Mathematical models of large watershed hydrology:
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Water Resources Publ.
2002
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| 245 | 1 | 0 | |a Mathematical models of large watershed hydrology |c ed. by Vijay P. Singh ... |
| 246 | 1 | 3 | |a MathMod |
| 264 | 1 | |a Highlands Ranch, Colo. |b Water Resources Publ. |c 2002 | |
| 300 | |a XXII, 891 S. |b graph. Darst., Kt. |e 1 CD-ROM (12 cm) | ||
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| 650 | 4 | |a Bassins hydrographiques - Modèles mathématiques | |
| 650 | 7 | |a Modelos matemáticos |2 larpcal | |
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| adam_text | Titel: Mathematical models of large watershed hydrology
Autor: Singh, Vijay P.
Jahr: 2002
TABLE OF CONTENTS
CHAPTER PAGE
DEDICATION.................................................................................................í
PREFACE......................................................................................................vii
CONTRIBUTORS..........................................................................................xi
1. MATHEMATICAL MODELING OF WATERSHED
HYDROLOGY- V. P. Singh andD. K. Frevert.................................1
ABSTRACT........................................................................................................1
1.1. INTRODUCTION..................................................................................1
1.2. A SHORT HISTORICAL PERSPECTIVE..........................................4
1.3. OBJECTIVE...........................................................................................5
1.4. BASIC CONSIDERATIONS IN MODEL
CONSTRUCTION.................................................................................6
1.5 PERSPECTIVE ON MODEL BUILDING.........................................10
1.6 COMPONENT PROCESS MODELING...........................................11
1.7. CLASSIFICATION OF WATERSHED MODELS...........................16
1.8. WATERSHED HYDROLOGY MODELS........................................17
1.9. COMPARISON OF WATERSHED HYDROLOGY
MODELS.............................................................................................. 18
1.10. FUTURE OUTLOOK..........................................................................19
CONCLUSIONS..............................................................................................20
REFERENCES.................................................................................................21
SECTION 1: PARAMETER ESTIMATION................................23
2. EMERGING PARADIGMS IN THE CALIBRATION OF
HYDROLOGIC MODELS ~ L. A. Bastidas, H. V. Gupta
and S. Sorooshian.................................................................................25
ABSTRACT......................................................................................................25
2.1. INTRODUCTION................................................................................26
2.2. TOWARD A MULTI-OBJECTIVE VIEW........................................28
2.3. MULTI-CRITERIA PARAMETER ESTIMATION
METHODOLOGY...............................................................................29
2.4. MULTI-OBJECTIVE OPTIMIZATION............................................35
xv
2.5. APPLICATION OF THE MULTI-CRITERIA CALI-
BRATION FRAMEWORK TO A HYDROLOGIC
MODEL.................................................................................................38
2.6. APPLICATION OF THE MULTI-CRITERIA FRAME-
WORK TO A LAND SURFACE SCHEME.......................................47
2.7. APPLICATION OF THE MULTI-CRITERIA
FRAMEWORK TO A HYDROCHEMICAL MODEL.....................53
SUMMARY AND CONCLUSIONS...............................................................55
ACKNOWLEDGEMENTS..............................................................................56
REFERENCES..................................................................................................57
3. ANN MODELING IN WATERSHED HYDROLOGY ~
C. S. P. Ojha and V. P. Singh..............................................................67
ABSTRACT......................................................................................................67
3.1. INTRODUCTION................................................................................67
3.2. TRAINING OF ANN...........................................................................70
3.3. ANALYSIS OF RAINFALL-RUNOFF DATA.................................74
3.4. ANALYSIS OF RUNOFF-SEDIMENT TRANSPORT
DATA....................................................................................................80
3.5. ANALYSIS OF RIVER BED PATTERNS........................................83
3.6. REPRESENTATION OF INPUT-OUTPUT QUALITY...................84
SUMMARY......................................................................................................85
REFERENCES..................................................................................................86
NOTATIONS....................................................................................................87
SECTION 2: MODEL TESTING..................................................89
4. A TOOLKIT FOR THE DEVELOPMENT AND
APPLICATION OF PARSIMONIOUS HYDROLOGICAL
MODELS ~ T. Wagener, M. J. Lees and H. S. Wheater....................91
ABSTRACT......................................................................................................91
4.1. INTRODUCTION................................................................................91
4.2. PARSIMONIOUS RAINFALL-RUNOFF MODELING...................93
4.3. ANALYTICAL MODELING FRAMEWORK..................................95
4.4. RAINFALL-RUNOFF MODELING COMPONENT........................96
4.5. MONTE-CARLO ANALYSIS TOOLBOX.....................................115
4.6. APPLICATION EXAMPLES............................................................123
CONCLUSIONS.............................................................................................131
ACKNOWLEDGEMENTS............................................................................132
REFERENCES................................................................................................J32
XVI
5. TESTING HYDROLOGIC MODELS: FORTIFICATION
OR FALSIFICATION ~ G. Kuczera and S. W. Franks...................141
ABSTRACT....................................................................................................141
5.1. INTRODUCTION..............................................................................141
5.2. KEY CONCEPTS..............................................................................142
5.3. A PROBABILISTIC FRAMEWORK FOR MODEL
TESTING............................................................................................156
5.4. MORE POWERFUL FALSIFICATION USING DATA
AUGMENTATION...........................................................................167
CONCLUSIONS............................................................................................181
REFERENCES...............................................................................................181
SECTION 3: REGIONAL AND GLOBAL HYDROLOGY
MODELS.......................................................................................187
6. A GLOBAL HYDROLOGIC MODEL ~ M. L. Kavva.s and
M. Anderson....................................................................................... 1X9
ABSTRACT.................................................................................................... 189
6.1. INTRODUCTION..............................................................................189
6.2. THE ATMOSPHERIC SYSTEM......................................................190
6.3. THE OCEANIC SYSTEM................................................................196
6.4 THE HYDROLOGIC SYSTEM.......................................................198
6.5. CRYOGENIC SYSTEM....................................................................201
6.6. GLOBAL HYDROLOGIC MODEL EQUATIONS........................202
6.7. MODEL STRUCTURE AND PARAMETERIZATION.................206
6.8. CURRENT MODEL STATUS AND FUTURE
DEVELOPMENT..............................................................................218
6.9. APPLICATION..................................................................................219
CONCLUSIONS............................................................................................233
REFERENCES...............................................................................................234
7. REGIONAL-SCALE HYDROCLIMATE MODEL -
J. Yoshitani, M. L. Kawas andZ.-Q. Chen.......................................237
ABSTRACT....................................................................................................237
7.1. INCORPORATING DIFFERENT SCALE PROCESSES..............237
7.2. EQUATIONS FOR ATMOSPHERIC DYNAMICS.......................241
7.3. BOUNDARY LAYER PARAMETERIZATION............................246
7.4. HEAT TRANSFER PROCESS ON LAND SURFACE..................251
7.5. LAND SURFACE MOISTURE FLOW MODEL............................253
7.6. RAINFALL PARAMETERIZATION..............................................274
7.7. DEVELOPMENT OF JAPAN MODEL AND
APPLICATION..................................................................................274
XVII
REFERENCES................................................................................................281
8. REGIONAL SIMULATION OF THE WATER BUDGET
AND RIVERFLOWS WITH THE ISBA-MODCOU
COUPLED MODEL: APPLICATION TO THE ADOUR
AND RHONE BASINS ~ E. Ledoux, P. Etchevers,
C. Golaz, F. Habets, J. Noilhan and S. Voirin..................................283
ABSTRACT....................................................................................................283
8.1. INTRODUCTION..............................................................................284
8.2. THE MODELS...................................................................................285
8.3. IMPLEMENTATION OF ISBA-MODCOU....................................292
8.4. RESULTS OF ISBA-MODCOU SIMULATIONS ON THE
ADOUR AND RHONE BASINS......................................................298
8.5. IMPACT OF THE HORIZONTAL RESOLUTION........................310
CONCLUSIONS.............................................................................................313
ACKNOWLEDGEMENTS............................................................................314
REFERENCES................................................................................................315
SECTION 4: DISTRIBUTED MODELS....................................319
9. THE HYDROLOGICAL MODELING SYSTEM
ARC/EGMO ~?. Becker, B. Klöcking, W. Lahmer, and
B. Pfützner..........................................................................................321
ABSTRACT....................................................................................................321
9.1. INTRODUCTION..............................................................................322
9.2. LAND SURFACE HETEROGENEITY AND ITS
ASSESSMENT...................................................................................322
9.3. STRUCTURAL DESIGN OF ARC/EGMO.....................................324
9.4. SPATIAL DISAGGREGATION AND ASPECTS OF
PARAMETER ESTIMATION..........................................................326
9.5. MODEL COMPONENTS FOR VERTICAL PROCESSES............335
9.6. SELECTED ASPECTS OF DATA PROCESSING FOR
ARC/EGMO APPLICATIONS.........................................................356
9.7. CASE STUDY 1: THE STEPENITZ BASIN...................................361
9.8. CASE STUDY 2: THE SAALE BASIN...........................................373
CONCLUSION AND OUTLOOK................................................................380
REFERENCES................................................................................................381
10. A STORM SIMULATION IN LARGE WATERSHEDS
WITH A HYDROLOGICAL MODEL SYSTEM AND A
MESOSCALE METEOROLOGICAL MODEL ~ Z. Yu.................385
ABSTRACT....................................................................................................385
XV1I1
10.1. INTRODUCTION..............................................................................386
10.2. HYDROLOGIC MODEL SYSTEM (HMS)....................................387
10.3. MESOSCALE METEOROLOGICAL MODEL..............................398
10.4. SUBGRID SCALE SPATIAL VARIABILITY...............................400
10.5. STUDY SITE.....................................................................................403
10.6. DATA PREPROCESSING................................................................404
10.7. MODEL CALIBRATION.................................................................412
10.8. STORM SIMULATION....................................................................416
10.9. HYDROLOGIC SIMULATION WITH OBSERVED
PRECIPITATION..............................................................................417
10.10. HYDROLOGIC SIMULATION WITH MM5-SIMU-
LATED PRECIPITATION................................................................422
SUMMARY....................................................................................................424
ACKNOWLEDGMENTS..............................................................................425
REFERENCES...............................................................................................426
11. NUMERICAL MODEL OF RIVER FLOW FORMATION
FROM SMALL TO LARGE SCALE RIVER BASINS ~
X. Ma and Y. Fnkushima....................................................................433
ABSTRACT....................................................................................................433
11.1. INTRODUCTION..............................................................................433
11.2. ONE-DIMENSION MODEL FOR ATMOSPHERE-LAND
SURFACE INTERACTION..............................................................434
11.3. RUNOFF FORMATION FOR SMALL WATERSHED.................449
11.4. HYDROLOGICAL MODELING FOR MACRO-SCALE
WATERSHED...................................................................................456
SUMMARY....................................................................................................467
REFERENCES...............................................................................................468
12. THE TOPKAPI MODEL ~ E. Todini andL. Ciampica..................471
ABSTRACT....................................................................................................471
12.1. INTRODUCTION..............................................................................471
12.2. THE DISTRIBUTED TOPKAPI APPROACH................................474
12.3. THE LUMPED TOPKAPI APPROACH..........................................487
12.4. EXAMPLE OF APPLICATION.......................................................495
CONCLUSIONS AND PERSPECTIVES....................................................502
REFERENCES...............................................................................................504
13. CEQUEAU HYDROLOGICAL MODEL ~ G. Morin...................507
ABSTRACT....................................................................................................507
13.1. INTRODUCTION..............................................................................508
13.2. GENERAL STRUCTURE OF CEQUEAU......................................509
xix
13.3. SCHEMATIC REPRESENTATION OF THE
WATERSHED....................................................................................516
13.4. PREPARATION OF METEOROLOGICAL AND
HYDROMETRIC DATA...................................................................522
13.5. CEQUEAU QUANTITY SIMULATION.........................................525
13.6. EXAMPLE OF APPLICATION........................................................562
REFERENCES................................................................................................575
SECTION 5: CONCEPTUAL MODELS....................................577
14. LASCAM: LARGE SCALE CATCHMENT MODEL ~
M. Sivapalan, N. R. Viney, and C. Zammit........................................579
ABSTRACT....................................................................................................579
14.1. INTRODUCTION..............................................................................579
14.2. LASCAM MODELING PHILOSOPHY...........................................580
14.3. ORGANIZATIONAL STRUCTURE OF THE LARGE
CATCHMENT MODEL....................................................................583
14.4. DESCRIPTION OF THE SMALL CATCHMENT MODEL
(BUILDING BLOCK MODEL)........................................................586
14.5. DATA REQUIREMENTS.................................................................600
14.6. PARAMETER ESTIMATION..........................................................600
14.7. EXAMPLES OF APPLICATIONS...................................................601
14.8. LIMITATIONS OF LASCAM..........................................................622
14.9. PLANNED FUTURE IMPROVEMENTS TO LASCAM...............623
ACKNOWLEDGEMENTS............................................................................623
APPENDIX 1 : SYMBOLS AND VARIABLE NAMES.............................624
APPENDIX 2: LASCAM MODEL EQUATIONS......................................631
APPENDIX 3: TYPICAL LASCAM PARAMETER VALUES................640
REFERENCES................................................................................................643
15. WATFLOOD/SPL9: HYDROLOGICAL MODEL
FLOOD FORECASTING SYSTEM ~ N. Kouwen and S. F.
Mousavi..............................................................................................649
ABSTRACT....................................................................................................649
15.1. HYDROLOGICAL MODEL.............................................................650
15.2. APPLICATION..................................................................................676
SUMMARY....................................................................................................681
ACKNOWLEDGEMENTS............................................................................681
REFERENCES................................................................................................681
16. THE ARNO MODEL ~ E. Todini.....................................................687
ABSTRACT....................................................................................................687
xx
16.1. INTRODUCTION..............................................................................687
16.2. DESCRIPTION OF THE ARNO MODEL.......................................688
16.3. THE ARNO MODEL PARAMETERS............................................707
16.4. APPLICATION OF THE ARNO MODEL......................................709
CONCLUSIONS............................................................................................713
REFERENCES...............................................................................................714
17. LARGE BASIN RUNOFF MODEL ~ T. E. Croley II.....................717
ABSTRACT....................................................................................................717
17.1. INTRODUCTION..............................................................................718
17.2. TANK CASCADE MODELS...........................................................719
17.3. DESCRIPTION OF RUNOFF MODEL...........................................721
17.4. APPLICATION..................................................................................737
17.5. EXAMPLE APPLICATION.............................................................740
17.6. CALIBRATION.................................................................................746
17.7. CALIBRATION PROBLEMS..........................................................758
17.8. MODEL VALIDITY AND APPLICABILITY................................761
SUMMARY....................................................................................................763
ACKNOWLEDGMENT................................................................................764
REFERENCES...............................................................................................764
NOTATION....................................................................................................768
18. MODELING RUNOFF FROM HYDROLOGICALLY
SIMILAR AREAS ~ H. Koivusalo, T. Kokkonen and
T. Karvonen........................................................................................771
ABSTRACT....................................................................................................771
18.1. INTRODUCTION..............................................................................772
18.2. GENERAL DESCRIPTION OF THE MODELING
SYSTEM............................................................................................774
18.3. SUBMODEL DESCRIPTIONS........................................................777
18.4. CASE STUDIES................................................................................790
CONCLUSIONS............................................................................................806
ACKNOWLEDGEMENTS...........................................................................807
REFERENCES...............................................................................................807
19. MATHEMATICAL MODEL OF RAINFALL-RUNOFF
TRANSFORMATION-WISTOO ~ M. Ozga-Zielinska,
W. Gadek, K. Ksiazynski, E. Nachlik, and R. Szczepanek ................811
ABSTRACT....................................................................................................811
19.1. INTRODUCTION..............................................................................812
19.2. DESCRIPTION OF PARTIAL PROCESSES..................................816
XXI
19.3. STRUCTURE OF COMPUTER PROGRAM FOR
WISTOO MODEL..............................................................................840
19.4. RANGE OF MODEL APPLICATION.............................................848
19.5. EXAMPLE OF WISTOO MODEL APPLICATION FOR
LOSOSINA RIVER WATERSHED.................................................849
19.6. A FEW WORDS ABOUT THE MODEL.........................................857
SYMBOLS......................................................................................................857
REFERENCES................................................................................................860
20. THE CLS MODEL ~ E. Todini.........................................................861
ABSTRACT....................................................................................................861
20.1. INTRODUCTION..............................................................................861
20.2. THE SOIL MOISTURE THRESHOLD EFFECT IN THE
RAINFALL-RUNOFF.......................................................................865
20.3. THE CONSTRAINED ESTIMATION TECHNIQUE.....................871
20.4. EXAMPLES OF APPLICATION.....................................................878
CONCLUSIONS.............................................................................................883
REFERENCES................................................................................................884
SUBJECT INDEX.......................................................................................887
xxii
|
| adam_txt |
Titel: Mathematical models of large watershed hydrology
Autor: Singh, Vijay P.
Jahr: 2002
TABLE OF CONTENTS
CHAPTER PAGE
DEDICATION.í
PREFACE.vii
CONTRIBUTORS.xi
1. MATHEMATICAL MODELING OF WATERSHED
HYDROLOGY- V. P. Singh andD. K. Frevert.1
ABSTRACT.1
1.1. INTRODUCTION.1
1.2. A SHORT HISTORICAL PERSPECTIVE.4
1.3. OBJECTIVE.5
1.4. BASIC CONSIDERATIONS IN MODEL
CONSTRUCTION.6
1.5 PERSPECTIVE ON MODEL BUILDING.10
1.6 COMPONENT PROCESS MODELING.11
1.7. CLASSIFICATION OF WATERSHED MODELS.16
1.8. WATERSHED HYDROLOGY MODELS.17
1.9. COMPARISON OF WATERSHED HYDROLOGY
MODELS. 18
1.10. FUTURE OUTLOOK.19
CONCLUSIONS.20
REFERENCES.21
SECTION 1: PARAMETER ESTIMATION.23
2. EMERGING PARADIGMS IN THE CALIBRATION OF
HYDROLOGIC MODELS ~ L. A. Bastidas, H. V. Gupta
and S. Sorooshian.25
ABSTRACT.25
2.1. INTRODUCTION.26
2.2. TOWARD A MULTI-OBJECTIVE VIEW.28
2.3. MULTI-CRITERIA PARAMETER ESTIMATION
METHODOLOGY.29
2.4. MULTI-OBJECTIVE OPTIMIZATION.35
xv
2.5. APPLICATION OF THE MULTI-CRITERIA CALI-
BRATION FRAMEWORK TO A HYDROLOGIC
MODEL.38
2.6. APPLICATION OF THE MULTI-CRITERIA FRAME-
WORK TO A LAND SURFACE SCHEME.47
2.7. APPLICATION OF THE MULTI-CRITERIA
FRAMEWORK TO A HYDROCHEMICAL MODEL.53
SUMMARY AND CONCLUSIONS.55
ACKNOWLEDGEMENTS.56
REFERENCES.57
3. ANN MODELING IN WATERSHED HYDROLOGY ~
C. S. P. Ojha and V. P. Singh.67
ABSTRACT.67
3.1. INTRODUCTION.67
3.2. TRAINING OF ANN.70
3.3. ANALYSIS OF RAINFALL-RUNOFF DATA.74
3.4. ANALYSIS OF RUNOFF-SEDIMENT TRANSPORT
DATA.80
3.5. ANALYSIS OF RIVER BED PATTERNS.83
3.6. REPRESENTATION OF INPUT-OUTPUT QUALITY.84
SUMMARY.85
REFERENCES.86
NOTATIONS.87
SECTION 2: MODEL TESTING.89
4. A TOOLKIT FOR THE DEVELOPMENT AND
APPLICATION OF PARSIMONIOUS HYDROLOGICAL
MODELS ~ T. Wagener, M. J. Lees and H. S. Wheater.91
ABSTRACT.91
4.1. INTRODUCTION.91
4.2. PARSIMONIOUS RAINFALL-RUNOFF MODELING.93
4.3. ANALYTICAL MODELING FRAMEWORK.95
4.4. RAINFALL-RUNOFF MODELING COMPONENT.96
4.5. MONTE-CARLO ANALYSIS TOOLBOX.115
4.6. APPLICATION EXAMPLES.123
CONCLUSIONS.131
ACKNOWLEDGEMENTS.132
REFERENCES.J32
XVI
5. TESTING HYDROLOGIC MODELS: FORTIFICATION
OR FALSIFICATION ~ G. Kuczera and S. W. Franks.141
ABSTRACT.141
5.1. INTRODUCTION.141
5.2. KEY CONCEPTS.142
5.3. A PROBABILISTIC FRAMEWORK FOR MODEL
TESTING.156
5.4. MORE POWERFUL FALSIFICATION USING DATA
AUGMENTATION.167
CONCLUSIONS.181
REFERENCES.181
SECTION 3: REGIONAL AND GLOBAL HYDROLOGY
MODELS.187
6. A GLOBAL HYDROLOGIC MODEL ~ M. L. Kavva.s and
M. Anderson. 1X9
ABSTRACT. 189
6.1. INTRODUCTION.189
6.2. THE ATMOSPHERIC SYSTEM.190
6.3. THE OCEANIC SYSTEM.196
6.4 THE HYDROLOGIC SYSTEM.198
6.5. CRYOGENIC SYSTEM.201
6.6. GLOBAL HYDROLOGIC MODEL EQUATIONS.202
6.7. MODEL STRUCTURE AND PARAMETERIZATION.206
6.8. CURRENT MODEL STATUS AND FUTURE
DEVELOPMENT.218
6.9. APPLICATION.219
CONCLUSIONS.233
REFERENCES.234
7. REGIONAL-SCALE HYDROCLIMATE MODEL -
J. Yoshitani, M. L. Kawas andZ.-Q. Chen.237
ABSTRACT.237
7.1. INCORPORATING DIFFERENT SCALE PROCESSES.237
7.2. EQUATIONS FOR ATMOSPHERIC DYNAMICS.241
7.3. BOUNDARY LAYER PARAMETERIZATION.246
7.4. HEAT TRANSFER PROCESS ON LAND SURFACE.251
7.5. LAND SURFACE MOISTURE FLOW MODEL.253
7.6. RAINFALL PARAMETERIZATION.274
7.7. DEVELOPMENT OF JAPAN MODEL AND
APPLICATION.274
XVII
REFERENCES.281
8. REGIONAL SIMULATION OF THE WATER BUDGET
AND RIVERFLOWS WITH THE ISBA-MODCOU
COUPLED MODEL: APPLICATION TO THE ADOUR
AND RHONE BASINS ~ E. Ledoux, P. Etchevers,
C. Golaz, F. Habets, J. Noilhan and S. Voirin.283
ABSTRACT.283
8.1. INTRODUCTION.284
8.2. THE MODELS.285
8.3. IMPLEMENTATION OF ISBA-MODCOU.292
8.4. RESULTS OF ISBA-MODCOU SIMULATIONS ON THE
ADOUR AND RHONE BASINS.298
8.5. IMPACT OF THE HORIZONTAL RESOLUTION.310
CONCLUSIONS.313
ACKNOWLEDGEMENTS.314
REFERENCES.315
SECTION 4: DISTRIBUTED MODELS.319
9. THE HYDROLOGICAL MODELING SYSTEM
ARC/EGMO ~?. Becker, B. Klöcking, W. Lahmer, and
B. Pfützner.321
ABSTRACT.321
9.1. INTRODUCTION.322
9.2. LAND SURFACE HETEROGENEITY AND ITS
ASSESSMENT.322
9.3. STRUCTURAL DESIGN OF ARC/EGMO.324
9.4. SPATIAL DISAGGREGATION AND ASPECTS OF
PARAMETER ESTIMATION.326
9.5. MODEL COMPONENTS FOR VERTICAL PROCESSES.335
9.6. SELECTED ASPECTS OF DATA PROCESSING FOR
ARC/EGMO APPLICATIONS.356
9.7. CASE STUDY 1: THE STEPENITZ BASIN.361
9.8. CASE STUDY 2: THE SAALE BASIN.373
CONCLUSION AND OUTLOOK.380
REFERENCES.381
10. A STORM SIMULATION IN LARGE WATERSHEDS
WITH A HYDROLOGICAL MODEL SYSTEM AND A
MESOSCALE METEOROLOGICAL MODEL ~ Z. Yu.385
ABSTRACT.385
XV1I1
10.1. INTRODUCTION.386
10.2. HYDROLOGIC MODEL SYSTEM (HMS).387
10.3. MESOSCALE METEOROLOGICAL MODEL.398
10.4. SUBGRID SCALE SPATIAL VARIABILITY.400
10.5. STUDY SITE.403
10.6. DATA PREPROCESSING.404
10.7. MODEL CALIBRATION.412
10.8. STORM SIMULATION.416
10.9. HYDROLOGIC SIMULATION WITH OBSERVED
PRECIPITATION.417
10.10. HYDROLOGIC SIMULATION WITH MM5-SIMU-
LATED PRECIPITATION.422
SUMMARY.424
ACKNOWLEDGMENTS.425
REFERENCES.426
11. NUMERICAL MODEL OF RIVER FLOW FORMATION
FROM SMALL TO LARGE SCALE RIVER BASINS ~
X. Ma and Y. Fnkushima.433
ABSTRACT.433
11.1. INTRODUCTION.433
11.2. ONE-DIMENSION MODEL FOR ATMOSPHERE-LAND
SURFACE INTERACTION.434
11.3. RUNOFF FORMATION FOR SMALL WATERSHED.449
11.4. HYDROLOGICAL MODELING FOR MACRO-SCALE
WATERSHED.456
SUMMARY.467
REFERENCES.468
12. THE TOPKAPI MODEL ~ E. Todini andL. Ciampica.471
ABSTRACT.471
12.1. INTRODUCTION.471
12.2. THE DISTRIBUTED TOPKAPI APPROACH.474
12.3. THE LUMPED TOPKAPI APPROACH.487
12.4. EXAMPLE OF APPLICATION.495
CONCLUSIONS AND PERSPECTIVES.502
REFERENCES.504
13. CEQUEAU HYDROLOGICAL MODEL ~ G. Morin.507
ABSTRACT.507
13.1. INTRODUCTION.508
13.2. GENERAL STRUCTURE OF CEQUEAU.509
xix
13.3. SCHEMATIC REPRESENTATION OF THE
WATERSHED.516
13.4. PREPARATION OF METEOROLOGICAL AND
HYDROMETRIC DATA.522
13.5. CEQUEAU QUANTITY SIMULATION.525
13.6. EXAMPLE OF APPLICATION.562
REFERENCES.575
SECTION 5: CONCEPTUAL MODELS.577
14. LASCAM: LARGE SCALE CATCHMENT MODEL ~
M. Sivapalan, N. R. Viney, and C. Zammit.579
ABSTRACT.579
14.1. INTRODUCTION.579
14.2. LASCAM MODELING PHILOSOPHY.580
14.3. ORGANIZATIONAL STRUCTURE OF THE LARGE
CATCHMENT MODEL.583
14.4. DESCRIPTION OF THE SMALL CATCHMENT MODEL
(BUILDING BLOCK MODEL).586
14.5. DATA REQUIREMENTS.600
14.6. PARAMETER ESTIMATION.600
14.7. EXAMPLES OF APPLICATIONS.601
14.8. LIMITATIONS OF LASCAM.622
14.9. PLANNED FUTURE IMPROVEMENTS TO LASCAM.623
ACKNOWLEDGEMENTS.623
APPENDIX 1 : SYMBOLS AND VARIABLE NAMES.624
APPENDIX 2: LASCAM MODEL EQUATIONS.631
APPENDIX 3: TYPICAL LASCAM PARAMETER VALUES.640
REFERENCES.643
15. WATFLOOD/SPL9: HYDROLOGICAL MODEL
FLOOD FORECASTING SYSTEM ~ N. Kouwen and S. F.
Mousavi.649
ABSTRACT.649
15.1. HYDROLOGICAL MODEL.650
15.2. APPLICATION.676
SUMMARY.681
ACKNOWLEDGEMENTS.681
REFERENCES.681
16. THE ARNO MODEL ~ E. Todini.687
ABSTRACT.687
xx
16.1. INTRODUCTION.687
16.2. DESCRIPTION OF THE ARNO MODEL.688
16.3. THE ARNO MODEL PARAMETERS.707
16.4. APPLICATION OF THE ARNO MODEL.709
CONCLUSIONS.713
REFERENCES.714
17. LARGE BASIN RUNOFF MODEL ~ T. E. Croley II.717
ABSTRACT.717
17.1. INTRODUCTION.718
17.2. TANK CASCADE MODELS.719
17.3. DESCRIPTION OF RUNOFF MODEL.721
17.4. APPLICATION.737
17.5. EXAMPLE APPLICATION.740
17.6. CALIBRATION.746
17.7. CALIBRATION PROBLEMS.758
17.8. MODEL VALIDITY AND APPLICABILITY.761
SUMMARY.763
ACKNOWLEDGMENT.764
REFERENCES.764
NOTATION.768
18. MODELING RUNOFF FROM HYDROLOGICALLY
SIMILAR AREAS ~ H. Koivusalo, T. Kokkonen and
T. Karvonen.771
ABSTRACT.771
18.1. INTRODUCTION.772
18.2. GENERAL DESCRIPTION OF THE MODELING
SYSTEM.774
18.3. SUBMODEL DESCRIPTIONS.777
18.4. CASE STUDIES.790
CONCLUSIONS.806
ACKNOWLEDGEMENTS.807
REFERENCES.807
19. MATHEMATICAL MODEL OF RAINFALL-RUNOFF
TRANSFORMATION-WISTOO ~ M. Ozga-Zielinska,
W. Gadek, K. Ksiazynski, E. Nachlik, and R. Szczepanek .811
ABSTRACT.811
19.1. INTRODUCTION.812
19.2. DESCRIPTION OF PARTIAL PROCESSES.816
XXI
19.3. STRUCTURE OF COMPUTER PROGRAM FOR
WISTOO MODEL.840
19.4. RANGE OF MODEL APPLICATION.848
19.5. EXAMPLE OF WISTOO MODEL APPLICATION FOR
LOSOSINA RIVER WATERSHED.849
19.6. A FEW WORDS ABOUT THE MODEL.857
SYMBOLS.857
REFERENCES.860
20. THE CLS MODEL ~ E. Todini.861
ABSTRACT.861
20.1. INTRODUCTION.861
20.2. THE SOIL MOISTURE THRESHOLD EFFECT IN THE
RAINFALL-RUNOFF.865
20.3. THE CONSTRAINED ESTIMATION TECHNIQUE.871
20.4. EXAMPLES OF APPLICATION.878
CONCLUSIONS.883
REFERENCES.884
SUBJECT INDEX.887
xxii |
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| index_date | 2024-07-02T22:58:55Z |
| indexdate | 2024-07-09T21:26:55Z |
| institution | BVB |
| isbn | 1887201343 |
| language | English |
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| spelling | Mathematical models of large watershed hydrology ed. by Vijay P. Singh ... MathMod Highlands Ranch, Colo. Water Resources Publ. 2002 XXII, 891 S. graph. Darst., Kt. 1 CD-ROM (12 cm) txt rdacontent n rdamedia nc rdacarrier CD-ROM-Beil. u.d.T.: MathMod Bacia hidrográfica larpcal Bassins hydrographiques - Modèles mathématiques Modelos matemáticos larpcal Modèles hydrologiques aWatersheds xmathematical models aHydrologic models Singh, Vijay P. 1946- Sonstige (DE-588)104218541 oth HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=016990393&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Mathematical models of large watershed hydrology Bacia hidrográfica larpcal Bassins hydrographiques - Modèles mathématiques Modelos matemáticos larpcal Modèles hydrologiques aWatersheds xmathematical models aHydrologic models |
| title | Mathematical models of large watershed hydrology |
| title_alt | MathMod |
| title_auth | Mathematical models of large watershed hydrology |
| title_exact_search | Mathematical models of large watershed hydrology |
| title_exact_search_txtP | Mathematical models of large watershed hydrology |
| title_full | Mathematical models of large watershed hydrology ed. by Vijay P. Singh ... |
| title_fullStr | Mathematical models of large watershed hydrology ed. by Vijay P. Singh ... |
| title_full_unstemmed | Mathematical models of large watershed hydrology ed. by Vijay P. Singh ... |
| title_short | Mathematical models of large watershed hydrology |
| title_sort | mathematical models of large watershed hydrology |
| topic | Bacia hidrográfica larpcal Bassins hydrographiques - Modèles mathématiques Modelos matemáticos larpcal Modèles hydrologiques aWatersheds xmathematical models aHydrologic models |
| topic_facet | Bacia hidrográfica Bassins hydrographiques - Modèles mathématiques Modelos matemáticos Modèles hydrologiques aWatersheds xmathematical models aHydrologic models |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=016990393&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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