Coupled models for the hydrological cycle: integrating atmosphere, biosphere and pedosphere ; with 20 tables
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| Other Authors: | |
|---|---|
| Format: | Book |
| Language: | English |
| Published: |
Berlin [u.a.]
Springer
2005
|
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Item Description: | Auch als Internetausgabe |
| Physical Description: | XX, 345 S. Ill., graph. Darst., Kt. 235 mm x 155 mm |
| ISBN: | 3540223711 |
Staff View
MARC
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| 245 | 1 | 0 | |a Coupled models for the hydrological cycle |b integrating atmosphere, biosphere and pedosphere ; with 20 tables |c Axel Bronstert ... (ed.) |
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Record in the Search Index
| _version_ | 1804132882919194624 |
|---|---|
| adam_text | IX CONTENT
PREFACE.....................................................................................................................V
ACKNOWLEDGMENTS...............................................................................................VIII
LIST OF
CONTRIBUTORS..............................................................................................XV
1 CYCLES, FEEDBACKS, AND MAIN
ISSUES....................................................................1
1.0 GLOBAL CYCLES: OVERVIEW AND INTRODUCTION
............................................1 1.1 THE NATURE OF
LAND-BIOSPHERE-ATMOSPHERIC FEEDBACKS IN THE HYDROLOGICAL CYCLE
.................................................................................8
1.1.1 TOPOGRAPHIC INFL
UENCES................................................................9
1.1.2 SNOW, ICE AND FROZEN SOIL
.........................................................11 1.1.3 SOIL
MOISTURE
.............................................................................13
1.1.4 VEGETATION AND LAND-COVER
DYNAMICS.......................................16 1.2 SCALE ISSUES
..........................................................................................21
1.2.0 INTRODUCTION
...............................................................................21
1.2.1 WHY IS SCALE AN ISSUE FOR MODELLING HYDROLOGICAL
PROCESSES?..................................................................................23
1.2.2 TERMINOLOGY OF SCALES IN HYDROLOGY AND ATMOSPHERIC SCIENCES
.....................................................................................25
1.2.3 SCALING OF HYDROLOGICAL PROCESSES TO BE USED IN ATMOSPHERIC MODELS
AND VICE VERSA
...............................................................30 BOX
1.2-1 IMPORTANT TIME SCALES FOR BIOSPHERE-ATMOSPHERE
INTERACTIONS..........................................................36
BOX 1.2-2 DOWNSCALING EXAMPLE: COMPARISON OF DYNAMICALLY AND
STATISTICALLY DOWNSCALED GLOBAL ATMOSPHERIC MODEL OUTPUT
................................37 BOX 1.2-3 UPSCALING EXAMPLE:
AGGREGATION OF EVAPOTRANSPIRATION
..............................................40 1.3 MULTIPLE
EQUILIBRIA................................................................................44
BOX 1.3-1 MULTIPLE EQUILIBRIA IN THE VEGETATION-CLIMATE
SYSTEM.................................................................47
BOX 1.3-2 MULTIPLE EQUILIBRIA AND SALINISATION ...................50
REFERENCES....................................................................
.........................56 X CONTENTS 2 SYSTEMS APPROACH: THE NATURE OF
COUPLED MODELS .........................................75 2.0
INTRODUCTION...........................................................................................75
2.1 FLUXES, COMPARTMENTS AND ORDERING OF
FEEDBACKS..............................76 2.1.1 INTRODUCTION AND DEFI
NITIONS......................................................77 2.1.2
INTER-COMPARTMENTAL COUPLING
..................................................83 2.1.3
INTRA-COMPARTMENTAL COUPLING
..................................................92 2.1.4 FINAL
REMARKS............................................................................95
BOX 2.1-1: COUPLED FLOW AND TRANSPORT MODELLING A CONVECTION
CELL...................................................96 2.2
NON-LINEARITIES
......................................................................................97
2.2.0 OVERVIEW OF NON-LINEAR DYNAMICS IN HYDROLOGY
.....................97 2.2.1 DEFI NITION AND SCOPE
.................................................................99
2.2.2 TYPES AND EFFECTS OF
NON-LINEARITY..........................................101 2.2.3
SOLUTION OF NON-LINEAR
PROBLEMS.............................................104 BOX 2.2-1
TESTING OF LINEARITY BY THE PRINCIPLE OF SUPERPOSITION
....................................................115 BOX 2.2-2
EXAMPLE OF NON-LINEAR BEHAVIOUR: RESPONSE OF VEGETATION ON WATER
STRESS................................117 BOX 2.2-3 REDUCTION IN
RAINFALL DUE TO DEFORESTATION IN THE AMAZON FOREST
..................................................119 2.3
PARAMETERISATION OF COMPLEX HYDROLOGICAL SYSTEMS
........................123 2.3.1 MECHANISTIC
MODELLING............................................................123
2.3.2 UNCERTAINTY AND PROBABILISTIC MODELS
.....................................133 2.3.3 VALIDATION AND MODEL
PERFORMANCE EVALUATION.......................143 BOX 2.3-1
SOIL-VEGETATION-ATMOSPHERE TRANSFER SCHEMES (SVATS)
............................................................145 BOX
2.3-2 GROUNDWATER MODELS ........................................146 BOX
2.3-3 TIME INTEGRATION AND SYSTEMS THEORY ..............148 BOX 2.3-4
MONTE CARLO METHOD.........................................150 BOX 2.3-5
GEOSTATISTICS, KRIGING AND SPATIAL VARIABILITY ...153 BOX 2.3-6 A COMMON
FRAMEWORK FOR CALIBRATION AND DATA
ASSIMILATION..............................................155
REFERENCES....................................................................
.......................157 3 SYSTEMATISATION OF THE INTERACTIONS BETWEEN
HYDROLOGICAL AND RELATED
CYCLES................................................................................................165
3.0
INTRODUCTION.........................................................................................165
3.1 COUPLED PROCESSES AND INTERACTION MATRIX
.........................................167 3.1.1 BOX-AND-ARROW DIAGRAM
OF THE HYDROLOGICAL AND RELATED CYCLES
......................................................................................168
3.1.2 INTERACTION MATRIX OF THE HYDROLOGICAL AND RELATED CYCLES .....169
3.1.3 DISCUSSION OF THE INTERACTION MATRIX
.......................................170 3.2. COUPLING ASPECTS OF HEAT
AND MASS TRANSFER.....................................175 3.2.1
INTRA-COMPARTMENTAL
................................................................175 XI
3.2.2 INTER-COMPARTMENTAL
................................................................182
3.2.3 ANALYTICAL SOLUTIONS
................................................................184
3.2.4 NUMERICAL
ASPECTS...................................................................187
BOX3.2-1 EUTROPHICATION MODULES FOR A SURFACE WATER FLOW CODE
.................................189 BOX 3.2-2 THE GLOBAL BIOGEOCHEMICAL
NITROGEN CYCLE....190 3.3 FEEDBACKS AT THE HYDROMETEOROLOGICAL INTERFACE
...............................192 3.3.1 INTRODUCTION
.............................................................................193
3.3.2 DIFFERENT LEVELS OF
COUPLING...................................................195 3.3.3
SPECIFI C REQUIREMENTS FOR MODELLING WATER AND ENERGY FLUXES AT THE
HYDROMETEOROLOGICAL INTERFACE ......................................201
3.3.4 CONCLUSIONS
.............................................................................206
REFERENCES....................................................................
.......................209 4 CASE STUDIES
...................................................................................................215
4.0
INTRODUCTION.........................................................................................215
4.1 GROUNDWATER MODELLING IN THE URBAN AREA OF
BARCELONA...................218 4.1.1 MOTIVATION AND
OBJECTIVES.......................................................218
4.1.2 GROUNDWATER IN
BARCELONA.......................................................218
4.1.3 COMPLEXITY OF THE GROUNDWATER
MODEL...................................220 4.1.4 SPECIFI C
EXPERIENCES................................................................223
4.1.5
SUMMARY..................................................................................224
4.2 THE LAKE DAGOW COUPLED MODEL FOR GROUNDWATER AND SURFACE WATER
......................................................................................225
4.2.1 MOTIVATION AND OBJECTIVES FOR THE COUPLED APPROACH ............225
4.2.2 SHORT DESCRIPTION OF THE STUDY
................................................225 4.2.3 COMPLEXITY OF
THE STUDY..........................................................226
4.2.4
EXPERIENCES..............................................................................228
4.3 MODELLING THE HYDROLOGY OF THE NILE
DELTA........................................230 4.3.1 MOTIVATION AND
OBJECTIVES FOR THE COUPLING APPROACH...........230 4.3.2 SHORT
DESCRIPTION OF THE STUDY
................................................230 4.3.3 COMPLEXITY OF
THE STUDY..........................................................231
4.3.4
EXPERIENCES..............................................................................233
4.4 MODELLING THE CHANGES IN HYDROLOGICAL CYCLE PROCESSES FOR SMALL AND
MIDDLE RIVER BASINS IN CONDITIONS OF PERMAFROST UNDER CLIMATE CHANGE
........................................................................234
4.4.1 OBJECTIVES AND
MOTIVATION.......................................................234
4.4.2 SHORT DESCRIPTION OF THE STUDY
................................................235 4.4.3 COMPLEXITY OF
THE STUDY..........................................................238
4.4.4
EXPERIENCES..............................................................................239
4.5 MODELLING ATMOSPHERIC AND HYDROLOGICAL PROCESSES IN THE BOREAL
REGION
...........................................................................239
4.5.1 MOTIVATION AND
OBJECTIVES.......................................................239
4.5.2 DESCRIPTION OF THE
STUDY..........................................................240 XII
CONTENTS 4.5.3 COMPLEXITY OF THE
STUDY..........................................................242 4.5.4
EXPERIENCES..............................................................................245
4.6 A DISTRIBUTED MODEL OF RUNOFF GENERATION IN THE PERMAFROST
REGIONS...................................................................246
4.6.1 OBJECTIVES AND
MOTIVATION.......................................................246
4.6.2 SHORT DESCRIPTION OF THE MODE
................................................247 4.6.3 COMPLEXITY OF
THE STUDY..........................................................248
4.6.4
EXPERIENCES..............................................................................252
4.7 INVESTIGATIONS ON THE IMPACT OF LAND-USE CHANGES USING AN INTEGRATED
HYDROMETEOROLOGICAL MODEL........................................ 253
4.7.1 MOTIVATION AND
OBJECTIVES.......................................................253
4.7.2 SHORT DESCRIPTION OF THE STUDY
................................................253 4.7.3 COMPLEXITY OF
THE STUDY..........................................................255
4.7.4
EXPERIENCES..............................................................................257
4.8 THE INFL UENCE OF ANTHROPOGENIC LANDSCAPE CHANGES ON WEATHER IN
SOUTH FLORIDA
...............................................................259 4.8.1
MOTIVATION AND
OBJECTIVES.......................................................259
4.8.2 DESCRIPTION OF THE
STUDY..........................................................259 4.8.3
COMPLEXITY OF THE
STUDY..........................................................259 4.8.4
RESULTS
.....................................................................................261
4.8.5 CONCLUSIONS
.............................................................................262
4.9 CLIMBER-2: AN EARTH SYSTEM MODEL OF INTERMEDIATE COMPLEXITY
....................................................................264
4.9.1 MOTIVATION AND OBJECTIVES OF THE STUDY
..................................264 4.9.2 SHORT DESCRIPTION OF THE
STUDY ................................................265 4.9.3
COMPLEXITY OF THE
STUDY..........................................................266 4.9.4
EXPERIENCES (LESSONS
LEARNED)...............................................267 4.10
FEEDBACKS AND COUPLING BETWEEN WATER, CARBON AND NUTRIENT CYCLING AT THE
HILLSLOPE SCALE
..........................................................................269
4.10.1 MOTIVATION AND OBJECTIVES FOR THE COUPLING APPROACH...........269
4.10.2 SHORT DESCRIPTION OF THE STUDY
................................................270 4.10.3 COMPLEXITY OF
THE STUDY..........................................................274
4.10.4
EXPERIENCES..............................................................................278
4.11 THE BOREAL ECOSYSTEM-ATMOSPHERE EXPERIMENT (BOREAS) ............280
4.11.1 MOTIVATION AND OBJECTIVES FOR THE COUPLING APPROACH...........280
4.11.2 SHORT DESCRIPTION OF THE STUDY
................................................281 4.11.3 COMPLEXITY OF
THE STUDY..........................................................282
4.11.4
EXPERIENCES..............................................................................284
4.12 INTEGRATED MODELLING OF WATER AVAILABILITY AND VULNERABILITY OF
ECOSYSTEMS AND SOCIETY IN THE SEMI-ARID NORTHEAST
BRAZIL................287 4.12.1 MOTIVATION AND OBJECTIVES FOR THE
COUPLING APPROACH...........287 4.12.2 SHORT DESCRIPTION OF THE STUDY
................................................287 4.12.3 COMPLEXITY OF
THE STUDY..........................................................290
4.12.4
EXPERIENCES..............................................................................292
XIII 4.13 INTEGRATED GLOBAL-CHANGE MODELLING WITH IMAGE-2
........................293 4.13.1 MOTIVATION AND
OBJECTIVES.......................................................293
4.13.2 SHORT DESCRIPTION OF THE STUDY
................................................294 4.13.3 COMPLEXITY OF
THE STUDY..........................................................297
4.13.4
EXPERIENCES..............................................................................298
4.14 THE VIRTUAL WATERSHED
LABORATORY......................................................299
4.14.1 MOTIVATION AND
OBJECTIVES.......................................................299
4.14.2 SHORT DESCRIPTION OF THE STUDY
................................................301 4.14.3 COMPLEXITY OF
THE STUDY..........................................................301
4.14.4
EXPERIENCES..............................................................................303
REFERENCES....................................................................
.......................305 5 SUMMARY AND OUTLOOK
...................................................................................313
5.1 WHEN AND WHY IS IT APPROPRIATE TO USE COUPLED
MODELS?.................313 5.2 PROGRESS IN COUPLED MODELS
...............................................................315 5.3
HOW MUCH COUPLING IS NEEDED ?
........................................................316 5.4
EMPHASISING THE VULNERABILITY AND ASSESSING THE RISKS OF COUPLED SYSTEMS
...............................................................................................317
5.5 FUTURE RESEARCH
..................................................................................318
REFERENCES....................................................................
.......................319 SUBJECT INDEX
.......................................................................................................321
|
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| discipline | Geologie / Paläontologie Allgemeine Naturwissenschaft Geographie |
| format | Book |
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| spelling | Coupled models for the hydrological cycle integrating atmosphere, biosphere and pedosphere ; with 20 tables Axel Bronstert ... (ed.) Berlin [u.a.] Springer 2005 XX, 345 S. Ill., graph. Darst., Kt. 235 mm x 155 mm txt rdacontent n rdamedia nc rdacarrier Auch als Internetausgabe Wasserkreislauf - Hydrologie - Mathematisches Modell - Aufsatzsammlung Mathematisches Modell (DE-588)4114528-8 gnd rswk-swf Hydrologie (DE-588)4026309-5 gnd rswk-swf Wasserkreislauf (DE-588)4189218-5 gnd rswk-swf (DE-588)4143413-4 Aufsatzsammlung gnd-content Wasserkreislauf (DE-588)4189218-5 s Hydrologie (DE-588)4026309-5 s Mathematisches Modell (DE-588)4114528-8 s DE-604 Bronstert, Axel 1959- (DE-588)172809002 edt SWB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=012881116&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Coupled models for the hydrological cycle integrating atmosphere, biosphere and pedosphere ; with 20 tables Wasserkreislauf - Hydrologie - Mathematisches Modell - Aufsatzsammlung Mathematisches Modell (DE-588)4114528-8 gnd Hydrologie (DE-588)4026309-5 gnd Wasserkreislauf (DE-588)4189218-5 gnd |
| subject_GND | (DE-588)4114528-8 (DE-588)4026309-5 (DE-588)4189218-5 (DE-588)4143413-4 |
| title | Coupled models for the hydrological cycle integrating atmosphere, biosphere and pedosphere ; with 20 tables |
| title_auth | Coupled models for the hydrological cycle integrating atmosphere, biosphere and pedosphere ; with 20 tables |
| title_exact_search | Coupled models for the hydrological cycle integrating atmosphere, biosphere and pedosphere ; with 20 tables |
| title_full | Coupled models for the hydrological cycle integrating atmosphere, biosphere and pedosphere ; with 20 tables Axel Bronstert ... (ed.) |
| title_fullStr | Coupled models for the hydrological cycle integrating atmosphere, biosphere and pedosphere ; with 20 tables Axel Bronstert ... (ed.) |
| title_full_unstemmed | Coupled models for the hydrological cycle integrating atmosphere, biosphere and pedosphere ; with 20 tables Axel Bronstert ... (ed.) |
| title_short | Coupled models for the hydrological cycle |
| title_sort | coupled models for the hydrological cycle integrating atmosphere biosphere and pedosphere with 20 tables |
| title_sub | integrating atmosphere, biosphere and pedosphere ; with 20 tables |
| topic | Wasserkreislauf - Hydrologie - Mathematisches Modell - Aufsatzsammlung Mathematisches Modell (DE-588)4114528-8 gnd Hydrologie (DE-588)4026309-5 gnd Wasserkreislauf (DE-588)4189218-5 gnd |
| topic_facet | Wasserkreislauf - Hydrologie - Mathematisches Modell - Aufsatzsammlung Mathematisches Modell Hydrologie Wasserkreislauf Aufsatzsammlung |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=012881116&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT bronstertaxel coupledmodelsforthehydrologicalcycleintegratingatmospherebiosphereandpedospherewith20tables |