Wetlands and natural resource management: with 91 figures, 3 in color, and 35 tables
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| Format: | Book |
| Language: | English |
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Berlin
Springer
[2006]
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| Series: | Ecological Studies
Vol. 190 |
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Physical Description: | XXII, 347 Seiten Illustrationen, Diagramme 235 mm x 155 mm |
| ISBN: | 3540331867 9783540331865 |
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| 245 | 1 | 0 | |a Wetlands and natural resource management |b with 91 figures, 3 in color, and 35 tables |c J. T. A. Verhoeven, B. Beltman, R. Bobbink, D.F. Whigham (eds.) |
| 264 | 1 | |a Berlin |b Springer |c [2006] | |
| 300 | |a XXII, 347 Seiten |b Illustrationen, Diagramme |c 235 mm x 155 mm | ||
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| adam_text | ~ AH A3 J.T.A.VERHOEVEN B.BELTMAN R.BOBBINK D.F.WHIGHAM (EDS.) WETLANDS
AND NATURAL RESOURCE MANAGEMENT WITH 91 FIGURES, 3 IN COLOR, AND 35
TABLES 4Y SPRINGER CONTENTS 1 WETLAND FUNCTIONING IN A CHANGING WORLD:
IMPLICATIONS FOR NATURAL RESOURCES MANAGEMENT 1 J.T.A. VERHOEVEN, B.
BELTMAN, D.F. WHIGHAM, R. BOBBINK 1.1 INTRODUCTION 1 1.2 CLARITY ON
WETLANDS AND WATER USE 2 1.3 WETLANDS AND ENVIRONMENTAL FLOWS 4 1.4
WETLANDS AND WATER QUALITY 5 1.5 BIOGEOCHEMICAL INSIGHTS 6 1.6 WETLANDS
AND RIVER FISHERIES 8 1.7 WETLANDS AND CLIMATE CHANGE 9 1.8 FURTHER
DEVELOPMENTS IN WETLAND SCIENCE AND ITS APPLICATIONS 12 REFERENCES 12
SECTION I THE ROLE OF WETLANDS FOR INTEGRATED WATER RESOURCES
MANAGEMENT: PUTTING THEORY INTO PRACTICE 2 RESTORING LATERAL CONNECTIONS
BETWEEN RIVERS AND FLOODPLAINS: LESSONS FROM REHABILITATION PROJECTS ...
15 H. COOPS, K. TOCKNER, C. AMOROS, T. HEIN, G. QUINN 2.1 INTRODUCTION
15 2.2 THREATENED LIFE AT THE AQUATIC-TERRESTRIAL INTERFACE 16 2.3
RECONNECTING SIDE-CHANNELS ALONG THE RHONE (FRANCE) . . 18 2.4
REHABILITATION OF SIDE-CHANNELS OF THE RIVER DANUBE (AUSTRIA) 21 VIII
CONTENTS 2.5 ENVIRONMENTAL FLOWS FOR REHABILITATING FLOODPLAIN
WETLANDS (AUSTRALIA) 24 2.6 LESSONS FROM REHABILITATION PROJECTS 25
REFERENCES 30 3 SUSTAINABLE AGRICULTURE AND WETLANDS 33 F. RLJSBERMAN,
S. DE SLLVA 3.1 AGRICULTURE AND WETLANDS: INTRODUCTION 33 3.2 WATER FOR
FOOD, WATER FOR ENVIRONMENT 35 3.2.1 ECOSYSTEMS PRODUCE THE WATER USED
BY AGRICULTURE .... 36 3.2.2 IRRIGATED AGRICULTURE USES 70 % OF THE
WORLD S WATER ... 39 3.2.3 WATER SCARCITY: FACT OR FICTION? 41 3.3
PRODUCING MORE RICE WITH LESS WATER 43 3.4 TOWARDS A DIALOGUE AMONG
AGRONOMISTS AND ENVIRONMENTALISTS 44 3.4.1 WATER, FOOD AND ENVIRONMENT
ISSUES IN ATTAPEU PROVINCE, LAOPDR 47 3.5 RESEARCH ON SUSTAINABLE
AGRICULTURE AND WETLANDS 48 3.6 CONCLUSIONS: TOWARDS SUSTAINABLE
AGRICULTURE AND WETLANDS? 49 REFERENCES 50 4 SUSTAINABLE WATER
MANAGEMENT BY USING WETLANDS IN CATCHMENTS WITH INTENSIVE LAND USE 53
C.YIN, B.SHAN, Z.MAO 4.1 SEMI-NATURAL WETLANDS CREATED BY HUMANS BEFORE
THE INDUSTRIAL AGE 53 4.2 WATER REGULATION BY THE MULTIPOND SYSTEMS 55
4.2.1 RESEARCH SITE DESCRIPTION 55 4.2.2 THE REGULATION PROCESS FOR THE
CROP WATER SUPPLY BY THE POND SYSTEM 56 4.3 OTHER ECOLOGICAL FUNCTIONS
OF ANCIENT SEMI-NATURAL WETLANDS IN A MODERN SCIENTIFIC CONTEXT 59 4.3.1
SEDIMENT RETENTION WITHIN THE WATERSHED 60 4.3.2 NUTRIENT RETENTION AND
RECYCLING 61 4.3.3 LANDSCAPE COMPLEXITY AND BIOLOGICAL DIVERSITY 61 4.4
WETLANDS AND HUMAN ACTIVITIES IN HARMONY 62 4.5 PROTECTION OF
SEMI-NATURAL WETLANDS TOGETHER WITH NATURAL WETLANDS 63 REFERENCES 64
CONTENTS IX SECTION II WETLAND SCIENCE FOR ENVIRONMENTAL MANAGEMENT 5
CONSTRUCTED WETLANDS FOR WASTEWATER TREATMENT 69 J. VYMAZAL, M.
GREENWAY, K. TONDERSKI, H. BRIX, U. MANDER 5.1 INTRODUCTION 69 5.2 FREE
WATER SURFACE CONSTRUCTED WETLANDS 70 5.2.1 FREE WATER SURFACE WETLANDS
FOR TREATMENT OF WASTEWATER AND NON-POINT SOURCE POLLUTION IN SWEDEN .
72 5.2.2 THE ROLE OF WETLANDS IN EFFLUENT TREATMENT AND POTENTIAL WATER
REUSE IN SUBTROPICAL AND ARID AUSTRALIA 75 5.3 CONSTRUCTED WETLANDS WITH
HORIZONTAL SUB-SURFACE FLOW . . 79 5.4 CONSTRUCTED WETLANDS WITH
VERTICAL SUB-SURFACE FLOW . . . . 81 5.4.1 DANISH EXPERIENCE WITH
VERTICAL FLOW CONSTRUCTED WETLANDS 83 5.4.2 CONSTRUCTED WETLANDS WITH NO
OUTFLOW 85 5.5 HYBRID CONSTRUCTED WETLANDS 86 5.6 TRACE GAS FLUXES FROM
CONSTRUCTED WETLANDS FOR WASTEWATER TREATMENT 89 5.7 CONCLUSION 91
REFERENCES 91 6 TOOLS FOR WETLAND ECOSYSTEM RESOURCE MANAGEMENT IN EAST
AFRICA: FOCUS ON THE LAKE VICTORIA PAPYRUS WETLANDS 9 7 S. LOISELLE, A.
COZAR, A. VAN DAM, F. KANSIIME, P. KELDERMAN, M. SAUNDERS, S. SIMONIT
6.1 INTRODUCTION 97 6.2 WETLANDS AND INORGANIC CARBON RETENTION 99 6.3
WETLANDS AND NUTRIENT RETENTION 102 6.4 WETLANDS AND EUTROPHICATION 106
6.5 ECOLOGICAL MODELLING 110 6.6 DISCUSSION 117 6.7 CONCLUSION 118
REFERENCES 119 7 PREDICTING THE WATER REQUIREMENTS OF RIVER FISHERIES
... 123 R.L. WELCOMME, C. BENE, C.A. BROWN, A. ARTHINGTON, P. DUGAN,
J.M. KING, V. SUGUNAN 7.1 INTRODUCTION 123 7.2 THE HYDROLOGICAL REGIME
AND FISHERIES IN RIVERS 124 X CONTENTS 7.2.1 FISH RESPONSES TO RIVER
FLOW 127 7.2.2 WHAT RIVER? 127 7.2.3 LINKAGES BETWEEN HYDROLOGICAL
REGIME AND FISH CATCH ... 132 7.3 THE SOCIAL AND ECONOMIC ROLE OF RIVER
FISHERIES 135 7.4 METHODS FOR ESTIMATION OF ENVIRONMENTAL FLOW
REQUIREMENTS 137 7.5 GUIDELINES FOR THE SELECTION AND/OR DEVELOPMENT OF
TOOLS FOR DETERMINING ENVIRONMENTAL FLOWS FOR RIVERS AND WETLANDS 138
7.5.1 LEGISLATION, POLICY, AND PRACTICE SUPPORTING ENVIRONMENTAL FLOWS
SHOULD FOCUS ON PEOPLE 138 7.5.2 THERE IS A NEED TO UNDERSTAND THE
ECOSYSTEM FIRST, BEFORE THE IMPACTS ON PEOPLE CAN BE PREDICTED 139 7.5.3
THERE IS NO SUCH THING AS A SINGLE FLOW WITH A SINGLE FLOW CONDITION 140
7.5.4 TRADEOFFS ARE AN INTEGRAL PART OF DECISION-MAKING AND SCENARIO
GENERATION IS VITAL 140 7.5.5 THE RIVER ECOSYSTEM AND ITS FLOW REGIME
MUST BE COMPART- MENTALIZED TO PROVIDE THE REQUIRED SCENARIO INFORMATION
. 141 7.5.6 PRESENT-DAY CONDITIONS OFFER THE BEST STARTING POINT ....
143 7.5.7 METHODS SHOULD BE USABLE IN BOTH DATA-RICH AND DATA-POOR
SITUATIONS 145 7.5.8 UNCERTAINTY IS A REALITY - ADAPTIVE MANAGEMENT IS
CRUCIAL . 145 7.5.9 IMPLEMENTATION IS CENTRAL TO PROMOTING AND IMPROVING
ENVIRONMENTAL FLOWS 146 7.6 DISCUSSION AND CONCLUSION 146 REFERENCES 149
8 WATER MANAGEMENT AND WISE USE OF WETLANDS: ENHANCING PRODUCTIVITY 155
R.L. WELCOMME, R.E. BRUMMET, P. DENNY, M.R. HASAN, R.C. KAGGWA, J.
KIPKEMBOI, N.S. MATTSON, V.V. SUGUNAN, K.K.VASS 8.1 INTRODUCTION 155 8.2
TRENDS IN CAPTURE FISHERIES 157 8.2.1 INCREASING PRESSURE - DECREASING
CATCH 157 8.2.2 FISHERIES MANAGEMENT 158 8.3 METHODS FOR THE ENHANCEMENT
OF INLAND FISHERIES 158 8.3.1 SPECIES INTRODUCTIONS 159 8.3.2 STOCKING
159 8.3.3 EXTENSIVE CULTURE METHODS 164 CONTENTS XI 8.4 SOCIAL AND
ECONOMIC IMPLICATIONS 174 8.5 DISCUSSION 175 REFERENCES 176 SECTION III
WETLAND BIOGEOCHEMISTRY 9 HYDROLOGICAL PROCESSES, NUTRIENT FLOWS AND
PATTERNS OF FENS AND BOGS 183 W. BLEUTEN, W. BORREN, P.H. GLASER, T.
TSUCHIHARA, E.D. LAPSHINA, M. MAKILA, D. SIEGEL, H. JOOSTEN, M.J. WASSEN
9.1 INTRODUCTION 183 9.2 APPEARANCE OF PRISTINE FENS AND BOGS 184 9.2.1
GENERAL 184 9.2.2 CLIMATE AND MIRE VEGETATION OF THE WESTERN SIBERIAN
TAIGA . 185 9.3 HYDROLOGY OF BOGS: EXAMPLES FROM CANADA, UNITED STATES
AND WESTERN SIBERIA 188 9.3.1 ASPECTS OF LARGE-SCALE HYDROLOGY 188 9.3.2
LOCAL SCALE HYDROLOGY OF BOGS 189 9.3.3 MODELING A WESTERN SIBERIAN BOG
191 9.4 FENS: ANALYSIS OF A LARGE PRISTINE FEN IN THE RIVER OB VALLEY
194 9.4.1 GENERAL 194 9.4.2 VEGETATION, NUTRIENTS AND PRODUCTIVITY 196
9.4.3 HYDROLOGY AND MODELING 196 9.4.4 HYDRO-ECOLOGICAL INTEGRATION 200
9.5 DISCUSSION AND CONCLUSION 201 REFERENCES . 202 10 ECOLOGICAL ASPECTS
OF MICROBES AND MICROBIAL COMMUNITIES INHABITING THE RHIZOSPHERE OF
WETLAND PLANTS 205 P.L.E. BODELIER, P. FRENZEL, H. DRAKE, K. KUSEL, T.
HUREK, B. REINHOLD-HUREK, C. LOVELL, P. MEGONIGAL, B. SORRELL 10.1
INTRODUCTION 205 10.2 THE MICROBIAL HABITAT IN THE WETLAND RHIZOSPHERE
207 10.2.1 ROOT STRUCTURE AND FUNCTION 208 10.2.2 OXYGEN DISTRIBUTION
WITHIN ROOTS 208 10.2.3 OXYGEN CONCENTRATIONS AND FLUXES IN THE
RHIZOSPHERE ... 210 XII CONTENTS 10.3 SURVIVAL STRATEGIES OF ANAEROBES
IN THE OXIC RHIZOSPHERE: ACETOGENS AS AN EXAMPLE 210 10.4 FUNCTIONAL
DIVERSITY AND ACTIVITY OF FREE-LIVING N 2 -FIXING BACTERIA 212 10.5
MICROBIAL COMMUNITY STABILITY IN RESPONSE TO MANIPULATION OF THE
VEGETATION 215 10.6 WETLAND ROOTS AS HOTSPOTS OF MICROBIAL IRON-CYCLING
.... 220 10.6.1 WETLAND RHIZOSPHERE FERROUS WHEELS: INTRODUCTION 220
10.6.2 RHIZOSPHERE FE(III) REDUCTION 221 10.6.3 RHIZOSPHERE FE(II)
OXIDATION 223 10.6.4 RHIZOSPHERE FE(II) OXIDATION SCALED TO ECOSYSTEMS
225 10.7 METHANE-PROCESSING MICROBES IN WETLAND RHIZOSPHERES . . 226
10.7.1 ITALIAN (VERCELLI) RICE SOIL AS A MODEL SYSTEM 226 10.7.2
MICROBES AND MICROBIAL PROCESSES 226 10.7.3 THE CONTROLS 229 10.8
SUMMARY AND PROSPECTS 229 REFERENCES 231 11 LINKAGES BETWEEN MICROBIAL
COMMUNITY COMPOSITION AND BIOGEOCHEMICAL PROCESSES ACROSS SCALES 239 A.
OGRAM, S. BRIDGHAM, R. CORSTANJE, H. DRAKE, K. KUSEL, A. MILLS, S.
NEWMAN, K. PORTIER, R. WETZEL (DECEASED) 11.1 INTRODUCTION 239 11.2
MICROBIAL CONTROLS ON DECOMPOSITION 241 11.2.1 DECOMPOSITION OF PLANT
MATTER IN WETLANDS 241 11.2.2 MICROBIAL ENZYME ACTIVITIES AS INDICATORS
OF CONTROLS ON DECOMPOSITION 243 11.3 LINKING DECOMPOSITION WITH
MICROBIAL COMMUNITY COMPOSITION 244 11.3.1 ANAEROBIC CARBON CYCLE 244
11.3.2 CONTROLS OVER CO 2 :CH 4 RATIOS IN ANAEROBIC RESPIRATION IN
WETLANDS 245 11.3.3 SULFATE AND IRON REDUCTION AS IMPORTANT ROUTES FOR
MINERALIZATION IN FENS 250 11.3.4 LINKING COMMUNITY COMPOSITION WITH
NUTRIENT STATUS IN WETLANDS 252 11.3.5 PLANT-ASSOCIATED MICROBIAL
COMMUNITIES ACROSS LANSCAPES 255 11.4 LINKING MICROBIAL COMMUNITY
STRUCTURE AND FUNCTION WITH ENVIRONMENTAL PARAMETERS 259 11.4.1 CASE
STUDY: A NORTHERN EVERGLADES MARSH SYSTEM 261 REFERENCES 263 CONTENTS
XIII SECTION IV WETLANDS AND CLIMATE CHANGE WORLDWIDE 12 COASTAL WETLAND
VULNERABILITY TO RELATIVE SEA-LEVEL RISE: WETLAND ELEVATION TRENDS AND
PROCESS CONTROLS 271 D.R. CAHOON, P.F. HENSEL, T. SPENCER, D.J. REED,
K.L. MCKEE, N. SAINTILAN 12.1 INTRODUCTION 271 12.2 BIOTIC PROCESS
CONTROLS 273 12.2.1 INDIRECT BIOTIC PROCESSES 274 12.2.2 DIRECT BIOTIC
PROCESSES 274 12.3 HYDROLOGIC PROCESS CONTROLS 278 12.3.1 SURFACE
WETLAND HYDROLOGY 279 12.3.2 SUBSURFACE WETLAND HYDROLOGY 279 12.4
FINDINGS FROM THE SET NETWORK 280 12.4.1 DATA ANALYSIS 280 12.4.2 THE
SALT MARSH SET NETWORK 282 12.4.3 THE MANGROVE FOREST SET NETWORK 285
12.5 FURTHER CONSIDERATIONS 287 REFERENCES 289 13 CONNECTING ARCTIC AND
TEMPERATE WETLANDS AND AGRICULTURAL LANDSCAPES: THE DYNAMICS OF GOOSE
POPULATIONS IN RESPONSE TO GLOBAL CHANGE 29 3 R.L. JEFFERIES, R.H.
DRENT, J.P. BARKER 13.1 INTRODUCTION 293 13.2 LINKS BETWEEN MODERN
AGRICULTURE AS A FOOD SOURCE AND THE INCREASE IN THE SIZE OF ARCTIC
GOOSE POPULATIONS . . 296 13.3 HUNTING PRACTICES, AVAILABILITY OF
REFUGES, AGRICULTURAL FOOD SUPPLIES AND THE SIZE OF GOOSE POPULATIONS
297 13.3.1 HUNTING PRACTICES IN AGRICULTURAL LANDSCAPES AND THE SIZE OF
GOOSE POPULATIONS 298 13.3.2 THE SYNERGISTIC LINK BETWEEN REFUGES AND
AGRICULTURE: EFFECTS ON WINTERING AND MIGRATING GOOSE POPULATIONS . . .
299 13.3.3 THE DIRECT AND INDIRECT EFFECTS OF WEATHER PATTERNS AND
CLIMATE CHANGE ON WINTERING AND MIGRATING GOOSE POPULATIONS 300 13.4
HABITAT CHANGES IN RESPONSE TO POPULATION GROWTH OF GEESE 303 13.4.1
EFFECTS OF THE GEESE ON TEMPERATE SALT-MARSH VEGETATION . . 303 13.4.2
EFFECTS OF GEESE ON ARCTIC COASTAL VEGETATION 306 XIV CONTENTS 13.5
ANTHROPOGENIC CONSTRAINTS ON POPULATION GROWTH 309 13.6 CONCLUSION 311
REFERENCES 312 14 EURASIAN MIRES OF THE SOUTHERN TAIGA BELT: MODERN
FEATURES AND RESPONSE TO HOLOCENE PALAEOCLIMATE 315 T. MINAYEVA, W.
BLEUTEN, A. SIRIN, E.D. LAPSHINA 14.1 INTRODUCTION 315 14.2 PEATLANDS OF
THE SOUTHERN TAIGA BELT OF NORTHERN EURASIA . . 316 14.2.1 THE FEATURES
OF THE SOUTHERN TAIGA BIOCLIMATE 316 14.2.2 PEATLAND DISTRIBUTION AND
MAIN TYPES 317 14.2.3 MAIN FEATURES OF PEATLAND DEVELOPMENT 317 14.2.4
MAIN FEATURES OF CLIMATE DURING THE HOLOCENE 319 14.2.5 PEAT
ACCUMULATION DYNAMICS 321 14.3 MIRE DEVELOPMENT AND PEAT ACCUMULATION
DYNAMICS IN THE KEY AREAS DURING THE HOLOCENE 322 14.3.1 STUDY SITES IN
EUROPEAN RUSSIA 322 14.3.2 STUDY SITES IN WESTERN SIBERIA 325 14.3.3
STUDY METHODS 326 14.3.4 HOLOCENE PEAT DYNAMICS 327 14.3.5 PEAT AND
CARBON ACCUMULATION RATES 332 14.4 DISCUSSION AND CONCLUSIONS 334
REFERENCES 338 SUBJECT INDEX 343
|
| adam_txt |
~ AH A3 J.T.A.VERHOEVEN B.BELTMAN R.BOBBINK D.F.WHIGHAM (EDS.) WETLANDS
AND NATURAL RESOURCE MANAGEMENT WITH 91 FIGURES, 3 IN COLOR, AND 35
TABLES 4Y SPRINGER CONTENTS 1 WETLAND FUNCTIONING IN A CHANGING WORLD:
IMPLICATIONS FOR NATURAL RESOURCES MANAGEMENT 1 J.T.A. VERHOEVEN, B.
BELTMAN, D.F. WHIGHAM, R. BOBBINK 1.1 INTRODUCTION 1 1.2 CLARITY ON
WETLANDS AND WATER USE 2 1.3 WETLANDS AND ENVIRONMENTAL FLOWS 4 1.4
WETLANDS AND WATER QUALITY 5 1.5 BIOGEOCHEMICAL INSIGHTS 6 1.6 WETLANDS
AND RIVER FISHERIES 8 1.7 WETLANDS AND CLIMATE CHANGE 9 1.8 FURTHER
DEVELOPMENTS IN WETLAND SCIENCE AND ITS APPLICATIONS 12 REFERENCES 12
SECTION I THE ROLE OF WETLANDS FOR INTEGRATED WATER RESOURCES
MANAGEMENT: PUTTING THEORY INTO PRACTICE 2 RESTORING LATERAL CONNECTIONS
BETWEEN RIVERS AND FLOODPLAINS: LESSONS FROM REHABILITATION PROJECTS .
15 H. COOPS, K. TOCKNER, C. AMOROS, T. HEIN, G. QUINN 2.1 INTRODUCTION
15 2.2 THREATENED LIFE AT THE AQUATIC-TERRESTRIAL INTERFACE 16 2.3
RECONNECTING SIDE-CHANNELS ALONG THE RHONE (FRANCE) . . 18 2.4
REHABILITATION OF SIDE-CHANNELS OF THE RIVER DANUBE (AUSTRIA) 21 VIII
CONTENTS 2.5 'ENVIRONMENTAL FLOWS' FOR REHABILITATING FLOODPLAIN
WETLANDS (AUSTRALIA) 24 2.6 LESSONS FROM REHABILITATION PROJECTS 25
REFERENCES 30 3 SUSTAINABLE AGRICULTURE AND WETLANDS 33 F. RLJSBERMAN,
S. DE SLLVA 3.1 AGRICULTURE AND WETLANDS: INTRODUCTION 33 3.2 WATER FOR
FOOD, WATER FOR ENVIRONMENT 35 3.2.1 "ECOSYSTEMS PRODUCE THE WATER USED
BY AGRICULTURE" . 36 3.2.2 "IRRIGATED AGRICULTURE USES 70 % OF THE
WORLD'S WATER" . 39 3.2.3 "WATER SCARCITY: FACT OR FICTION?" 41 3.3
PRODUCING MORE RICE WITH LESS WATER 43 3.4 TOWARDS A DIALOGUE AMONG
AGRONOMISTS AND ENVIRONMENTALISTS 44 3.4.1 WATER, FOOD AND ENVIRONMENT
ISSUES IN ATTAPEU PROVINCE, LAOPDR 47 3.5 RESEARCH ON SUSTAINABLE
AGRICULTURE AND WETLANDS 48 3.6 CONCLUSIONS: TOWARDS SUSTAINABLE
AGRICULTURE AND WETLANDS? 49 REFERENCES 50 4 SUSTAINABLE WATER
MANAGEMENT BY USING WETLANDS IN CATCHMENTS WITH INTENSIVE LAND USE 53
C.YIN, B.SHAN, Z.MAO 4.1 SEMI-NATURAL WETLANDS CREATED BY HUMANS BEFORE
THE INDUSTRIAL AGE 53 4.2 WATER REGULATION BY THE MULTIPOND SYSTEMS 55
4.2.1 RESEARCH SITE DESCRIPTION 55 4.2.2 THE REGULATION PROCESS FOR THE
CROP WATER SUPPLY BY THE POND SYSTEM 56 4.3 OTHER ECOLOGICAL FUNCTIONS
OF ANCIENT SEMI-NATURAL WETLANDS IN A MODERN SCIENTIFIC CONTEXT 59 4.3.1
SEDIMENT RETENTION WITHIN THE WATERSHED 60 4.3.2 NUTRIENT RETENTION AND
RECYCLING 61 4.3.3 LANDSCAPE COMPLEXITY AND BIOLOGICAL DIVERSITY 61 4.4
WETLANDS AND HUMAN ACTIVITIES IN HARMONY 62 4.5 PROTECTION OF
SEMI-NATURAL WETLANDS TOGETHER WITH NATURAL WETLANDS 63 REFERENCES 64
CONTENTS IX SECTION II WETLAND SCIENCE FOR ENVIRONMENTAL MANAGEMENT 5
CONSTRUCTED WETLANDS FOR WASTEWATER TREATMENT 69 J. VYMAZAL, M.
GREENWAY, K. TONDERSKI, H. BRIX, U. MANDER 5.1 INTRODUCTION 69 5.2 FREE
WATER SURFACE CONSTRUCTED WETLANDS 70 5.2.1 FREE WATER SURFACE WETLANDS
FOR TREATMENT OF WASTEWATER AND NON-POINT SOURCE POLLUTION IN SWEDEN .
72 5.2.2 THE ROLE OF WETLANDS IN EFFLUENT TREATMENT AND POTENTIAL WATER
REUSE IN SUBTROPICAL AND ARID AUSTRALIA 75 5.3 CONSTRUCTED WETLANDS WITH
HORIZONTAL SUB-SURFACE FLOW . . 79 5.4 CONSTRUCTED WETLANDS WITH
VERTICAL SUB-SURFACE FLOW . . . . 81 5.4.1 DANISH EXPERIENCE WITH
VERTICAL FLOW CONSTRUCTED WETLANDS 83 5.4.2 CONSTRUCTED WETLANDS WITH NO
OUTFLOW 85 5.5 HYBRID CONSTRUCTED WETLANDS 86 5.6 TRACE GAS FLUXES FROM
CONSTRUCTED WETLANDS FOR WASTEWATER TREATMENT 89 5.7 CONCLUSION 91
REFERENCES 91 6 TOOLS FOR WETLAND ECOSYSTEM RESOURCE MANAGEMENT IN EAST
AFRICA: FOCUS ON THE LAKE VICTORIA PAPYRUS WETLANDS 9 7 S. LOISELLE, A.
COZAR, A. VAN DAM, F. KANSIIME, P. KELDERMAN, M. SAUNDERS, S. SIMONIT
6.1 INTRODUCTION 97 6.2 WETLANDS AND INORGANIC CARBON RETENTION 99 6.3
WETLANDS AND NUTRIENT RETENTION 102 6.4 WETLANDS AND EUTROPHICATION 106
6.5 ECOLOGICAL MODELLING 110 6.6 DISCUSSION 117 6.7 CONCLUSION 118
REFERENCES 119 7 PREDICTING THE WATER REQUIREMENTS OF RIVER FISHERIES
. 123 R.L. WELCOMME, C. BENE, C.A. BROWN, A. ARTHINGTON, P. DUGAN,
J.M. KING, V. SUGUNAN 7.1 INTRODUCTION 123 7.2 THE HYDROLOGICAL REGIME
AND FISHERIES IN RIVERS 124 X CONTENTS 7.2.1 FISH RESPONSES TO RIVER
FLOW 127 7.2.2 WHAT RIVER? 127 7.2.3 LINKAGES BETWEEN HYDROLOGICAL
REGIME AND FISH CATCH . 132 7.3 THE SOCIAL AND ECONOMIC ROLE OF RIVER
FISHERIES 135 7.4 METHODS FOR ESTIMATION OF ENVIRONMENTAL FLOW
REQUIREMENTS 137 7.5 GUIDELINES FOR THE SELECTION AND/OR DEVELOPMENT OF
TOOLS FOR DETERMINING ENVIRONMENTAL FLOWS FOR RIVERS AND WETLANDS 138
7.5.1 LEGISLATION, POLICY, AND PRACTICE SUPPORTING ENVIRONMENTAL FLOWS
SHOULD FOCUS ON PEOPLE 138 7.5.2 THERE IS A NEED TO UNDERSTAND THE
ECOSYSTEM FIRST, BEFORE THE IMPACTS ON PEOPLE CAN BE PREDICTED 139 7.5.3
THERE IS NO SUCH THING AS A SINGLE FLOW WITH A SINGLE FLOW CONDITION 140
7.5.4 TRADEOFFS ARE AN INTEGRAL PART OF DECISION-MAKING AND SCENARIO
GENERATION IS VITAL 140 7.5.5 THE RIVER ECOSYSTEM AND ITS FLOW REGIME
MUST BE COMPART- MENTALIZED TO PROVIDE THE REQUIRED SCENARIO INFORMATION
. 141 7.5.6 PRESENT-DAY CONDITIONS OFFER THE BEST STARTING POINT .
143 7.5.7 METHODS SHOULD BE USABLE IN BOTH DATA-RICH AND DATA-POOR
SITUATIONS 145 7.5.8 UNCERTAINTY IS A REALITY - ADAPTIVE MANAGEMENT IS
CRUCIAL . 145 7.5.9 IMPLEMENTATION IS CENTRAL TO PROMOTING AND IMPROVING
ENVIRONMENTAL FLOWS 146 7.6 DISCUSSION AND CONCLUSION 146 REFERENCES 149
8 WATER MANAGEMENT AND WISE USE OF WETLANDS: ENHANCING PRODUCTIVITY 155
R.L. WELCOMME, R.E. BRUMMET, P. DENNY, M.R. HASAN, R.C. KAGGWA, J.
KIPKEMBOI, N.S. MATTSON, V.V. SUGUNAN, K.K.VASS 8.1 INTRODUCTION 155 8.2
TRENDS IN CAPTURE FISHERIES 157 8.2.1 INCREASING PRESSURE - DECREASING
CATCH 157 8.2.2 FISHERIES MANAGEMENT 158 8.3 METHODS FOR THE ENHANCEMENT
OF INLAND FISHERIES 158 8.3.1 SPECIES INTRODUCTIONS 159 8.3.2 STOCKING
159 8.3.3 EXTENSIVE CULTURE METHODS 164 CONTENTS XI 8.4 SOCIAL AND
ECONOMIC IMPLICATIONS 174 8.5 DISCUSSION 175 REFERENCES 176 SECTION III
WETLAND BIOGEOCHEMISTRY 9 HYDROLOGICAL PROCESSES, NUTRIENT FLOWS AND
PATTERNS OF FENS AND BOGS 183 W. BLEUTEN, W. BORREN, P.H. GLASER, T.
TSUCHIHARA, E.D. LAPSHINA, M. MAKILA, D. SIEGEL, H. JOOSTEN, M.J. WASSEN
9.1 INTRODUCTION 183 9.2 APPEARANCE OF PRISTINE FENS AND BOGS 184 9.2.1
GENERAL 184 9.2.2 CLIMATE AND MIRE VEGETATION OF THE WESTERN SIBERIAN
TAIGA . 185 9.3 HYDROLOGY OF BOGS: EXAMPLES FROM CANADA, UNITED STATES
AND WESTERN SIBERIA 188 9.3.1 ASPECTS OF LARGE-SCALE HYDROLOGY 188 9.3.2
LOCAL SCALE HYDROLOGY OF BOGS 189 9.3.3 MODELING A WESTERN SIBERIAN BOG
191 9.4 FENS: ANALYSIS OF A LARGE PRISTINE FEN IN THE RIVER OB VALLEY
194 9.4.1 GENERAL 194 9.4.2 VEGETATION, NUTRIENTS AND PRODUCTIVITY 196
9.4.3 HYDROLOGY AND MODELING 196 9.4.4 HYDRO-ECOLOGICAL INTEGRATION 200
9.5 DISCUSSION AND CONCLUSION 201 REFERENCES . 202 10 ECOLOGICAL ASPECTS
OF MICROBES AND MICROBIAL COMMUNITIES INHABITING THE RHIZOSPHERE OF
WETLAND PLANTS 205 P.L.E. BODELIER, P. FRENZEL, H. DRAKE, K. KUSEL, T.
HUREK, B. REINHOLD-HUREK, C. LOVELL, P. MEGONIGAL, B. SORRELL 10.1
INTRODUCTION 205 10.2 THE MICROBIAL HABITAT IN THE WETLAND RHIZOSPHERE
207 10.2.1 ROOT STRUCTURE AND FUNCTION 208 10.2.2 OXYGEN DISTRIBUTION
WITHIN ROOTS 208 10.2.3 OXYGEN CONCENTRATIONS AND FLUXES IN THE
RHIZOSPHERE . 210 XII CONTENTS 10.3 SURVIVAL STRATEGIES OF ANAEROBES
IN THE OXIC RHIZOSPHERE: ACETOGENS AS AN EXAMPLE 210 10.4 FUNCTIONAL
DIVERSITY AND ACTIVITY OF FREE-LIVING N 2 -FIXING BACTERIA 212 10.5
MICROBIAL COMMUNITY STABILITY IN RESPONSE TO MANIPULATION OF THE
VEGETATION 215 10.6 WETLAND ROOTS AS HOTSPOTS OF MICROBIAL IRON-CYCLING
. 220 10.6.1 WETLAND RHIZOSPHERE FERROUS WHEELS: INTRODUCTION 220
10.6.2 RHIZOSPHERE FE(III) REDUCTION 221 10.6.3 RHIZOSPHERE FE(II)
OXIDATION 223 10.6.4 RHIZOSPHERE FE(II) OXIDATION SCALED TO ECOSYSTEMS
225 10.7 METHANE-PROCESSING MICROBES IN WETLAND RHIZOSPHERES . . 226
10.7.1 ITALIAN (VERCELLI) RICE SOIL AS A MODEL SYSTEM 226 10.7.2
MICROBES AND MICROBIAL PROCESSES 226 10.7.3 THE CONTROLS 229 10.8
SUMMARY AND PROSPECTS 229 REFERENCES 231 11 LINKAGES BETWEEN MICROBIAL
COMMUNITY COMPOSITION AND BIOGEOCHEMICAL PROCESSES ACROSS SCALES 239 A.
OGRAM, S. BRIDGHAM, R. CORSTANJE, H. DRAKE, K. KUSEL, A. MILLS, S.
NEWMAN, K. PORTIER, R. WETZEL (DECEASED) 11.1 INTRODUCTION 239 11.2
MICROBIAL CONTROLS ON DECOMPOSITION 241 11.2.1 DECOMPOSITION OF PLANT
MATTER IN WETLANDS 241 11.2.2 MICROBIAL ENZYME ACTIVITIES AS INDICATORS
OF CONTROLS ON DECOMPOSITION 243 11.3 LINKING DECOMPOSITION WITH
MICROBIAL COMMUNITY COMPOSITION 244 11.3.1 ANAEROBIC CARBON CYCLE 244
11.3.2 CONTROLS OVER CO 2 :CH 4 RATIOS IN ANAEROBIC RESPIRATION IN
WETLANDS 245 11.3.3 SULFATE AND IRON REDUCTION AS IMPORTANT ROUTES FOR
MINERALIZATION IN FENS 250 11.3.4 LINKING COMMUNITY COMPOSITION WITH
NUTRIENT STATUS IN WETLANDS 252 11.3.5 PLANT-ASSOCIATED MICROBIAL
COMMUNITIES ACROSS LANSCAPES 255 11.4 LINKING MICROBIAL COMMUNITY
STRUCTURE AND FUNCTION WITH ENVIRONMENTAL PARAMETERS 259 11.4.1 CASE
STUDY: A NORTHERN EVERGLADES MARSH SYSTEM 261 REFERENCES 263 CONTENTS
XIII SECTION IV WETLANDS AND CLIMATE CHANGE WORLDWIDE 12 COASTAL WETLAND
VULNERABILITY TO RELATIVE SEA-LEVEL RISE: WETLAND ELEVATION TRENDS AND
PROCESS CONTROLS 271 D.R. CAHOON, P.F. HENSEL, T. SPENCER, D.J. REED,
K.L. MCKEE, N. SAINTILAN 12.1 INTRODUCTION 271 12.2 BIOTIC PROCESS
CONTROLS 273 12.2.1 INDIRECT BIOTIC PROCESSES 274 12.2.2 DIRECT BIOTIC
PROCESSES 274 12.3 HYDROLOGIC PROCESS CONTROLS 278 12.3.1 SURFACE
WETLAND HYDROLOGY 279 12.3.2 SUBSURFACE WETLAND HYDROLOGY 279 12.4
FINDINGS FROM THE SET NETWORK 280 12.4.1 DATA ANALYSIS 280 12.4.2 THE
SALT MARSH SET NETWORK 282 12.4.3 THE MANGROVE FOREST SET NETWORK 285
12.5 FURTHER CONSIDERATIONS 287 REFERENCES 289 13 CONNECTING ARCTIC AND
TEMPERATE WETLANDS AND AGRICULTURAL LANDSCAPES: THE DYNAMICS OF GOOSE
POPULATIONS IN RESPONSE TO GLOBAL CHANGE 29 3 R.L. JEFFERIES, R.H.
DRENT, J.P. BARKER 13.1 INTRODUCTION 293 13.2 LINKS BETWEEN MODERN
AGRICULTURE AS A FOOD SOURCE AND THE INCREASE IN THE SIZE OF ARCTIC
GOOSE POPULATIONS . . 296 13.3 HUNTING PRACTICES, AVAILABILITY OF
REFUGES, AGRICULTURAL FOOD SUPPLIES AND THE SIZE OF GOOSE POPULATIONS
297 13.3.1 HUNTING PRACTICES IN AGRICULTURAL LANDSCAPES AND THE SIZE OF
GOOSE POPULATIONS 298 13.3.2 THE SYNERGISTIC LINK BETWEEN REFUGES AND
AGRICULTURE: EFFECTS ON WINTERING AND MIGRATING GOOSE POPULATIONS . . .
299 13.3.3 THE DIRECT AND INDIRECT EFFECTS OF WEATHER PATTERNS AND
CLIMATE CHANGE ON WINTERING AND MIGRATING GOOSE POPULATIONS 300 13.4
HABITAT CHANGES IN RESPONSE TO POPULATION GROWTH OF GEESE 303 13.4.1
EFFECTS OF THE GEESE ON TEMPERATE SALT-MARSH VEGETATION . . 303 13.4.2
EFFECTS OF GEESE ON ARCTIC COASTAL VEGETATION 306 XIV CONTENTS 13.5
ANTHROPOGENIC CONSTRAINTS ON POPULATION GROWTH 309 13.6 CONCLUSION 311
REFERENCES 312 14 EURASIAN MIRES OF THE SOUTHERN TAIGA BELT: MODERN
FEATURES AND RESPONSE TO HOLOCENE PALAEOCLIMATE 315 T. MINAYEVA, W.
BLEUTEN, A. SIRIN, E.D. LAPSHINA 14.1 INTRODUCTION 315 14.2 PEATLANDS OF
THE SOUTHERN TAIGA BELT OF NORTHERN EURASIA . . 316 14.2.1 THE FEATURES
OF THE SOUTHERN TAIGA BIOCLIMATE 316 14.2.2 PEATLAND DISTRIBUTION AND
MAIN TYPES 317 14.2.3 MAIN FEATURES OF PEATLAND DEVELOPMENT 317 14.2.4
MAIN FEATURES OF CLIMATE DURING THE HOLOCENE 319 14.2.5 PEAT
ACCUMULATION DYNAMICS 321 14.3 MIRE DEVELOPMENT AND PEAT ACCUMULATION
DYNAMICS IN THE KEY AREAS DURING THE HOLOCENE 322 14.3.1 STUDY SITES IN
EUROPEAN RUSSIA 322 14.3.2 STUDY SITES IN WESTERN SIBERIA 325 14.3.3
STUDY METHODS 326 14.3.4 HOLOCENE PEAT DYNAMICS 327 14.3.5 PEAT AND
CARBON ACCUMULATION RATES 332 14.4 DISCUSSION AND CONCLUSIONS 334
REFERENCES 338 SUBJECT INDEX 343 |
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| spelling | Wetlands and natural resource management with 91 figures, 3 in color, and 35 tables J. T. A. Verhoeven, B. Beltman, R. Bobbink, D.F. Whigham (eds.) Berlin Springer [2006] XXII, 347 Seiten Illustrationen, Diagramme 235 mm x 155 mm txt rdacontent n rdamedia nc rdacarrier Ecological Studies Vol. 190 Ressourcenmanagement (DE-588)4431979-4 gnd rswk-swf Feuchtgebiet (DE-588)4016960-1 gnd rswk-swf (DE-588)4143413-4 Aufsatzsammlung gnd-content Feuchtgebiet (DE-588)4016960-1 s Ressourcenmanagement (DE-588)4431979-4 s DE-604 Verhoeven, J. T. A. 1948- (DE-588)132135256 edt Ecological Studies Vol. 190 (DE-604)BV000004586 190 GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=014983565&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Wetlands and natural resource management with 91 figures, 3 in color, and 35 tables Ecological Studies Ressourcenmanagement (DE-588)4431979-4 gnd Feuchtgebiet (DE-588)4016960-1 gnd |
| subject_GND | (DE-588)4431979-4 (DE-588)4016960-1 (DE-588)4143413-4 |
| title | Wetlands and natural resource management with 91 figures, 3 in color, and 35 tables |
| title_auth | Wetlands and natural resource management with 91 figures, 3 in color, and 35 tables |
| title_exact_search | Wetlands and natural resource management with 91 figures, 3 in color, and 35 tables |
| title_exact_search_txtP | Wetlands and natural resource management with 91 figures, 3 in color, and 35 tables |
| title_full | Wetlands and natural resource management with 91 figures, 3 in color, and 35 tables J. T. A. Verhoeven, B. Beltman, R. Bobbink, D.F. Whigham (eds.) |
| title_fullStr | Wetlands and natural resource management with 91 figures, 3 in color, and 35 tables J. T. A. Verhoeven, B. Beltman, R. Bobbink, D.F. Whigham (eds.) |
| title_full_unstemmed | Wetlands and natural resource management with 91 figures, 3 in color, and 35 tables J. T. A. Verhoeven, B. Beltman, R. Bobbink, D.F. Whigham (eds.) |
| title_short | Wetlands and natural resource management |
| title_sort | wetlands and natural resource management with 91 figures 3 in color and 35 tables |
| title_sub | with 91 figures, 3 in color, and 35 tables |
| topic | Ressourcenmanagement (DE-588)4431979-4 gnd Feuchtgebiet (DE-588)4016960-1 gnd |
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