | 251 | ||
SECTION IV: AQUATIC\rCOMMUNITIES | 253 | ||
CHAPTER 13\r | 255 | ||
PHYTOPLANKTON ECOLOGY IN THE RIO VERDE RESERVOIR | 257 | ||
1. INTRODUCTION | 257 | ||
2. MATERIALS AND METHODS | 258 | ||
3. RESULTS | 260 | ||
3.1 METEOROLOGICAL DATA | 260 | ||
3.2 PHYSICOCHEMICAL PARAMETERS IN THE RIO VERDE RESERVOIR\r | 261 | ||
3.3 PHYSICOCHEMICAL CHARACTERIZATION OF THE RESERVOIR FROM THE PRINCIPAL COMPONENTS ANALYSIS (PCA) | 264 | ||
3.4 PHYTOPLANKTON: TAXONOMIC COMPOSITION | 264 | ||
3.5 CELL DENSITIES OF THE PHYTOPLANKTON AND CHLOROPHYLL-A\r | 269 | ||
4. DISCUSSION | 274 | ||
5. REFERENCES | 275 | ||
CHAPTER 14\r | 277 | ||
ZOOPLANKTON | 279 | ||
1. INTRODUCTION | 279 | ||
2. MATERIALS AND METHODS | 280 | ||
3. RESULTS | 282 | ||
3.1 ECOLOGICAL ATTRIBUTES | 282 | ||
3.2 INFLUENCE OF ENVIRONMENTAL VARIABLES ON THE ZOOPLANKTON | 282 | ||
4. DISCUSSION | 289 | ||
5. REFERENCES | 290 | ||
CHAPTER 15 | 293 | ||
ICHTHYOFAUNA | 295 | ||
1. INTRODUCTION | 295 | ||
2. RESERVOIR ICHTHYOFAUNA | 296 | ||
3. CASE STUDY OF ICHTHYOFAUNA IN THE RIO VERDE RESERVOIR | 296 | ||
3.1 COMPOSITION AND STRUCTURE | 296 | ||
3.2 FEEDING | 303 | ||
3.3 REPRODUCTION | 304 | ||
4. FINAL CONSIDERATIONS | 306 | ||
5. REFERENCES | 307 | ||
SECTION V: SOCIO-ECONOMIC\rASPECTS | 309 | ||
CHAPTER 16\r | 311 | ||
PARTICIPATIVE METHODOLOGIES APPLIED IN THE RIO VERDE BASIN | 313 | ||
1. INTRODUCTION: THE NEED FOR AN INNOVATIVE RESEARCH METHODOLOGY | 313 | ||
2. STUDY AREA | 314 | ||
3. MATERIALS AND METHODS | 316 | ||
4. RESULTS AND DISCUSSION | 316 | ||
5. RURAL LIFE QUALITY INDEX | 319 | ||
6. CONCLUSIONS AND RECOMMENDATIONS | 322 | ||
7. REFERENCES | 322 | ||
CHAPTER 17\r | 323 | ||
SOCIAL AND ECONOMIC CHARACTERISTICS OF THE BASIN | 325 | ||
1. INTRODUCTION: WHAT ARE THE ISSUES? | 325 | ||
2. DIGRESSIONS ON THE METHODOLOGICAL AND THEORETICAL ASPECTS THAT GUIDE THE RESEARCH | 326 | ||
2.1 INSTITUTIONS AND GOVERNANCE STRUCTURES | 326 | ||
2.2 LAISSEZ-FAIRE AND MARKET MECHANISMS | 327 | ||
2.3 STATE REGULATION | 328 | ||
2.4 COMMUNITY GOVERNANCE | 328 | ||
2.5 THE PRODUCTIVE AND LAND STRUCTURE IN THE MUNICIPALITIES OF RIO VERDE’S APA | 329 | ||
2.6 LAND TENURE AND AGRICULTURAL PRODUCTION | 331 | ||
2.7 THE GOVERNANCE STRUCTURE OF RIO VERDE HYDROGRAPHIC BASIN | 332 | ||
3. CONCLUSION | 335 | ||
4. REFERENCES | 335 | ||
CHAPTER 18\r | 337 | ||
AN ANALYSIS OF FISHING PRACTICES | 339 | ||
1. INTRODUCTION | 339 | ||
2. RESERVOIR FISHING | 339 | ||
3. FISHING IN THE RIO VERDE RESERVOIR: A CASE STUDY | 340 | ||
3.1 METHODS | 340 | ||
3.2 CHARACTERISTICS OF FISHING\r | 341 | ||
3.2.1 General characteristics | 341 | ||
3.2.2 Profile of fishermen and fishing | 341 | ||
4. CONCLUSIONS AND FINAL REMARKS | 347 | ||
5. REFERENCES | 347 | ||
CHAPTER 19\r | 349 | ||
LIVESTOCK AND AGRICULTURAL ACTIVITIES | 351 | ||
1. INTRODUCTION | 351 | ||
2. METHODOLOGICAL CONSIDER ATIONS | 352 | ||
2.1 USE OF PARTICIPATORY METHODOLOGIES FOR THE PREPARATION OF SUB-BASINS PLANS | 352 | ||
2.2 METHODOLOGY | 353 | ||
2.2.1 Identification of areas of conflict | 353 | ||
2.3 PROPOSING ADJUSTMENTS AND MONITORING THROUGH THE REFERENCE NETWORK SYSTEM | 354 | ||
3. AGRICULTURAL AND LIVESTOCK ACTIVITIES | 355 | ||
3.1 PREVAILING PRODUCTION SYSTEMS | 355 | ||
3.2 FINAL RESULTS – AGRICULTURAL AND LIVESTOCK ACTIVITIES | 355 | ||
3.2.1 Land | 355 | ||
3.2.2 Current use | 355 | ||
4. CRITICAL SITUATIONS REGARDING SUSTAINABILITY OF PRODUCTION SYSTEMS | 358 | ||
4.1 USE OF SOIL ACCORDING TO SUITABILITY | 358 | ||
5. PROPOSED ACTION FOR THE MICROBASIN AIMING AT SOIL MANAGEMENT AND CONSERVATION | 363 | ||
5.1 USE AND MANAGEMENT CONSIDERING THE POTENTIAL AGRICULTURAL LAND-USE | 363 | ||
6. STRATEGIC DEVELOPMENT | 365 | ||
7. REFERENCES | 365 | ||
CHAPTER 20\r | 367 | ||
RURAL SANITATION | 369 | ||
1. CONCEPTS | 369 | ||
1.1 RURAL SANITATION | 369 | ||
1.2 TECHNOLOGIES FOR RURAL SANITATION\r | 369 | ||
1.2.1 Water | 369 | ||
1.2.2 Domestic Sewage | 372 | ||
1.2.3 Solid Wastes | 373 | ||
1.3 WATER QUALITY | 375 | ||
1.3.1 Waterborne Diseases | 375 | ||
2. MATERIALS AND METHODS | 375 | ||
2.1 Analyses of the Collective Water Supply Systems | 375 | ||
2.2 DIAGNOSIS OF RURAL SANITATION\r | 376 | ||
2.2.1 Water | 376 | ||
2.2.2 Domestic Sewage | 377 | ||
2.2.3 Solid Waste | 377 | ||
2.2.4 Waterborne Diseases | 378 | ||
2.3 PROPOSING ALTERNATIVES FOR MINIMIZING POLLUTION AND CONTAMINATION OF THE WATER SUPPLY | 378 | ||
3. RESULTS AND DISCUSSION | 378 | ||
3.1. Analyses of the Collective Water Supply Systems | 378 | ||
3.2 DIAGNOSIS OF THE RURAL SANITATION\r | 379 | ||
3.2.1 Water | 379 | ||
3.2.2 Domestic Sewage | 380 | ||
3.2.3 Solid Waste | 380 | ||
3.2.4 Waterborne Diseases | 383 | ||
3.3 ALTERNATIVES TO MINIMIZING THE POLLUTION AND CONTAMINATION OF THE WATER SUPPLY | 384 | ||
4. CONCLUSIONS AND RECOMMENDATIONS | 384 | ||
5. REFERENCES | 384 | ||
CHAPTER 21\r | 387 | ||
THE VOICE OF THE POPULATION IN COLÔNIA CRISTINA: A STUDY ON RISK PERCEPTION | 389 | ||
1. INTRODUCTION | 389 | ||
2. METHODOLOGICAL PROCEDURES | 389 | ||
3. CHARACTERISING THE BASIN: THE ENVIRONMENTAL PROTECTION AREA OF RIO VERDE AND COLÔNIA CRISTINA | 392 | ||
4. PUBLICIZING THE VOICES OF “NON HUMANS” | 392 | ||
5. PUBLICIZING THE VOICES OF HUMANS | 393 | ||
5.1 IDENTIFICATION OF INHABITANT FEARS IN RELATION TO THE SOCIAL SYSTEM | 393 | ||
5.2 NOSTALGIA FOR THE PAST, REINFORCING IDENTITY AND TRADITION | 393 | ||
5.3 REJECTION OF THE CURRENT SITUATION | 393 | ||
5.4 BETS ON THE FUTURE | 394 | ||
6. FEEDBACK ASSOCIATED WITH COMMUNITY FEARS | 395 | ||
7. FEEDBACK ASSOCIATED WITH THE CONNECTION BETWEEN COLÔNIA CRISTINA AND OTHER AGENCIES | 396 | ||
8. FEEDBACK ASSOCIATED WITH THE POTENTIAL OF COLÔNIA CRISTINA | 397 | ||
9. FEEDBACK ON THE NEED FOR IMPROVEMENT IN COLÔNIA CRISTINA | 397 | ||
10. RISK PERCEPTION | 397 | ||
10.1 CLASSICAL ASSUMPTIONS OF PERCEPTION | 398 | ||
10.2 NEW ASSUMPTIONS OF PERCEPTION | 398 | ||
11. FINAL CONSIDERATIONS | 399 | ||
12. REFERENCES | 399 | ||
SECTION VI: ENVIRONMENTAL\rEDUCATION | 401 | ||
CHAPTER 22\r | 403 | ||
ENVIRONMENTAL EDUCATION | 405 | ||
1. EMERGENCE OF ENVIRONMENTAL EDUCATION | 405 | ||
1.1 THE CONTEXT OF ENVIRONMENTAL EDUCATION | 406 | ||
1.2 ENVIRONMENTAL EDUCATION IN BRAZIL | 407 | ||
2. LOCAL SUSTAINABLE DEVELOPMENT AND ETHICS OF RESPONSIBILITY | 408 | ||
2.1 ETHICS OF RESPONSIBILITY | 409 | ||
3. COMMUNITY OF PRACTICE AS A PATH TO ENVIRONMENTAL EDUCATION | 409 | ||
3.1 COMMUNITIES OF PRACTICE | 410 | ||
4. COLLECTIVE CONSTRUCTION OF A PROGRAM OF ENVIRONMENTAL EDUCATION | 411 | ||
4.1 THE CONTEXT OF CERCADINHO | 411 | ||
4.2 CHARACTERISTICS OF THE STUDY’S SOCIAL STAKEHOLDERS | 414 | ||
4.3 PROCEDURES USED TO DEVELOP THE STUDY | 414 | ||
4.4 CASE STUDY: CERCADINHO IN THE MUNICIPALITY OF CAMPO LARGO | 415 | ||
4.4.1 Understanding the reality | 415 | ||
4.4.2 Building a Community of Practice | 416 | ||
4.4.3 Building the Environmental Education Program | 418 | ||
5. FINAL CONSIDERATIONS | 419 | ||
6. REFERENCES | 420 | ||
SECTION VII: MANAGEMENT\rTOOLS | 421 | ||
CHAPTER 23\r | 423 | ||
ADVANCED OXIDATION PROCESSES | 425 | ||
1. INTRODUCTION | 425 | ||
2. LITERATURE REVIEW | 425 | ||
2.1. EUTROPHICATION AND WATER QUALITY | 425 | ||
2.2 TREATMENT OF WATER CONTAMINATED BY CYANOTOXINS | 427 | ||
2.3 ADVANCED OXIDATION PROCESSES (AOPS) | 427 | ||
2.3.1 Heterogeneous Photocatalysis | 428 | ||
2.3.2 Photoelectrochemical process | 428 | ||
2.3.3 UV/ H2O2 System\r | 429 | ||
2.3.4 Fenton Process (Fe2+/H2O2)\r | 429 | ||
2.3.5 Application of advanced processes for the remediation of contaminated waters | 430 | ||
3. OBJECTIVES | 430 | ||
4. EXPERIMENTAL DESIGN | 431 | ||
4.1 REAGENTS | 431 | ||
4.2 METHODOLOGY\r | 431 | ||
4.2.1 Heterogeneous Photocatalysis and UV/H2O2 | 431 | ||
4.2.2 Fenton and Photo-Fenton Process | 431 | ||
4.2.3 ELECTROCHEMICAL PROCESS | 432 | ||
4.3 ANALYTICAL CONTROL | 432 | ||
5. RESULTS | 432 | ||
5.1 CAMPHOR DEGRADATION | 432 | ||
5.2 GEOSMIN AND 2-MIB DEGRADATION | 432 | ||
5.3 DEGRADATION OF MICROCYSTIN-LR | 433 | ||
6. CONCLUSIONS | 441 | ||
7. REFERENCES | 442 | ||
CHAPTER 24\r | 447 | ||
ENVIRONMENTAL ZONING OF THE PROTECTION AREAS IN THE RIO VERDE BASIN | 449 | ||
1. INTRODUCTION | 449 | ||
2. THE EVOLUTION OF THE LEGAL FRAMEWORK | 449 | ||
3. RIO VERDE APA AND ITS ZONING | 452 | ||
4. COLLECTIVE MANAGEMENT OF ENVIRONMENTAL PROTECTION AREAS – EXPERIENCES OF THE TECHNICAL SUPPORT BOARD | 454 | ||
5. CONCLUSIONS | 456 | ||
6. REFERENCES | 457 | ||
CHAPTER 25\r | 459 | ||
PREVENTIVE ACTION PLAN FOR THE RIO VERDE BASIN | 461 | ||
INTRODUCTION | 461 | ||
I. INFORMATION (SCIENCE)\r | 462 | ||
1. VEGETATION COVER MONITORING | 462 | ||
1.1 INTRODUCTION | 462 | ||
1.2 OBJECTIVE | 463 | ||
1.3 PARTICIPATING INSTITUTIONS | 463 | ||
2. MONITORING OF WATER QUALITY | 463 | ||
2.1 INTRODUCTION | 463 | ||
2.2 OBJECTIVES | 464 | ||
2.3 PARTICIPATING INSTITUTIONS | 468 | ||
3. MONITORING OF CHEMICAL AND MINERALOGICAL ASPECTS OF THE RESERVOIR SEDIMENT | 468 | ||
3.1 INTRODUCTION | 468 | ||
3.2 OBJECTIVES | 469 | ||
3.3 PARTICIPATING INSTITUTIONS | 469 | ||
II POLICIES\r | 469 | ||
1. REFORESTATION IN AREAS OF PERMANENT PRESERVATION | 469 | ||
1.1 INTRODUCTION | 469 | ||
1.2 OBJECTIVE | 469 | ||
1.3 PARTICIPATING INSTITUTIONS | 469 | ||
2. RURAL SANITATION | 470 | ||
2.1 INTRODUCTION | 470 | ||
2.2 OBJECTIVES | 470 | ||
2.3 PARTICIPATING INSTITUTIONS | 470 | ||
3. URBAN SANITATION | 470 | ||
3.1 INTRODUCTION | 470 | ||
3.2 OBJECTIVES | 470 | ||
3.3 PARTICIPATING INSTITUTIONS | 470 | ||
4. PLANNING, USE AND MANAGEMENT OF RURAL LAND | 473 | ||
4.1 INTRODUCTION | 473 | ||
4.2 OBJECTIVES | 473 | ||
4.3 PARTICIPATING INSTITUTIONS | 473 | ||
III TECHNOLOGY\r | 474 | ||
1. CONTINUOUS ADVANCED OXIDATIVE PROCESSES IN THE TREATMENT OF WATERS CONTAMINATED BY CYANOTOXINS AND OTHER SIGNIFICANT MICROPOLLUTANTS | 474 | ||
1.1 INTRODUCTION | 474 |