Äîêóìåíò âçÿò èç êýøà ïîèñêîâîé ìàøèíû. Àäðåñ îðèãèíàëüíîãî äîêóìåíòà : http://www.geogr.msu.ru/cafedra/gydro/links/IAHS_Red_book_katalog.doc Äàòà èçìåíåíèÿ: Thu Feb 18 16:33:17 2010 Äàòà èíäåêñèðîâàíèÿ: Tue Oct 2 03:54:00 2012 Êîäèðîâêà: koi8-r

HYDROLOGICAL SCIENCES JOURNAL


Published by the International Association of Hydrological Sciences (IAHS)









Áèáëèîòåêà êàôåäðû ãèäðîëîãèè ñóøè



















Îãëàâëåíèå
METHODOLOGY IN HYDROLOGY (311) 3

REMOTE SENSING FOR ENVIRONMENTAL MONITORING AND CHANGE DETECTION (316) 9

GROUNWATER-SURFACE WATER INTERACTION: PROCESS UNDERSTANDING,
CONCEPTUALIZATION AND MODELLING (321) 12

SEDIMENT TRANSFER THROUGH THE FLUVIAL SYSTEM (288) 14

HYDROLOGICAL RESEARCH IN CHINA: PROCESS STUDIES, MODELLING APPROACHES AND
APLICATIONS (322) 19

THE ROLE OF HYDROLOGY IN WATER RESOURCES MANAGEMENT (327) 22

HYDROLOGY IN MOUNTAIN REGIONS: OBSERVATIONS, PROCESSES, DYNAMICS (326) 25

PERMEABLE REACTIVE BARRIERS (298) 27

THE HYDROLOGY - GEOMORPHOLOGY INTERFACE: RAINFALL, FLOODS, SEDIMENTATION,
LAND USE (261) 29

GEOMORPHOLOGICAL PROCESSES AND HUMAN IMPACTS IN RIVER BASINS (299) 31

QUANTIFICATION AND REDUCTION OF PREDICTIVE UNCERTAINTY FOR SUSTAINABLE
WATER RESOURCES MANAGEMENT (313) 33

WATER QUALITY AND SEDIMENT BEHAVIOUR OF THE FUTURE: PREDICTIONS FOR THE
21st CENTURY (314) 37

GLACIER MASS BALANCE CHANGES AND MELTWATER DISCHARGE (318) 40

HYDROLOGY 2020 (300) 42

AN INTERGRATING SCIENCE TO MEET WORLD WATER CHALLENGES 42

LARGE SAMPLE BASIN EXPERIMENTS FOR HYDROLOGICAL MODEL PARAMETRIZATION:
Results of the Model Parameter Experiment - MOPEX (307) 43

HYDROLOGY IN THE HUMID TROPIC ENVIRONMENT (253) 46

IMPACT OF HUMAN ACTIVITY ON GROUNDWATER DYNAMICS (269) 50

CLIMATE AND THE HYDROLOGICAL CYCLE 53

NOTHERN RESEARCH BASINS WATER BALANCE (290) 54

NOTHERN RESEARCH BASINS WATER BALANCE (290) 54

THE BASIS OF CIVILIZATION - WATER SCIENCE ? (286) 56

CALIRATION AND RELIABILITY IN GROUNDWATER MODELLING: FROM UNCERTAINTY TO
DECISION MAKING (304) 58

CALIRATION AND RELIABILITY IN GROUNDWATER MODELLING: CREDIBILITY OF
MODELLING (320) 61

REGIONAL MANAGEMENT OF WATER RESOURCES. (268) 65

BRINING GROUNDWATER QUALITY RESEARCH TO THE WATERSHED SCALE (297) 68

CALIBRATION AND RELIABILITY IN GROUNDWATER MODELLING: COPING WITH
UNCERTAINTY (265) 72

HYDRO-ECOLOGY: LINKING HYDROLOGY AND AQUATIC ECOLOGY (266) 77

GIS AND REMOTE SENSING IN HYDROLOGY, WATER RESOURCES AND ENVIRONMENT (289)
78

REDUCING THE VULNERABILITY OF SOCIETIES TO WATER RELATED RISKS AT THE BASIN
SCALE (317) 81

A NEW FOCUS ON GROUNWATER-SEAWATER INTERACTIONS (312) 86

REGIONAL HYDROLOGY IMPACTS OF CLIMATE CHANGE - Impact Assessment and
Decision Making (295) 89

HYDROLOGICAL EXTREMES: Understanding, Predicting, Mitigating (255) 92

INTERACTION BETWEEN THE CRYOSPHERE, CLIMATE AND GREENHOUSE GASES (256) 95

Sustainable Reservoir Development and Management (251) 98

Water Resources Variability in Africa during the XXth Century. (252) 101

Impact of Land-Use Change on Nutrient Loads from Diffuse Sources (257) 105

Interdisciplinary Perspectives on Drinking Water Risk Assessment and
Management (260) 108

Debris-Covered Glaciers (264) 111

Wastewater Re-use and Groundwater Quality (285) 113

Scales in Hydrology and Water Management (287) 114

Sustainable Water Management Solutions for Large Cities (293) 115

Changes in Water Resources Systems : Methodologies to Maintain Water
Security and Ensure Integrated Management (315) 118

SOIL-VEGETATION-ATMOSPHERE TRANSFER SCHEMES AND LARGE-SCALE HYDROLOGICAL
MODELS (270) 120

PREDICTIONS IN UNGAUGED BASINS: International Perspectives on the State of
the Art and Pathways Forward(301) 123

PREDICTION IN UNGAUGED BASINS: Promise and Progress (303) 125

IMPACTS OF URBAN GROWTH ON SURFACE WATER AND GROUNDWATER QUUALITY (259) 128








METHODOLOGY IN HYDROLOGY (311)

Edited by Liliang Ren, Qiongfang Li, Danrong Zhang & Jun Xia, Proceedings
of a meeting held at Nanjing (China) in November 2005

Hydrological Modelling and Flood Forecasting

Hydro-meteorological monitoring and operational hydro-systems for flood
management in China Jianyun Zhang & Zhiyu Liu, 3-9

Water cycle mechanisms on the Loess Plateau, China: the Chabagou catchment
case study Jun Xia, Aizhong Ye, Ling Wang & Xuecheng Zhang, 10-17

Large flood prediction in poorly gauged basins: the 2004 largest-ever flood
in Fukui, Japan Yasuto Tachikawa , Ryoichi Takubo, Takahiro Sayama & Kaoru
Takara, 18-24

Variable isochrones estimate runoff based on digital stream networks Ling
Kang, Xueli Wang & Tiebing Jiang, 25-31

Roles of snow, infiltration and saturation excess processes in runoff
generation over the Yellow River basin M. C. Zhou, H. Ishidaira, K.
Takeuchi, H. Hapuarachchi & M. Georgievsky, 32-45

Application of a bi-directional stage routing model in a tidal reach Weimin
Bao, Chao Zhao, Hao Wang & Simin Qu, 45-52

Application of a modified rainfall-runoff model in a small sandy soil
catchment Yiqing Guan, Danrong Zhang, Weidong Yu & Pixiang Chen, 53-59

A comparative study of the Xinanjiang model and the Vertical-mixed runoff
model Simin Qu, Weimin Bao & Peng Shi, 60-67

A hydrodynamic method used in river basin flood-routing modelling Guangchi
Li & Yuqing Lin, 68-74

Hydrological modelling of the Zhalong wetland using a monthly water balance
model Daqing Liu & Shiguo Xu, 75-81

Comparison of two grid-based distributed flow routing models Jintao Liu &
Jie Feng, 82-87

Real-time flood forecasting in the northwestern semi-arid area of China Li
Ren, Zengchuan Dong & Yaqiong Song, 88-92

Flood forecasting practice and new technology applications in the Yishusi
basin Congming Wang, Daoqiang Zhan & Zhijian Wang, 93-97

A distributed time variant gain model applied to the Fujiang River of the
Yangtze River Wang Miaolin, Jun Xia & Gangsheng Wang, 98-102

Distributed hydrological and erosion model in the Chabagou basin Qin Xu &
Xing Chen, 103-110

An improved neural model of groundwater level prediction Lianqing Xue,
Zhenchun Hao & Guangbai Cui, 111-117

Distributed runoff and sediment yield modelling of the Chabagou watershed
in the middle reach of the Yellow River, China Tao Yang, Xi Chen, Jieren
Chen, Wenyi Yao & Xuejian Shi, 118-125

Key technologies for flood forecasting systems in China Silong Zhang,
Jianyun Zhang & Jan Li, 126-131

Approaches to developing a distributed hydrological model Jincun Zha,
Xiaofang Rui & Fanggui Liu, 132-136

A distributed hydrological model for flood forecasting in semi-arid regions
Wenming Zhang & Zengchuan Dong, 137-143

Application of three hydrological models in a semi-arid region and analysis
of model uncertainty Xuegang Zhang, Zhijia Li & Xiaotao Dong, 144-150

Construction of the basin geomorphological instantaneous unit hydrograph
from self-similar networks Peng Shi, Xiaofang Rui & Simin Qu, 151-157

Comparison of hydrological models in the middle reach of the Yellow River
Guoqing Wang, Jianyun Zhang & Ruimin He, 158-163

Relating BTOPMC model parameters to physical basin features of the Mekong
River basin Xie Shan, Ao Tianqi & Yuan Peng, 164-170

Advances in distributed hydrological modelling in China Yinkang Zhou,
Shenmin Wang, Liping Wang, Xiaobin Jin & Du Jinkang, 171-177

Effects of the spatial resolution of digital elevation model data on the
performance of TOPMODEL Jing Xu, Liliang Ren, Zhongbo Yu & Fei Yuan, 178-
185

Storm runoff simulation based on the spatially distributed runoff curve
number and time variant routing methods Jinkang Du, Hua Xie, Yujun Hu,
Youpeng Xu, Yinkang Zhou & Chongyu Xu, 186-194

Stochastic Hydrology

Selected problems of at-site flood frequency analysis Witold G.
Strupczewski, Vijay. P. Singh & Krzysztof Kochanek, 197-203

Regional flood frequency analysis by L-moments for the region of the middle
and lower reaches of the Yangtze River Yuanfang Chen, Qingrong Wang, Ling
Wang, Van Gelder Pieter & Min Chen, 204-209

A real-time flood updating model based on the Bayesian method Shenglian
Guo, Gaohong Xu, Honggang Zhang & Chaoqun Li, 210-215

Comparing Bayesian regularization and cross-validated early-stopping for
streamflow forecasting with ANN models Wen Wang, Pieter H.A.J.M. Van Gelder
& J. K. Vrijling, 216-221

Study on tidal level consistency correction Jiapeng Hua, Yanhong Wu,
Yongjin Lu & Xiangcheng Yu, 222-226

Application of environmental fuzzy risk analysis in water resources
planning Hanqiu Huang, Rongyong Ma & Feiren Huang, 227-231

Defects in current methods of hydrological frequency calculation and
proposals for improvement Zhenping Huang, Weiwei Gu, Zhizhong Liu, Xiaoli
Lin, Yunqing Hou & Jinbao Hu, 232-239

A method to determine the design tidal discharge of an estuary, Guofang Li,
Jiapeng Hua, Lingting Kong & Aping Chen 240-245

River bed variation in flood seasons: a stochastic method Yu Li, Z. B. Wang
& H. J. De Vriend, 246-251

Analysis of tidal level and wave composition probability Lishi Liu, Jiapeng
Hua, Yongjin Lu & Xiangcheng Yu, 252-256

Flood frequency study in the lower reach of the Yellow River by regional L-
moments analysis method Shuguang Liu, Huiling Zhu & Gangfeng Ma, 257-263

The threshold hybrid regressive model and its application to prediction of
water table in Jinan City Zongzhi Wang, Juliang Jin & Lingling Zhang, 264-
270

Detection of decadal trends in precipitation across the Tibetan Plateau
Zongxue Xu, Tongliang Gong & Changming Liu, 271-276

Runoff occurrence frequency analysis of the South-to-North Water Transfer
Project (Eastern Route Project)Zhongmin Liang, Bo Lu & Yaqi Ye, 277-284

Study on reservoir substage design flood Jieyou Li, Guofang Li, Fangchi Mu
& Xiaoyan Zhang, 285-290

Parameter estimation of IDF models in the urban flood-control planning and
designing Baohong Lu, Su Dai, Tingting Sun, Xianglin Zhou & Yeou-Koung
Tung, 291-297

Period characteristics of representative hydrological series in the Yellow
River using maximum entropy spectra analysis Dong Wang, Jichun Wu, Shaoming
Pan & Qingping Zhu, 298-304

Analysis on the characteristics of annual runoff series in the Hetian River
basin Yi Wu, Liliang Ren, Weiming Cheng & Fei Yuan, 305-310

Relation between water flow and sediment in the middle reach of the Yellow
River Xin Jin, Zhenchun Hao, Jinliang Zhang, Baohong Lu, Wei Ren, Xiang
Teng & Zhongbo Yu, 311-316

Water Quality Modelling and Analysis

Simulation of atrazine transport in soil with large packed soil column
experiment Guan Danrong Zhang & Yiqing, 319-324

Assessing nitrate leaching with the GLEAMS model in an agricultural
catchment in southeast China Wenzhi Cao & Jiping Wang, 325-330

Theory and computation method of ecological flow Ziqiang Xia, Qiongfang Li
& Zhuqing Chen, 331-336

On evaluating water quality in the intake from the Wangyu River Xing
Chen,Guangbai Cui & Zhongbo Yu, 337-344

Main factor selection in Harmful Algal Bloom Prediction with a case study
of Western Xiamen Bay Hong Li, Arthur Mynett, Bangqin Huang & Huasheng
Hong, 345-351

Investigation of groundwater pollution and prevention measures in Zhanjiang
City, Guangdong Province Zufa Liu, Tao Jiang, Xiaohong Chen, Xiaodan Chen,
Haixia Yu, Jun Chen & Luansheng Shi, 352-357

Assessment of groundwater vulnerability to pollution: DRASTIC application
in Zhangji, China Yuanyuan Mao, Rui Fang, J. P. Lobo Ferreira, Manuel M.
Oliveira & Liansheng Wang, 358-363

Quantitative model of the coupling system of water quantity-water quality-
ecology Qiting Zuo & Ge Tan, 364-370

Analysis of ecohydrological characteristics and factors affecting the
Zhalong riparian wetland Xingju Wang, Shiguo Xu & Daqing Liu, 371-378

Simulation and control of ammonia nitrogen loss from farmland around Taihu
Lake Xiangyang Xu, Xing Xu & Han Xiao, 379-383

Nonparametric grade assessment method for water quality Yuliang Zhou,
Guihua Lu, Juliang Jin, Lihua Tang & Ping Zhou, 384-389

Determination of natural desert plant root-zone soil water storage in an
arid region Yonghua Zhu, Liliang Ren, Haishen LÝ & Xiaoli Yang, China, 390-
396

Water Resources Management and Water Economy

Assessment model of absolute water security Shengle Cao & Guoxiang Liu, 399-
403

Water pricing mechanism and the defects of water pricing in China Qunfang
Fan, Zengchuan Dong & Yu Chen, 404-407

Study on the threshold space of water resources carrying capacity Hai He,
Guihua Lu & Shenbei Zhou, 408-412

Analysis of the principal-agent relations of water resource management of
the East Route of the South-to-North Water Transfer Project Zhengyun Hu,
Huiming Wang & Guihua Lu, 413-417

Utilization of unconventional water resources in Guangdong province:
problems and prospects Tao Jiang, Zufa Liu, Xiaohong Chen, Yang Yang &
Zhaoli Wang, 418-423

Evaluation method of artificial recharge potential in the cone of
depression in Jining City, China Bo Liu, Longcang Shu, Basil T. Iro Ong'Or
& Qingyi Sun, 424-430

Systems analysis on harmonious management of water resources in river
basins Jigan Wang & Jie Zhang, 431-437

Optimal irrigation water resources management for water saving and salinity
control Zhanyu Zhang, Xiangping Guo & Baoping Feng, 438-444

Institutional framework of water resources assessment and management in
Sierra Leone Mohamed Patrick Moiwo Korjie & Danrong Zhang, 445-449

Study on the apportionment coefficient for computing economic benefits of
an individual flood-control work in a river network Juqin Shen, Yan Zhao,
Xiaorong Du & Fei Yang, 450-456

Benefit analysis of Baozhusi hydropower station and its economic operation
rules, Xiuju Zhang & Pingan Zhong 457-462

Interdisciplinary Hydrology

Analysis of actual evaporation variability over China during the last half
century using the Budyko hypothesis Guangheng Ni, Fubao Sun, Dawen Yang,
Zhentao Cong & Zhidong Lei, 465-472

Study and application of a digital hydrological model on the Chabagou basin
in the Yellow River, China, Jun Xia & Shan He 473-479

Impact of land use change on runoff using RS and GIS: the case of the
Bagmati River, Nepal Raghunath Jha & Binaya Kumar Mishra, 480-484

Estimating pond storage capacity using RS/GIS: a case study in Zhanghe
irrigation scheme, Southern China Xueliang Cai, Yuanlai Cui & Bin Dong, 485-
490

Spatial distribution and temporal variation of rainfall in Guangdong
Province, China Xiaohong Chen & Dedi Liu, 491-497

Study of the hydraulic projects on the Han River and the methods of
hydrological measurement Guangyin Feng, 498-503

A promising nondestructive method for characterizing soil macropores Jie
Feng, Jintao Liu & Zhenchun Hao, 504-511

Interaction model of the stress-field and seepage-field for a dam and its
foundation Chongshi Gu & Huaizhi Su, 512-516

Optimal fuzzy equivalent matrix based fuzzy clustering method for
hydrological station classification Juliang Jin, Youfu Zhang & Wensheng
Wang, 517-522

SRTM and ASTER global free digital elevation models for hydrological
researches Feng Ling, Cheng Wang & Qiuwen Zhang On, 523-529

Modelling of complex virtual scenes in water diversion engineering Huiyi
Liu, Yuerong Zhu & Xingguang Wang, 530-535

Analysis of the influence of urbanization on storm and runoff patterns in
Tianjin, China Jun Liu & Han Cui, 536-540

Application of BP neural networks to predict rainfall interception loss in
an arid land, China Haishen LÝ, Yonghua Zhu & Xiaoli Yang, 541-545

Assessment of the hydrological alteration of the Yangtze River Ying Ma,
Qiongfang Li, Zhenhua Zou & Ziqiang Xia, 546-551

Application of the extension method to similarity analysis of rainstorms in
a river basin Jun Niu, Zengchuan Dong & Zhongmin Liang, 552-559

Matter-element space analysis in isotope hydrology Wang Haibin Tong,
Jiansheng Chen & Jiyang, 560-564

Effects of the 2360 BP palaeoflood in the Yellow River on the design flood
of the Xiaolangdi Case Yuebo Xie, Shufei Li & Min Chen, 565-570

Impacts of human activities on flood disasters in the Yangtze River basin
Ruihong Yu, Youpeng Xu, Zongwei Ma & Tingxi Liu, 571-580

Change detection of watershed impervious surface using multi-temporal
remotely-sensed data Youjing Zhang, Xuemei Ma & Liang Chen, 581-587

Gray numerical simulation of groundwater pollution Changjun Zhu, Zhenchun
Hao, Dedong Liu, Jihong Zhou & Shuwen Li, 588-593

Determination methods for streambed hydraulic conductivity in the lower
reach of the Yellow River Longcang Shu, Zhihua Wang, Basil T. Iro Ong'Or1,
Ling Wang, Zhenchun Hao, Yuming Wang, Maomei Wang, Bo Liu & Wei Li, 594-599


A combined tipping bucket/siphon raingauge Daxing Shu, 600-604

Organization of a geodatabase in a water conservancy GIS Hanwei Xu &
Xianrong Ding, 605-612

Simulation of storm-tide dyke burst flooding on the coast based on zoning
of flooding and water logging characteristics Ru An, Xingnan Zhang, Wentin
Zhang & Renzong Ruan, 613-620

A new method of developing flood forecast systems Dingsheng Wan, Xing Huang
& Yaqing Shi, 621-627

LAI mapping and scaling over the Heihe River basin using remotely-sensed
data Xiuqin Fang, Liliang Ren, Wangchang Zhang & Qiuan Zhu, 628-634

On evaluation of regional ecosystem health Ruimin He, Lanlan Song &
Jiangyun Zhang, 635-640

Data mining techniques and their application for the Yellow River Huazhong
Kou & Yuguo Niu, 641-650



REMOTE SENSING FOR ENVIRONMENTAL MONITORING AND CHANGE DETECTION (316)

Edited by Manfred Owe & Christopher Neale

Thermal Infrared

Spatial distribution and structure of remotely sensed surface water content
estimated by a thermal inertia approach Antonio Coppola, Angelo Basile,
Massimo Menenti, Maurizio Buonanno, Jerome Colin, Roberto De Mascellis,
Marco Esposito, Ugo Lazzaro, Vincenzo Magliulo & Piero Manna, 3

Satellite observations of the land surface emissivity in the 8-12 µm
window: effect of soil moisture Thomas Schmugge, Kenta Ogawa & Patricia De
Rosnay, 16

Infrared measurements to evaluate groundwater discharge in the coastal zone
Makoto Taniguchi, Tomotoshi Ishitobi & Shigeru Kasahara, 22

Vegetation change detection using thermal band emissivities over Jornada,
New Mexico, USA Andrew N. French, Thomas J. Schmugge, Jerry C. Ritchie, Ann
Hsu, Frederic Jacob & Kenta Ogawa, 27

Microwave and Radar

Detecting Bright Band using AI techniques in radar hydrology Daniel R.
Mcculloch, Jonathan Lawry, Miguel A. Rico-Ramirez & Ian D. Cluckie, 37

Spatial and seasonal patterns of diurnal differences in ERS Scatterometer
soil moisture data in the Volta Basin, West Africa Jan Friesen, Hessel C.
Winsemius, Rob Beck, Klaus Scipal, Wolfgang Wagner & Nick van de Giesen, 47


Contribution of Earth observation data supplied by the new satellite
sensors in flood risk mapping Gheorghe Stancalie, Vasile Craciunescu &
Anisoara Irimescu, 56

Soil moisture retrieval over the Mackenzie River basin using AMSR-E 6.9 GHz
brightness temperature Naira Chaouch, Robert Leconte, Ramata Magagi &
Marouane Temimi, 64

Probabilistic estimation of precipitation combining geostationary and TRMM
satellite data Carlo De Marchi, Aris Georgakakos & Christa Peters-Lidard,
70

Sequential assimilation of remotely sensed water stages in flood inundation
models Patrick Matgen, Guy Schumann, Florian Pappenberger & Laurent
Pfisterz, 78

Vegetation Monitoring

Change detection and hydrological implications in the Lower Ogun flood
plain, SW Nigeria Shakirudeen Odunuga & Lekan Oyebande, 91

Mapping and monitoring wetlands using airborne multispectral imagery
Christopher M. U. Neale, Dennis Wenger, Harikishan Jayanthi & Fayek Farag,
100

Mapping land degradation and forest resource loss from fused Landsat TM and
Nigeriasat-1 images in some parts of the southwest coast of Nigeria Mayowa
Fasona, Ademola Omojola & Anthonia Onyeahialam, 110

Study of vegetation evolution in Sicily using time series analysis of
remote sensing and climatic data Enrico Bono, Fulvio Capodici, Giuseppe
Ciraolo, Goffredo La Loggia, Antonino Maltese & Leonardo V. Noto, 119

A comparative approach for the retrieval of leaf area index from Earth
observation data Francesco Vuolo, Guido D'urso & Luigi Dini, 131

Effects of climate and land cover on the relationship of satellite derived
vegetation water content and greenness Seungbum Hong, Venkat Lakshmi &
Eric Small, 140

Snow and Ice

Remote sensing monitoring of the long-term regime of the Pamirs glaciers
Vladimir Konovalov & Lev Desinov, 149

Calibration/validation of satellite derived snow products with in situ data
over the mountainous eastern part of Turkey Akyurek Zuhal, Sensoy Aynur,
Sorman Arda & Sorman A. Unal, 157

Validating gravimetry measurements in Canada with a continental-scale
hydrological database Caterina Valeo, W. Van Der Wal & S. Marshall, 169

Evapotranspiration

MODIS-based estimates of the regional evapotranspiration Ronglin Tang, Jun
Xia, Xiang Zhang & Xiongrui Yin, 181

Estimating evapotranspiration of arid regions using remotely-sensed data
Seifeldin H. Abdalla & Christopher Neale, 190

Assessing crop water deficit using MODIS data during winter wheat growing
period along the lower reaches of the Yellow River, China Yonghong Yi,
Dawen Yang, Huimin Lei & Taikan Oki, 199

Evaluating actual evapotranspiration by means of multi-platform remote
sensing data: a case study in Sicily Mario Minacapilli, Giuseppe Ciraolo,
Guido D'Urso & Carmelo Cammalleri, 207

Remote sensing estimation of land surface evapotranspiration of typical
river basins in China Che-Sheng Zhan, Jun Xia, Zhi Chen, Zhao-Liang Li &
Zong-Xue Xu, 220

Towards a continuous monitoring of evapotranspiration based on MSG data
FranÃoise Gellens-Meulenberghs, Alirio Arboleda & Nicolas Ghilain, 228

Hydrology and GIS Applications

Comparison of ASTER, MASTER, and ground-based hyperspectral reflectance
measurements Jerry C. Ritchie, Thomas J. Schmugge, Ann Hsu & Albert Rango,
237

Application of GIS in land-use studies in the Osse-Ossiomo River basin,
Nigeria Catherine I. Ikhile & Lekan Oyebande, 245

Responses to land use change and water resources in the Tarim River
watershed of Central Asia Yan Dou & Xi Chen, 252

Evaluating urbanization and its impacts on local hydrological environment
change in hijiazhuang, China, using remote sensing Jie-Ying Xiao, Chun-
Ping Chang, Jing-Feng Ge & Yan-Jun Shen, 261

Complex approaches for the study of landslide areas in mountainous pilot
areas of Uzbekistan using remote sensing data and GIS techniques Pulat
Mavlyanov, Diana zakhidova & Akbar Abdurakhmanov, 269































GROUNWATER-SURFACE WATER INTERACTION: PROCESS UNDERSTANDING,
CONCEPTUALIZATION AND MODELLING (321)

Edited by Corinna Abesser, Thorsten Wagener & Gunnar Nuetzman.


Interactions Between Surface Water and Groundwater in Different Geological
/ Hydrological Landscapes - Process Studies and Field Investigations

Surface water-groundwater interactions in pristine and cleared fractured
rock catchments: Kangaroo Island, South Australia Paul Shand, Andrew Love &
Julianne James-Smith, 5-10

The role of alluvial valley deposits in groundwater-surface water exchange
in a Chalk river Corinna Abesser, Paul Shand, Daren Gooddy & Denis Peach,
11-20

Interactions between near-surface groundwater and surface water in a
drained riparian wetland Britta Schmalz, Pina Springer & Nicola Fohrer, 21-
29

Surface water-groundwater interactions: hydrological and biogeochemical
processes at the lowland River Spree (Germany) JÆrg Lewandowski & Gunnar
NÝtzmann, 30-238

Groundwater-river interaction in the context of inter-basin transfer Surin
Worakijthamrong & Ian Cluckie, 39-45

Determination of groundwater fluxes in the Belgian Aa River by sensing and
simulation of streambed temperatures Christian Anibas, Kerst Buis, Adem
Getatchew, Okke Batelaan, Ronny Verhoeven & Patrick Meire, 46-53

Effect of forest stand succession from conifer trees to broad-leaved
evergreen trees on infiltration and groundwater recharge processes Tadashi
Tanaka, Shin'ichi Iida, Jun'ichi Kakubari & Yohei Hamada, 54-60

Importance of seasonal frost to peat water storage: Western Boreal Plains,
Canada R. M. Petrone, K. J. Devito, U. Silins, C. Mendoza, S. C. Kaufman &
J. S. Price, 61-66

Quantify groundwater's role in sustaining Groenvlei, a shallow lake in the
Southern Cape region of South Africa Roger Parsons, 67-75

Effect of surface and groundwater interaction on nitrate reduction
processes in a small alluvial fan catchment, western Japan Mitsuyo Saito,
Shin-Ichi Onodera & Misa Sawano, 76-82

Process Conceptualisation and Modelling

Prospecting for freshwater: hydro-meteo-bio-geo-physical controls of
surface water-groundwater interactions Ana P. Barros, 85-93

Developing distributed conceptual hydrological models from geospatial
databases Yuqiong Liu, Matej Durcik, Hoshin V. Gupta & Thorsten Wagener, 94-
102

The role of groundwater recharge and baseflow in integrated models Jens
GÆtzinger, Roland Barthel, Johanna Jagelke & AndrÀs BÀrdossy, 103-109

A simplified model for estimating surface runoff hydrographs at watershed
scale Corrado Corradini, Renato Morbidelli, Carla Saltalippi, Alessia
Flammini & Rao S. Govindaraju, 110-116

Analysis of thermal stream loadings in a fully-integrated
surface/subsurface modelling framework A. E. Brookfield, E. A. Sudicky & Y.-
J. Park, 117-123

Effect of a nonlinear runoff response on flood statistical properties: the
case of a tile-drained watershed B. Augeard, Y. NÈdÈlec, F. Birgand, C.
Chaumont, P. Ansart & C. Kao, 124-133

Discharge of saline groundwater into a freshwater stream - River Murray,
Australia Gudrun Massmann, Andrew Love, Craig Simmons, Julianne James-Smith
& Andrew Herzceg, 134-138

Anthropogenic Impacts and Water Resource Management - Problems, Solutions
and Tools

Do downwelling streams have a natural attenuation potential for
perfluorinated chemicals? Eduard Hoehn, Megan H. Plumlee & Martin Reinhard,
141-147

Enhanced bio-physical data for an integrated systems model, Angas-Bremer
Prescribed Wells Area, South Australia Richard Cresswell, Tony Thomson,
Eloise Nation, Kevin Cahill, Andrew Fitzpatrick & Ramesh Raja Segaran, 148-
157

Analysis of nutrient losses and parameter uncertainties in soils and
surface water systems at the catchment scale P. Groenendijk, R. Bijlsma,
D.J.J. Walvoort & L.V. Renaud, 158-163

Coupling of surface water management and groundwater dynamics for mining
pit lakes Hagen Koch, Kai Mazur & Uwe GrÝnewald, 164-170

Optimisation of nature development scenarios for the integrated nature
reserve of the Hemmepolder (Belgium) Eric Degand, Roeland Adams, Maurice
Hoffmann, Florimond De Smedt, Hannah Van Nieuwenhuyse & Jean-Louis Herrier,
171-180

Coupled modelling of groundwater and surface water for renaturation
planning in the National Park Lower Odra Bertram L. Monninkhoff & Stefan O.
Kaden, 181-188

Surface water-groundwater interactions in a Yellow River alluvial fan
Fadong Li, Changyuan Tang, Qiuying Zhang & Guoying Pan, 189-196

Effect of an irrigation canal network on surface and groundwater
connections in an agricultural valley in Central Chile Jose Luis Arumi,
Diego Rivera, Eduardo Holzapfel & Alexander Fernal , 197-203

Optimization of land use for sustaining groundwater quality Peter Cepuder,
Reinhard Nolz & Volker Aus Der Schmitten, 204-210









SEDIMENT TRANSFER THROUGH THE FLUVIAL SYSTEM (288)

Ediyed by Valentin Golosov, Vladimir Belyaev & Des E. Walling

|1 |Sediment Redistribution Within Small Catchments in Different| |
| |Environments | |
|Climate-induced and local-scale erosion and sedimentation |3 |
|features in small catchments: Holocene history of two small | |
|valleys in Central Russia | |
|Yuri R. Belyaev, Andrey V. Panin & Vladimir R. Belyaev | |
|Episodic sediment pulses generated by forested flood plain |13 |
|stripping: Bruces Creek, Nadgee State Forest, southeastern | |
|Australia | |
|Ashley A. Webb & D. Dragovich | |
|Temporal and spatial interactions of slope and catchment |21 |
|processes in the Central Spanish Pyrenees | |
|JosÈ M. GarcÌa-Ruiz, NoemÌ Lana-Renault, Santiago BeguerÌa, Blas| |
|Valero-GarcÈs, Teodoro Lasanta, JosÈ ArnÀez, Juan I. | |
|LÑpez-Moreno, David RegÝÈs & Carlos MartÌ-Bono | |
|The role of pipe erosion and slopewash in sediment |29 |
|redistribution in small rainforest catchments, Sabah, Malaysia | |
|A.. M. Sayer, R. P. D. Walsh, M. A. Clarke & K. Bidin | |
|Change of fluvial sediment transport rates after a high |37 |
|magnitude debris flow event in a drainage basin in the Northern | |
|Limestone Alps, Germany | |
|Florian Haas, Tobias Heckmann, Volker Wichmann & Michael Becht | |
|Identification of sediment sources in a small rural drainage |44 |
|basin | |
|Jean Paolo Gomes Minella, Gustavo Henrique Merten & Robin Thomas| |
|Clarke | |
|Sediment redistribution following wildfire in the Sydney region,|52 |
|Australia: a mineral magnetic tracing approach | |
|William H. Blake, Peter J. Wallbrink, Stefan H. Doerr, Richard | |
|A. Shakesby & Geoffrey S. Humphreys | |
|Erosion in basin geosystems of the Middle Volga (from a |60 |
|landscape analysis perspective) | |
|Oleg Yermolaev | |
|Using Cs-137 measurements and reservoir deposits to investigate |67 |
|the effects of ceasing cultivation on sediment yields and | |
|sediment sources in a small catchment on the Loess Plateau of | |
|China | |
|Xinbao Zhang, Mingyi Feng & Anbang Wen | |
|Validating the use of caesium-137 measurements to estimate |75 |
|erosion rates in three small catchments in Southern Italy | |
|Paolo Porto, Des E. Walling & Giovanni Callegari | |
|Process interaction and sediment delivery in the Pleiser |84 |
|HÝgelland, Germany | |
|N. J. Preston & R. Dikau | |
|Applying various methods for assessing soil and sediment |93 |
|redistribution within an intensively cultivated dry valley | |
|subcatchment | |
|Vladimir R. Belyaev, Maxim V. Markelov, Valentin N. Golosov, | |
|Yuri R. Belyaev & Elvira V. Tishkina | |
|2 |Interaction of Rivers and River Catchments in Undisturbed | |
| |and Intensively Cultivated Basins | |
|Predicting slope-channel connectivity: a national-scale approach|107 |
| | |
|D. E. Walling & Y. Zhang | |
|Land-ocean sediment transfer in palaeotimes, and implications |115 |
|for present-day natural fluvial fluxes | |
|Andrey Panin | |
|Recent trends in turbidity and suspended sediment loads in the |125 |
|Murrumbidgee River, NSW, Australia | |
|Jon Olley & Peter Wallbrink | |
|Investigation of sediment yield of lowland rivers in Ukraine |130 |
|I. P. Kovalchuk & V. I. Vishnevskiy | |
|Soil erosion, suspended sediment sources and deposition in the |138 |
|Maw-Ki-Syiem drainage basin, Cherrapunji, northeastern India | |
|Wojciech Froehlich | |
|A sediment budget for the Herbert River Catchment, North |147 |
|Queensland, Australia | |
|Rebecca Bartley, Jon Olley & Anne Henderson | |
|The impact of erosion protection work on sediment transport in |155 |
|the River GrÅelva, Norway | |
|Jim Bogen & Truls E. BÜnsnes | |
|Sources of fine grained sediment in incised and un-incised |165 |
|channels, Jugiong Creek, NSW, Australia | |
|Peter Wallbrink & Jon Olley | |
|Relative effects of fluvial processes and historical land use on|170 |
|channel morphology in three sub-basins, Napa River basin, | |
|California, USA | |
|Sarah A. Pearce & Robin M. Grossinger | |
|Erosion and fluvial sediment supply in undisturbed and |179 |
|cultivated basins: the case of the Desix and Maury river basins | |
|(western Mediterranean area) | |
|Pierre Serrat & Wolfgang Ludwig | |
|Drainage basin controls on geochemical heterogeneity of modern |187 |
|stream sediments in the Guadalhorce basin (Spain) | |
|E. N. Aseyeva, N. S. Kasimov, S. B. Kroonenberg & G. J. Weltje | |
|3 |Large River System Functioning | |
|The relationship between sediment yield and drainage basin area |197 |
|Alexei Dedkov | |
|Morphological expressions of river sediment transport and their |205 |
|role in channel processes | |
|Roman S. Chalov | |
|The relationship between sediment yield and catchment |212 |
|characteristics in the middle Yellow River basin of China | |
|Lu Jinfa & Huang Xiuhua | |
|Sediment yields and erosion rates in the Napo River Basin: an |220 |
|Ecuadorian Andean Amazon tributary | |
|A. Laraque, C. CÈron, E. Armijos, R. Pombosa, P. Magat & J.L. | |
|Guyot | |
|The grain size characteristics of overbank deposits on the flood|226 |
|plains of British lowland rivers | |
|D. E. Walling, D. Fang, A. P. Nicholas & R. J. Sweet | |
|Decreasing sediment yields in northern California: vestiges of |235 |
|hydraulic gold-mining and reservoir trapping | |
|L. Allan James | |
|Patterns of erosion and sediment transport in the Murray-Darling|245 |
|Basin | |
|Ronald De Rose, Ian Prosser & Martin Weisse | |
|The assessment of Ukrainian riverbed deformation |253 |
|Alexandr G. Obodovsky | |
|Monitoring of channel processes on the interfluve between the |261 |
|Kama and the Vyatka rivers | |
|Ivan Rysin & Larisa Petukhova | |
|Analysis of coarse sediment connectivity in semiarid river |269 |
|channels | |
|J. M. Hooke | |
|Channel adjustments in response to human alteration of sediment |276 |
|fluxes: examples from Italian rivers | |
|Nicola Surian & Massimo Rinaldi | |
|The settling behaviour of fine sediment particles: some |283 |
|preliminary results from LISST instruments | |
|N. D. Williams, D. E. Walling & G. J. L. Leeks | |
|In-channel storage of fine sediment in rivers of southwest |291 |
|England | |
|A. J. Wilson, D. E. Walling & G. J. L. Leeks | |
|Alluvial relief structure and bottom sediments of the lower |300 |
|Volga River | |
|V. N. Korotaev, V. V. Ivanov & A. Yu. Sidorchuk | |
|Sediment transport and morphodynamics of the Tanaro River, |308 |
|northwestern Italy | |
|Annunziato Siviglia, Bianca Federici, Ignazio Becchi & Massimo | |
|Rinaldi | |
|The stratigraphy, mode of deposition and age of inset flood |316 |
|plains on the Barwon-Darling River, Australia | |
|M. C. Thoms & J. M. Olley | |
|On sediment transport in the ?ososina River in the Polish |326 |
|Carpathians | |
|Tadeusz Bednarczyk, Arthur Radecki-Pawlik, Przemys?aw Baran & | |
|Ewa S?owik-Opoka | |
|Sedimentological assessment of the TucuruÌ Reservoir (Tocantins |332 |
|River, Brazil) | |
|Newton De Oliveira Carvalho, AntÒnio Raimundo Santos Ribeiro | |
|Coimbra, Bruno Leonel Payolla, TarcÌsio Luiz Coelho De Castro & | |
|Anderson Braga Mendes | |
|4 |Modelling of Erosion and Deposition Processes | |
|Soil erosion at the mesoscale: comparison of two erosion models |339 |
|for a pre-alpine Austrian basin | |
|G. Wolkerstorfer & P. Strauss | |
|Probability distribution function approach in stochastic |345 |
|modelling of soil erosion | |
|Aleksey Sidorchuk, Alistair Smith & Vladimir Nikora | |
|A model of rill erosion by snowmelt |354 |
|Yuri P. Sukhanovski, Valery V. Demidov & Gregor Ollesch | |
|Hydrophysical model of soil erosion: a basic equation and |361 |
|influence of bed load and suspended sediment on soil detachment | |
|by shallow water flow | |
|G. A. Larionov, N. G. Dobrovolskaya, Z. P. Kiryukhina, S. F. | |
|Krasnov & L. F. Litvin | |
|Spatial modelling of debris flows in an alpine drainage basin |370 |
|Volker Wichmann & Michael Becht | |
|Computation of the regime configuration of a meandering stream |377 |
|D. Termini & M. S. Yalin | |
|Using computer modelling for regulation of sediment transport |386 |
|under hydraulic structures on a large river | |
|A. A. Zaitsev, V. V. Belikov & A. N. Militeev | |
|Movement of bed forms and sediment yield of rivers |395 |
|Nikolay I. Alekseevskiy | |
|A particle tracking method to simulate sediment transfer over |404 |
|flood plains | |
|Ivo Thonon, Kor De Jong, Marcel Van Der Perk & Hans Middelkoop | |
|Monitoring and modelling flow and suspended sediment transport |410 |
|processes in alluvial cutoffs | |
|R. I. Sutton, A. P. Nicholas & D. E. Walling | |
|5 |Implications for Nutrient and Contaminant Transfer | |
|Monitoring suspended sediment and associated trace element and |419 |
|nutrient fluxes in large river basins in the USA | |
|Arthur J. Horowitz | |
|Sediment-contaminant interactions and transport: a new |429 |
|perspective | |
|Ian G. Droppo & Gary G. Leppard | |
|Transport and retention of copper fungicides in vineyards |437 |
|Marcel Van Der Perk, Victor Jetten, Erik Heskes, Marja Segers & | |
|Ingrid Wijntjens | |
|The role of soil phosphorus in controlling sediment-associated |444 |
|phosphorus transfers in river catchments | |
|Philip N. Owens & Lynda K. Deeks | |
|Soil erosion, nutrient migration and surface water pollution in |451 |
|Russia | |
|Leonid F. Litvin & Zoya P. Kiryukhina | |
|Hydrological and biological event based variability in the |459 |
|fine-grained sediment structure of a small undisturbed catchment| |
| | |
|J. L. McConnachie & E. L. Petticrew | |
|Transport of phosphorus, wash load and suspended sediment in the|466 |
|River Varde å in southwest Jutland, Denmark | |
|Hans Thodsen, Bent Hasholt & Morten Pejrup | |
|Nitrogen content of suspended matter in the Kam Tin River, Hong |474 |
|Kong | |
|M. R. Peart | |
|Spatial distribution of particulate phosphorus forms in the |481 |
|Slave River Delta, Northwest Territories, Canada | |
|Michael Stone | |
|Implications of nutrient and soil transfer with runoff in the |488 |
|northeastern region of India | |
|U. C. Sharma & Vikas Sharma | |
| | |






















HYDROLOGICAL RESEARCH IN CHINA: PROCESS STUDIES, MODELLING APPROACHES AND
APLICATIONS (322)

Edited by Dawen Yang, Fuqiang Tian, Lihua Tang & Zhiyu Liu

Process studies


Zhentao Cong, Dawen Yang, Fubao Sun & Guangheng Ni

Evaporation paradox in the Yellow River Basin, China, 3-8
Songjun Han, Heping Hu & Fuqiang Tian

Evaluating the advection-aridity model of evaporation using data from field-
sized surfaces of HEIFE, 9-14
Yuan Liu & Xiaofeng Wu

An improved analytical approach to estimate in situ biodegradation rates,
15-21
Haishen LÝ, Yonghua Zhu & Zhongbo Yu

Estimating unsaturated soil hydraulic parameters using a generalized
Richards equation, 22-27
Peng Shi, Xiaofang Rui, Simin Qu & Xi Chen

Computation of grid storage capacity from topographic index in hydrological
modelling, 28-32
Lihua Tang, Sicong Zhang & Xiufen Sun

A tracer experiment and numerical simulation of potential nitrogen
pollution from agricultural fertilization, 33-40
Fengyan Wu & Tiesong Hu

Assessing the effects of different cropping patterns on drainage capability
of the southern riverine basin, 41-47
Hanbo Yang, Dawen Yang, Pingyun Li & Yafei Wang

Possible impact of aerosols on orographic precipitation in eastern China,
48-53
Yonghong Yi, Dawen Yang & Daoyi Chen

Estimating dry matter content for winter wheat using MODIS reflectance
data, 54-62
Modelling approach
Feng Chen & Zhenghui Xie

A large-scale routing scheme for stream simulation and its application to
river basins in China, 65-72
Hongyi Li & Murugesu Sivapalan

Investigation of organized hydrological heterogeneity from a spatial
analysis perspective, 73-79
Li Li, Jiahu Wang & Zhenchun Hao

Appropriate contributing area threshold of a digital river network
extracted from DEM for hydrological simulation, 80-87
Zhongmin Liang, Jun Wang, Yang Lei & Ye Shi

A statistically-based runoff-yield model, 88-94
Fanggui Liu, Xiaofang Rui, Hehai Xie, Jie Feng & Jiyu Yu

Uncertainty estimation for the Xin'anjiang model parameters, 95-101
Guangheng Ni, Lei Wang, Fuqiang Tian & Heping Hu

Generation of triangulated irregular networks for distributed hydrological
modelling, 102-107
Dingbao Wang & Ximing Cai

Scale and resolution effects of topographic index by 2-D continuous wavelet
transform, 108-114
Fuqiang Wang & Shiguo Xu

A long-term runoff forecast model based on association rules of data
mining, 115-120
Zhiyong Yang, Heping Hu & Fuqiang Tian

A macro-scale hydrological model based on a spatial averaging approach:
model structure and an application, 121-128
Hongli Zhao, Xiaoliu Yang & Yunzhong Jiang

Assessment of hydrological model structure based on parameter
identifiability, 129-136
Miao Zhou, Fuqiang Tian & Heping Hu

Uncertainty of the box-counting method for estimating the fractal dimension
of river networks, 137-144
Applications



Shouyu Chen, Chunling Chai & Min Li

A variable fuzzy-sets assessment model and its application to regional
water resources assessment, 147-152

Xing Chen, Zhongbo Yu, Yong Huang, Guangbai Cui, Liliang Ren & Xi Chen

Implementation of subgrid-scale spatial variability of parameters in a
regional climate-hydrology coupled model, 153-160
Hui Gao, Yangwen Jia, Cunwen Niu, Yaqin Qiu & Hao Wang

Impacts of climate change on hydrological processes and water resources in
the headwater area of the Yellow River, 161-170
Xiaorong Huang, Xinhai Zhang & Caiwang Zhai

Ecological water resources requirement of the Ningxia natural oasis using
the groundwater level variation amplitude method, 171-177
Shaofeng Jia, Shijun Lin & Yajun Wang

Mapping the average annual runoff depth in Huangshui watershed using DEM,
178-185
Chong Li, Jikang Lu & Baisheng Ye

2-D hybrid approach to storm flood modelling in the Shalan catchment, 186-
192
Suxia Liu, Xingguo Mo, Jun Xia, Changming Liu & Lina Ji

The uncertainty analysis of the wetted perimeter method via axis scaling
for setting minimum ecological in-stream flow requirements, 193-198
Baohong Lu, Tingting Sun, Chunyan Wang, Su Dai, Jian Kuang & Jiyang Wang

Temporal and spatial variations of ?18O along the main stem of the Yangtze
River, China, 199-204
Fang Tong & Zengchuan Dong

Genetic algorithm based combined evaluation model for regional water
security evaluation: a case study, 205-212
Wen Wang, Xi Chen, Jun Ma & Shiqing Huo

Comparing univariate ARMA and ARFIMA model for forecasting daily
streamflows, 213-219
Shan Xie, Tianqi Ao, Lingling Wu & Wei Feng

Effects of land use changes on hydrological responses of the Mekong River,
220-227
Dawen Yang & Weiwei Shao

Analysis of water resources variability in the Yellow River of China using
a distributed hydrological model, 228-233
Xiaowei Zhang, Lingmei Huang & Bing Shen

Application of the grey self-memory neural network model for annual runoff
forecasting, 234-238
Yongming Zhang, Jun Jiang, Bing Shen & Qingling Shen

Study on countermeasures for water resources shortage and changes of
ecological environment in Shiyang River basin, 239-245
Yonghua Zhu, Liliang Ren, Haishen LÝ & T. H. Skaggs

Determination of root-zone water storage in a desert woodland using a two-
layer moisture balance model, 246-251
Fangfang Zhao, Zongxue Xu & Junxiong Huang

Impact of climate change on the streamflow in the headwater catchment of
the Yellow River basin, 252-260


THE ROLE OF HYDROLOGY IN WATER RESOURCES MANAGEMENT (327)

Edited by Hans-Jurgen Liebscher, Robin Clarke, John Rodda, Gert Schultz,
Andreas Schumann, Lucio Ubertini & Gordon Young

Integrated Water Resources Management


Gordon J. Young

Challenges for water managers: can science help to solve the problems ? 9-
17
Robin T. Clarke

On the complementary roles of the hydrological analyst and the decision-
maker in water resources management, 18-23
Uwe Haberlandt, Imke Buchwald, Sven Van Der Heijden & Alexander Verworn

Requirements for hydrological models to be used as part of decision support
systems in integrated water resources management, 29-35
Josef FÝrst, Reinhold Godina, Hans Peter Nachtnebel & Franz Nobilis

The Hydrological Atlas of Austria - comprehensive transfer of hydrological
knowledge and data to engineers, water resources managers and the public,
36-44
A. G. Georgiadi, N. I. Koronkevich, I. P. Milyukova, E. A. Barabanova & A.
V. Kislov

Integrated scenarios of long-term river runoff changes within large river
basins in the 21st century, 45-51
Fabio Castelli, Giovanni Menduni & Bernardo Mazzanti

A distributed package for sustainable water management: a case study in the
Arno basin, 52-61
Hermann Stadler, Paul Skritek, Christian Kollmitzer, Erich Klock, Wolfgang
Zerobin & Andreas Farnleitner

Integrated real-time data access and monitoring systems for hydrological
investigations and water resources management, 62-71
Michele Bellezza, Stefano Casadei & Arnaldo Pierleoni

Hydrological model and WEB-GIS for water resource management at a basin
scale, 72-79
B. Aoun-Sebaiti, A. Hani, S. Lallahem, L. Djabri & E. Carlier

Characterizing the multi-criteria parameters of an integrated water
management model for the Annaba region, Algeria, 80-90
Immacolata Caruso & Tiziana Vitolo

An interaction approach to water resource management in Mediterranean
countries, 91-101
Crescenzo Violante, Chiara Biscarini, Eliana Esposito, Flavia Molisso,
Sabina Porfido & Marco Sacchi

The consequences of hydrological events on steep coastal watersheds: the
Costa d'Amalfi, eastern Tyrrhenian Sea, 102-113
Elisabetta A. Carrara, Walter Ambrosetti & Luigi Barbanti

The management of Lake Maggiore water levels: a study of low water
episodes, 114-124
Hydrology and Dams
A. Schumann

Hydrological risk and flood management using hydraulic structures, 127-135
Guenther Pacher, Marie Minville, Anne Frigon, RenÈ Roy & Michel Slivitzky

Climate change and water resources: an approach to adaptive management, 136-
143
Adebayo Adeloye

Integrated water resources management: development of data parsimonious
models for reservoir planning, 144-150
Isabella Pallavicini & Azeb Asnake

Integrated hydrological data in a hydropower cascade, 151-162
Hydrology for Flood Protection

Lev Kuchment

Long-range hydrological forecasts and predictions: efficiency, failures,
and scientific background (Russian experience), 165-173

Piergiorgio Manciola, Silvia Di Francesco & Chiara Biscarini

Flood protection and risk management: the case of Tescio River basin, 174-
183
Olga Gorelits, Igor Zemlianov1 & Vladimir Kryjov

Water resources management for the Terek River delta (Western Caspian
Region), 184-190
Hydrology and Water Supply Systems
John C. Rodda

Sustaining water resources in South East England, 193-203
Yuri Gorokhovich & Victor Goldsmith

Water supply management of the New York Metropolitan area and future
challenges from population growth and global climate change, 204-211
Alon Rimmer

System hydrology models for managing the salinity of Lake Kinneret, Israel,
212-224
Wolfram Mauser & Thomas Marke

Climate change and water resources: scenarios of low-flow conditions in the
Upper Danube River Basin, 225-236
Mark Summerton & Roland Schulze

Hydrological consequences of a changing climate: the Umgeni Water Utility
case study, 237-246
Christine Young, Sven Jacobi & Kodwo Andah

Deriving optimal information from inadequate data collection networks for
water allocation in Ghana, 247-327
Federico Lombardo, Valeria Montesarchio, Francesco Napolitano, Fabio Russo
& Elena Volpi

Operational applications of radar rainfall data in urban hydrology, 258-266

Hydrology for Groundwater Management and Hydrology for the Protection of
Ecosystems
Ali Geath Mahmoud Eljadid

Water resources and management in Libya, 269-277
A. Dassargues, I. C. Popescu, J. Beaujean, J. M. Lemieux & S. Brouyere

Reframing groundwater vulnerability assessment for a better understanding
between decision makers and hydrogeologists, 278-284
Peter Bayer, Stephan Pfister & Stefanie Hellweg

On the potential of Life Cycle Assessment in water resources management:
focus on groundwater, 285-295
Eric D. Swain, Melinda Lohmann & Jeremy Decker

Hydrological simulations of water-management scenarios in support of the
Comprehensive Everglades Restoration Plan, 295-305
Michael D. Blackstock

Blue Ecology and climate change: interweaving cultural perspectives on
water, an indigenous case study, 306-313
Angela Candela, Mario Santoro & Gaspare Viviani

A new approach for assessing minimum flow in ephemeral streams, 314-323
F. Todisco, F. Mannocchi, L. Vergni & A. Vinci

Plot scale measurements of rainfall erosion losses in central Italy, 324-
327



HYDROLOGY IN MOUNTAIN REGIONS: OBSERVATIONS, PROCESSES, DYNAMICS (326)

Edited by Danny Marks.

Precipitation distribution and mountain hydrological processes
Jan WienhÆfer, Falk Lindenmaier, JÝrgen Ihringer & Erwin Zehe

Characterization of soil hydraulic properties on a creeping alpine slope, 3-
10
Adam Winstral, Danny Marks & Robert Gurney

Modelling time-series wind fields over a semi-arid mountain catchment, 11-
17
A. M. J. Gerrits, H. H. G. Savenije & L. Pfister

Canopy and forest floor interception and transpiration measurements in a
mountainous beech forest in Luxembourg, 18-24
Reo Ikawa, Jun Shimada & Takanori Shimizu

Model estimation of stemflow contribution during rainfall-runoff process in
a mountainous forested area, 25-33
Michele L. Reba, Danny Marks, Tim Link & John Pomeroy

Inter-annual comparison of measured turbulent fluxes over snow at a wind-
sheltered and a wind-exposed site using eddy covariance, 34-40
Qiuying Zhang, Fadong Li, Changyuan Tang, Yonghui Yang & Wanjun Zhang

Effects of maize straw and gravel mulches on soil water content, Taihang
Mountains, northern China, 41-46
Hydrological, geochemical and ecohydrological modelling in mountain regions
D. Tetzlaff, S. Uhlenbrook, S. Eppert & C. Soulsby

Towards minimal calibration of process-based rainfall runoff models in
mountainous watersheds - integrating tracer data into geomorphic
instantaneous unit hydrographs, 49-55
Massimiliano Zappa & Martin Pfaundler

An optimized grid data set of mean monthly and annual runoff for
Switzerland: coupling modelled data with robust information derived from
observations, 56-62
Fei Yuan & Liliang Ren

Application of the Xinanjiang vegetation-hydrology model to streamflow
simulation over the Hanjiang River basin, China, 63-69
Keisuke Suzuki, Takayuki Kuramoto & Motoki Tanaka

Hydrological and geo-chemical balance in a mountainous catchment, Northern
Japan Alps, 70-81
Hermann Stadler, Christian Kollmitzer, Dietmar Pindeus & Paul Skritek

Remote quality monitoring of on-line measurements for hydrological
investigations, 82-92
Aynur Sensoy, A. Arda Sorman, M. Kemal Yener & A. Unal Sorman

HEC-HMS model application in Yuvac?k Dam reservoir, Turkey, 93-102
Soil and groundwater hydrology in mountain regions
C. Bhuiyan, R. P. Singh & W. A. FlÝgel

Factors controlling groundwater recharge in the mountainous hard-rock
Aravalli terrain, 105-111
Stefano Barontini, Alberto Clerici, Roberto Ranzi & Baldassare Bacchi

A methodology to map the surface soil hydraulic conductivity at saturation
in mesoscale Alpine basins, 112-118
Zoe P. Robinson, Ian J. Fairchild & Carol Arrowsmith

Stable isotope tracers of shallow groundwater recharge dynamics and mixing
within an Icelandic sandur, SkeiÏarÀrsandur, 119-125
James William Roy & Masaki Hayashi

Groundwater flow patterns of glacial moraine features in an alpine
environment, 126-132
Shin'ya Katsura, Ken'ichirou Kosugi, Suemi Okunaka, Tasuku Mizutani &
Takahisa Mizuyama

Two different processes of groundwater generation in soil layers observed
in a granitic headwater catchment in central Japan, 133-138
Susumu Funada, Chihiro Yoshimura, Hiroshi Ishidaira & Kuniyoshi Takeuchi

Observation of leaf-litter movement by using RFID tags, 139-144
Large-scale analyses over mountainous regions
Kerstin Verzano & Lucas Menzel

Snow conditions in mountains and climate change - a global view, 147-154
Tropical mountain hydrology
Han She, Lim, Sukanya Vongtanaboon, Keith Richards & Kuraji Koichiro

Investigating the rainfall-runoff response of a small forested mountain
catchment in the seasonally humid tropics using a modelling approach, 157-
166
LÇcio FlÀvio Ferreira Moreira, Flaviane De Oliveira Silva, Antonio Marozzi
Righetto, Victor MoisÈs De AraÇjo Medeiros, JoÖo Abner GuimarÖes JÇnior,
Arthur Mattos & Ricardo De AragÖo

Sediment yield in a northeastern Brazil semi-arid experimental plot, 167-
173
Sukanya Vongtanaboon & Nick A. Chappell

Validation and interpretation of spatial soil-water modelling in the
tropical subcatchments of Mae Chaem basin, 174-180

PERMEABLE REACTIVE BARRIERS (298)

Edited by Genevieve A. Boshoff & Brian D. Bone

|Long-term Performance of PRBs | |
|Long-term performance of Fe0-PRBs to treat arsenic and |3 |
|1,2-DCE(cis) under different geochemical conditions | |
|Ralf KÆber, Francesca Giarolli, Markus Ebert & Andreas Dahmke | |
|Remediation of chlorinated aliphatic hydrocarbons in groundwater |12|
|using Fe0 PRB | |
|Keith C. K. Lai, Irene M. C. Lo & Peter Kjeldsen | |
|Impact of fouling on the long-term hydraulic behaviour of |23|
|permeable reactive barriers | |
|Lin Li & Craig H. Benson | |
|The first commercial permeable reactive barrier composed of |32|
|granular iron: hydraulic and chemical performance at 10 years of | |
|operation | |
|Scott D. Warner, Bettina L. Longino, Miao Zhang, Peter Bennett, | |
|Frank S. Szerdy & Lisa A. Hamilton | |
| New Developments in PRB Technology | | |
|Comparison of different multibarrier concepts designed for |45|
|treatment of groundwater containing mixed pollutants | |
|L. Bastiaens, J. Dries, J. Vos, Q. Simons, M. De Smet & L. Diels | |
|The development and use of permeable reactive barrier technologies|52|
|and potential future applications in the UK | |
|B. D. Bone, R. C. Harris, J. W. N. Smith, G. A. Boshoff, R. M. | |
|Kalin, R. Thurgood & P. Morgan | |
|Cost-effectiveness of in situ treatment of multiple contaminant |60|
|mixtures in groundwater by means of sequenced units of zero valent| |
|iron and granular activated carbon | |
|Michael Finkel & Peter Bayer | |
|Feasibility study of a polymer based diffusion delivery system for|67|
|ethanol to promote reducing conditions and enhanced bioremediation| |
|of contaminated groundwater | |
|Michelle E. Grassi, Bradley M. Patterson, Blair S. Robertson, Greg| |
|B. Davis & Allan J. Mckinley | |
|Enhanced microbial degradation of chloroethenes and chloroethanes |75|
|in a bioscreen | |
|Nanne Hoekstra, Alette Langenhoff, Theo Verheij, Job Dijkhuis & | |
|Hans Slenders | |
|Carbon disulphide sources, risks and treatment: an emerging |82|
|contaminant of environmental concern? | |
|Robert M. Kalin, Philip Myles & Karen McGeough | |
|Nitrate reduction without ammonium release at circum-neutral pH |93|
|Seunghak Lee, Kwanghun Lee, Sungsu Rhee, Ahra Lee & Junboum Park | |
|Assessment of different carbon sources and delivery techniques to |97|
|promote an in situ reactive zone for bioprecipitation of metals in| |
|groundwater | |
|Bradley M. Patterson, Yamin Ma, Michelle E. Grassi, Blair S. | |
|Robertson, Greg B. Davis, Mark Lipman, Stuart Rhodes, Allan J. | |
|Mckinley & Andrew W. Rate | |
|Synthetic zeolites as sorbent material for PRBs at industrially |10|
|contaminated sites |5 |
|R. Vignola, G. Grillo, R. Sisto, G. Capotorti, P. Cesti & M. | |
|Molinari | |
|Suitability testing of selected wastes and natural substrates for |11|
|permeable reactive barriers (PRBs) |0 |
|Janthawan Wantanaphong, Elizabeth Helen Bailey & Sacha Jon Mooney | |
|Remediation of acidic colliery spoil leachate in a hybrid passive |11|
|treatment system comprising a permeable reactive barrier, ponds |7 |
|and a reedbed (Shilbottle, Northumberland, UK) | |
|Paul L. Younger & Mahmoud Moustafa | |
| Monitoring of PRBs | | |
|Performance of multiple gate funnel-and-gate systems in |12|
|three-dimensional, anisotropic, heterogeneous aquifers |5 |
|Claudius BÝrger & Michael Finkel | |
|Hydrodynamic modelling for coupled free and porous domains while |13|
|designing permeable reactive barriers |6 |
|Diganta Bhusan Das | |
|Evaluation of the hydraulic performance of a full-scale permeable |14|
|reactive barrier by a tracer study |4 |
|C. K. Lai, Peter Kjeldsen & Irene M. C. Lo | |
|Quantification of the effects of pore clogging in potential PRB |15|
|substrates using image analysis |4 |
|Janthawan Wantanaphong, Sacha Jon Mooney & Elizabeth Helen Bailey | |
| | |




THE HYDROLOGY - GEOMORPHOLOGY INTERFACE: RAINFALL, FLOODS, SEDIMENTATION,
LAND USE (261)

Edited by Marwan A. Hassan, Olav Slaymaker & Simon M. Berkowicz

|Asher Schick and the Nahal Yael Experimental Watershed | |
| | |
|A brief summary of a third of a century: Nahal Yael in | |
|retrospect, with some ideas for the future of catchment |5 |
|research Asher P. Schick | |
|Drainage Basin Precipitation Processes | | |
|The study of rainfall distributions in small watersheds in | |
|Israel: From early observations to model simulations David |13 |
|Sharon, Adina Margalit & Adit Arazi | |
|Constructing synthetic time series of rainfall events for a | |
|hyperarid environment, southern Arava, Israel Eldad Barzilay, |29 |
|Yehouda Enzel & Rivka Amit | |
| Drainage Basin Runoff | | |
|Non-calibrated arid zone rainfall-runoff modelling Jens Lange | |
|& |45 |
|Chris Leibundgut | |
|Runoff events in the Negev, Israel Arie Ben-Zvi & Isabela |53 |
|Shentsis | |
|Drainage Basin Slope Erosion | | |
|Runoff, erosion, and the sustainability of ancient irrigation | |
|systems in the Central Negev desert Leslie Shanan |75 |
|The two-dimensional upland erosion model CASC2D-SED Billy E. | |
|Johnson & Pierre Y. Julien |107|
|Detection and analysis of soil erodibility patterns using air | |
|photographs of the Avisur Highlands, Israel Maxim Shoshany |127|
|Soil loss and viticulture at Pokolbin, New South Wales, | |
|Australia | |
|Robert J. Loughran, Gregory L. Elliott, Lucy T. Maliszewski & |141|
| | |
|Bryan L. Campbell | |
|Response of a fluvial system to large-scale land use changes: | |
|the Jablonka catchment, Slovakia Milo? Stankoviansky, TomÀ? | |
|Cebecauer, JÀn Hanu?in, Milan LehotskÙ, ?ubomÌr SolÌn, Marcel |153|
|?Çri & JÀn UrbÀnek | |
|Effects of increasing humidity on slope geomorphology: cuesta | |
|scarps on the Colorado Plateau, USA Karl-Heinz Schmidt & Peter|165|
|Meitz | |
|Fluvial Processes | | |
|Episodes of flash floods and boulder transport in the Upper | |
|Jordan River |185|
|Moshe Inbar | |
|Satellite remote sensing of flood related landscape change | |
|resulting from hurricanes in Baja California and the | |
|southwestern United States |201|
|Larry Mayer | |
|Hurricane floods as extreme geomorphic events Avijit Gupta |215|
|Urbanizing alluvial fans as flood-conveying and flood-reducing| |
|systems: lessons from the October 1997 Eilat flood Tamir | |
|Grodek, Judith Lekach & |229|
|Asher P. Schick | |
|Spatial variation in channel morphology and sediment dynamics:| |
|Gila River, Safford Valley, Arizona Janet Hooke |251|
|Lacustrine Sediments | | |
|Study of sediment dynamics in the Jordan River-Lake Kinneret | |
|contact zone using tracer methods Boris Shteinman, David Wynne|275|
|& Yury Kamenir | |
|Event-based deposition in the ever-emptying Yatir Reservoir, | |
|Israel |285|
|Jonathan B. Laronne | |
|The formation and disappearance of a delta at the El-Arish | |
|river mouth |303|
|Micha Klein | |
|The geomorphic information content of lake sediments in | |
|glacially conditioned terrain Olav Slaymaker & Brian Menounos |311|
| | | |




GEOMORPHOLOGICAL PROCESSES AND HUMAN IMPACTS IN RIVER BASINS (299)

Edited by Ramon J. Batalla & Celso Garcia

|Slope Processes and Impacts | |
|Modelling hillslope connectivity and channel interactions in |3 |
|semiarid areas: implications for hillslope restoration following | |
|land abandonment | |
|Mike Kirkby & Louise Bracken (keynote lecture) | |
|Surface erosion assessment in two Calabrian basins (southern |16 |
|Italy) | |
|Loredana Antronico, Roberto Coscarelli & Oreste Terranova | |
|Methods for the characterization of areas sensitive to |23 |
|desertification: an application to the Calabrian territory (Italy)| |
| | |
|Roberto Coscarelli, Ivana Minervino & Marino Sorriso-Valvo | |
|Runoff and soil moisture relationships in a small forested basin |31 |
|in the Sistema Central Ranges (Spain) | |
|JosÈ MartÌnez-FernÀndez, Antonio Ceballos, Segismundo Casado, | |
|Carlos MorÀn & Virginia HernÀndez | |
|The effect of wildfire intensity on soil aggregate stability in |37 |
|the Cadiretes Massif, NE Spain | |
|Xavier çbeda & Sara Bernia | |
|Sediment delivery from a landslide to a stream in a drainage basin|46 |
|in Hong Kong | |
|Mervyn R. Peart, Mark E. Ruse & Lincoln Fok | |
|Targetting erosion control in large river systems using spatially |56 |
|distributed sediment budgets | |
|Scott N. Wilkinson, Jon M. Olley, Ian P. Prosser & Arthur M. Read | |
| Catchment Hydrology and Water Quality | | |
|The effects over time of an arterial drainage scheme on the flood |67 |
|magnitude-return period relations | |
|Keshav P. Bhattarai & Kieran M. O'Connor | |
|Modelling the hydraulic regime and the water quality of Sebou |75 |
|River (Morocco): first results | |
|Mohammed Igouzal, Jean M. Mouchel, Karim Tamoh & Abdellatif | |
|Maslouhi | |
|Phosphorus concentrations of brook runoff in a Swiss agricultural |81 |
|catchment: longitudinal variability and subsurface drainage impact| |
| | |
|Rainer Weisshaidinger, Bernd Hebel, Petra Ogermann, Philipp | |
|Schneider, Christian Katterfeld & Randy Koch | |
| Suspended Sediment Transport and Yield | | |
|Comparison of a neural network and a regression model to estimate |91 |
|suspended sediment in a semiarid basin | |
|Susanne Schnabel & Marco Maneta | |
|Suspended sediment transport and trapping processes in the |101|
|regulated lower Durance River, southeastern France | |
|Emmanuel Ribes & Mireille Provansal | |
|Seasonal suspended sediment concentrations and their relationship |111|
|with discharge in the Anoia river basin, NE Spain | |
|Joaquim Farguell & Maria Sala | |
|Monitoring suspended sediment fluxes in the Na Borges basin, |117|
|Mallorca, Spain | |
|Joan Estrany & Celso Garcia | |
|Assessment of sediment yield of watersheds by means of reservoir |124|
|survey and simulation modelling in Brazilian semiarid environment | |
|JosÈ C. de AraÇjo & Donald W. Knight | |
|Patterns of suspended sediment transport in two forested |131|
|Mediterranean mountainous basins (Ribera Salada, Catalan | |
|Pre-Pyrenees, NE Spain) | |
|J. Carles Balasch, Ramon J. Batalla, Rosa M. Poch & Damia Vericat | |
| Bed load Transport and River-Channel Processes | | |
|Estimating the transport of bed material at low rate in gravel |141|
|armoured channels | |
|Michael Church & Marwan Hassan (keynote lecture) | |
|Geomorphologic units and sediment transport in a very low relief |154|
|basin: Rio QuequÈn Grande, Argentina | |
|Liliana B. Teruggi, Gustavo A. Martinez, Paolo Billi & Emanuele | |
|Preciso | |
|Determining the competence of mountainous Mediterranean streams |161|
|using lichenometric techniques | |
|Frederic Gob, Nicolas Jacob, Jean-Paul Bravard & Francois Petit | |
|Bed load under low sediment transport in a large regulated river: |171|
|the lower Ebro, NE Spain | |
|Damia Vericat & Ramon J. Batalla | |
|A particle-size sediment budget for a Mediterranean river (the |179|
|lower Tordera, northeastern Spain) | |
|Albert Rovira | |
| River Dynamics and Impacts | | |
|Accumulation of sediments within the channelized reach of the |191|
|Upper Odra River, Poland | |
|Czajka Agnieszka | |
|Anthropogenic impacts on sediment discharge in the dry-hot valleys|197|
|of SW China-the example of Longchuanjiang | |
|Xi Xi Lu, Yunmei M. Zhu & Yue Zhou | |
|The change in flood regime along the Lower Jordan River: its |205|
|influence on floodplain agricultural land use | |
|Micha Klein | |
|Downstream effects of river impoundment on hydrological and |217|
|geomorphological aspects of bedrock rivers (Golan Heights, Israel)| |
| | |
|Nurit Shtober-Zisu & Moshe Inbar | |
|A proposed index of channel sensitivity to riparian disturbance |223|
|Chad E. Bailey, Robert G. Millar & Michael Miles | |
|Channel morphology and sedimentology in mountainous channel: a |231|
|comparison between disturbed and undisturbed reaches | |
|Lea Wittenberg & Noam Greenbaum | |
| | |




QUANTIFICATION AND REDUCTION OF PREDICTIVE UNCERTAINTY FOR SUSTAINABLE
WATER RESOURCES MANAGEMENT (313)

Edited by Eva Boegh, Harald Kunstmann, Thorsten Wagener, Alan Hall, Luis
Bastidas, Stewart Franks, Hoshin Gupta, Dan Rosbjerg &John Schaake.

|QUANTIFICATION AND REDUCTION OF PREDICTIVE UNCERTAINTY IN |
|HYDROMETEOROLOGICAL FORCING |
|Meteorological prediction and uncertainty |
|Reducing uncertainty in selecting climate models for hydrological impact|3 |
|assessments A. J. Pitman & S. E. Perkins | |
|Multi-model climate change scenarios for southwest Western Australia and|16 |
|potential impacts on streamflow Guobin Fu & Stephen P. Charles | |
|Propagation of convection in Africa: implications for predictability of |24 |
|precipitation Arlene Laing, Richard Carbone & Vincenzo Levizzani | |
|GPS and satellite meteorology for understanding monsoon dynamics over |33 |
|the Indian sub-continent Anup K. Prasad, Ramesh P. Singh, Shatrughan | |
|Singh & Dip S. Nanda | |
|Linking the West African monsoon's onset with atmospheric circulation |40 |
|patterns Patrick Laux, Harald Kunstmann & AndrÀs BÀrdossy | |
|A multi-index approach to inflow prediction for water resources |51 |
|management Stewart W. Franks & Adam M. Wyatt | |
|Spatial climate data and uncertainty | |
|Space-time representativity of precipitation for rainfall-runoff |61 |
|modelling: experience from some case studies Uwe Haberlandt, | |
|Anna-Dorothea Ebner von Eschenbach, Aslan Belli & Christian Gattke | |
|Uncertainty characterization in a combined IR/microwave scheme for |70 |
|remote sensing of precipitation Carlo De Marchi, Aris Georgakakos & | |
|Christa Peters-Lidard | |
|Empirically-based generator of synthetic radar-rainfall data Gabriele |78 |
|Villarini, Witold F. Krajewski & Grzegorz J. Ciach | |
|Uncertainties in water balance estimations due to scarce meteorological|86 |
|information: a case study for the White Volta catchment in West Africa | |
| | |
|Sven Wagner, Harald Kunstmann & Andras Bardossy | |
|Assessment of rainfall and evaporation input data uncertainties on |98 |
|simulated runoff in southern Africa Tendai Sawunyama & Denis Hughes | |
|Hydrological predictions using integrated climate-hydrological | |
|modelling | |
|GEWEX Hydrology Alan J. Hall, Richard G. Lawford, John O. Roads, John |109|
|C. Schaake & Eric F. Wood | |
|Hydrological predictability investigation of global data sets for |127|
|high-latitude river basins Yeugeniy M. Gusev, Olga N. Nasonova, Larisa| |
|Y. Dzhogan &Yeugeniy E. Kovalev | |
|Integrated atmospheric and hydrologic modelling for short-term and |134|
|basin-scale forecasts in a tropical semi-arid context Ana ClÀudia | |
|Braga, Carlos O. GalvÖo, Enio P. Souza, Enilson P. Cavalcanti, Renato | |
|Fernandes & KlÈcia Oliveira | |
|Regional climate change in the Middle East and impact on hydrology in |141|
|the Upper Jordan catchment Harald Kunstmann, Peter Suppan, Andreas | |
|Heckl & Alon Rimmer | |
|Modelling regional climate change and the impact on surface and |150|
|sub-surface hydrology in the Volta Basin (West Africa) G. Jung & H. | |
|Kunstmann | |
|Monthly streamflow forecasts for the State of CearÀ, Brazil Dirceu S. |158|
|Reis Jr, Eduardo S. Martins, Luiz SÈrgio V. Nascimento, Alexandre A. | |
|Costa & Alan M. B. Alexandre | |
|Coupling meteorological and hydrological models for medium-range |167|
|streamflow forecasts in the ParanÀ Basin Walter Collischonn, Daniel | |
|Allasia, Carlos E. M. Tucci & Adriano R. Paz | |
|Uncertainty in hydrological forecasting | |
|Experimental hydrometeorological and hydrological ensemble forecasts and|177|
|their verification in the US National Weather Service Julie Demargne, | |
|Limin Wu, Dong-Jun Seo & John Schaake | |
|Adjusting ensemble forecast probabilities to reflect several climate |188|
|forecasts | |
|Jery R. Stedinger & Young-Oh Kim | |
|"Outlier" catchments: what can we learn from them in terms of prediction|195|
|uncertainty in rainfall-runoff modelling? Nicolas Le Moine, Vazken | |
|AndrÈassian, Charles Perrin & Claude Michel | |
|Understanding sources of uncertainty in flash-flood forecasting for |204|
|semi-arid regions Thorsten Wagener, Hoshin Gupta, Soni Yatheendradas, | |
|David Goodrich, Carl Unkrich & Mike Schaffner | |
|Long-term probabilistic forecasting of snowmelt flood characteristics |213|
|and the forecast uncertainty Lev Kuchment & Alexander Gelfan | |
|Predictive uncertainty in climate change impacts on floods Martijn J. |221|
|Booij, Martijn Huisjes & Arjen Y. Hoekstra | |
| MINIMIZING RISKS IN WATER MANAGEMENT DECISIONS BY IMPROVING THE | |
|UNDERSTANDING AND SPATIAL REPRESENTATION OF THE COUPLED | |
|LAND-ATMOSPHERE SYSTEM | |
|Hydrological predictions using spatial data and integrated land | |
|surface-atmosphere-hydrology modelling | |
|AMMA forcing data for a better understanding of the West African |23|
|monsoon surface-atmosphere-hydrology interactions A. Boone & P. |1 |
|deRosnay | |
|Improved scenario prediction by using coupled hydrological and |24|
|atmospheric models Jesper Overgaard, Michael B. Butts & Dan |2 |
|Rosbjerg | |
|Representativeness of point soil moisture observations, upscaling |24|
|and assimilation GabriÊlle J. M. De Lannoy, Valentijn R. N. |9 |
|Pauwels, Paul R. Houser, Timothy Gish & Niko E. C. Verhoest | |
|Can a land surface model simulate runoff with the same accuracy as a|25|
|hydrological model? Olga N. Nasonova & Yeugeniy M. Gusev |8 |
|Water balance evaluation in Denmark using remote sensing-driven land|26|
|surface modelling and spatially distributed hydrological modelling |6 |
|Eva Boegh, | |
|Britt S. B. Christensen & Lars Troldborg | |
|Comparing model performance of the HBV and VIC models in the Rhine |27|
|basin Aline Te Linde, Ruud Hurkmans, Jeroen Aerts & Han Dolman |8 |
|Analysis of water resource variability over the irrigated area along|28|
|the downstream reach of the Yellow River Huimin Lei, Dawen Yang, |6 |
|Xinbing Liu & Shinjino Kanae | |
|Water consumption of Populus euphratica woodlands in an arid region |29|
|of China Yonghua Zhu, Liliang Ren & Haishen LÝ |4 |
|Geographical transferability of methods and predictions in ungauged | |
|basins | |
|Testing similarity indices to reduce predictive uncertainty in |30|
|ungauged basins Ludovic Oudin, Vazken AndrÈassian, Claudia |3 |
|Rojas-Serna, Nicolas Le Moine & Claude Michel | |
|The use of physical basin properties and runoff generation concepts |31|
|as an aid to parameter quantification in conceptual type |1 |
|rainfall-runoff models | |
|Denis Hughes & Evison Kapangaziwiri | |
|Regionalization of parameters of hydrological models: inclusion of |31|
|model parameter uncertainty Satish Bastola, Hiroshi Ishidaira & |9 |
|Kuniyoshi Takeuchi | |
|Regionalization for uncertainty reduction in flows in ungauged |32|
|basins |9 |
|Martijn J. Booij, Dave L. E. H. Deckers, Tom H. M. Rientjes & | |
|Maarten S. Krol | |
|Assessment of the watershed yield of the Sakarya River basin, Turkey|33|
| |8 |
|Sabahattin Isik & Vijay P. Singh | |
|Applicability of the GIUH model to estimate flood peaks from |34|
|ungauged catchments in arid areas - a case study for the West Bank |6 |
|Ammar Jarrar, Niranjali Jayasuriya, Anan Jayyousi & Maazuza Othman | |
|Prediction of rainfall-runoff model parameters in ungauged |35|
|catchments |7 |
|M. ZvolenskÙ, K. Hlav?ovÀ, S. KohnovÀ & J. Szolgay | |
|Multilevel river classification as the methodological basis for |36|
|analysis of maximum runoff values in different geographical regions |5 |
|Elena Asabina | |
|The Xinanjiang model from the perspective of PUB Liliang Ren, Fei |37|
|Yuan, Zhongbo Yu, Xiaoli Yang, Rulin Ouyang & Xianghu Li |4 |
|Meteorological predictions and data assimilation for flood risk | |
|management | |
|Integrating meteorological and uncertainty information in flood |38|
|forecasting: the FLOODRELIEF project Michael B. Butts, Anne Katrine|5 |
|V. Falk, | |
|Yunqing Xuan & Ian D. Cluckie | |
|Reducing the uncertainty of flood forecasts using multi-objective |39|
|optimization algorithms for parameter estimation Yan Wang, |8 |
|Christian Gattke & | |
|Andreas Schumann | |
|Effects of soil moisture parameterization on a real-time flood |40|
|forecasting system based on rainfall thresholds Giovanni Ravazzani,|7 |
|Marco Mancini, | |
|Ilaria Giudici & Paolo Amadio | |
|Estimation of extreme flow quantiles and quantile uncertainty for |41|
|ungauged catchments Donald H. Burn, Taha B. M. J. Ouarda & Chang |7 |
|Shu | |
|Peak flow estimation under parameter uncertainty in a real-time |42|
|flood warning system for ungauged basins Daniela Biondi & Pasquale |5 |
|Versace | |
|Integrated water management systems for sustainable water management| |
|Demonstrating Integrated Forecast and Reservoir Management (INFORM) |43|
|for northern California in an operational environment K. P. |9 |
|Georgakakos, | |
|N. E. Graham, A. P. Georgakakos & H. Yao | |
|Coping with predictive uncertainties in optimization of sustainable |44|
|water resources Chin Man Mok, Nisai Wanakule, Armen Der Kiureghian,|5 |
| | |
|Steven M. Gorelick & Miao Zhang | |
|RNN-based inflow forecasting applied to reservoir operation via |45|
|implicit stochastic optimization Camilo Allyson SimÓes De Farias, |2 |
|Akihiro Kadota, Alcigeimes B. Celeste & Koichi Suzuki | |
|Effect of uncertainties on the real-time operation of a lowland |46|
|water system in The Netherlands Steven Weijs, Elgard van Leeuwen, |3 |
|Peter-Jules van Overloop & Nick van de Giesen | |
|Data assimilation in a large-scale distributed hydrological model |47|
|for medium-range flow forecasts Adriano Rolim Da Paz, Walter |1 |
|Collischonn, | |
|Carlos E. M. Tucci, Robin T. Clarke & Daniel Allasia | |
|Predictive models of reservoir storage-yield-reliability functions: |47|
|inter-comparison of regression and multi-layer perceptron artificial|9 |
|neural network paradigms Adebayo Adeloye | |
|Analyse des pÈriodes sÕches pour la gestion d'un barrage au nord de |48|
|la Tunisie / Analysis of dry periods for dam operation in northern |7 |
|Tunisia Mathlouthi Majid & Lebdi Fethi | |
|Hydrological simulation and prediction for environmental change | |
|Jian Yun Zhang, Zhiyu Liu & Chuanbao Zhu | |




WATER QUALITY AND SEDIMENT BEHAVIOUR OF THE FUTURE: PREDICTIONS FOR THE
21st CENTURY (314)

Edited by Bruce W. Webb & Dirk De Boer

Sediment and Nutrient Behaviour in Surface Waters

Suspended sediment yields in the Amazon basin of Peru: a first estimation

Jean Loup Guyot, Hector Bazan, Pascal Fraizy, Juan Julio Ordonez, Elisa
Armijos & Alain Laraque, 3
Impacts of human activities on the sediment regime of the Yangtze River

Qiongfang Li, Zhenhua Zou, Ziqiang Xia, Wei Zhang & Huiqing Wang, 11
Modelling extreme suspended sediment concentrations in North America:
frequency analysis and correlations with watershed characteristics

Yves Tramblay, André Saint-Hilaire & Taha B. M. J. Ouarda, 20
Predicting the impact of projected change in agriculture by 2015 on annual
mean fluvial suspended sediment concentrations across England and Wales

Adrian L. Collins, Steven G. Anthony, Tony Turner & Julia Hawley, 28
Neuroevolution methodologies applied to sediment forecasting

Alison J. Heppenstall, Linda M. See & Robert J. Abrahart, 38
Modelling discharge, water chemistry and sediment load from a subarctic
river basin: the Tanana River, Alaska

Kazuhisa A. Chikita, Tomoyuki Wada, Isao Kudo, Daisaku Kido, Yu-Ichi Narita
& Yongwon Kim, 45
Measuring the fluxes of suspended sediment, trace elements and nutrients
for the City of Atlanta, USA: insights on the global water quality impacts
of increasing urbanization

Arthur J. Horowitz, Kent A. Elrick & James J. Smith, 57
Assessing the effects of design and climate change on sediment removal in
urban stormwater ponds

Catherine T. Morgan, Kate V. Heal, Steve G. Wallis & Rebecca J. Lunn, 71
Scale-related sediment and phosphorus transfers in small agricultural
catchments

Clare Deasy, Richard E. Brazier, A. Louise Heathwaite & Robin Hodgkinson,
79
Modelling climate change impact on phosphorus load in Swedish rivers

Jörgen Rosberg & Berit Arheimer, 90
Groundwater-surface water exchange fluxes in a Pleistocene lowland and the
impacts on riparian zone water balance and nitrate conditions

Stefan Krause, Axel Bronstert & Erwin Zehe, 98
Effect of frequent storms on nutrient discharge in a mountainous coastal
catchment, western Japan

Shin-ichi Onodera, Misa Sawano, Mitsuyo Saito & Hidehiro Takahashi, 108
Evaluation des méthodes d'estimation de flux événementiels des nitrates et
d'atrazine sur un bassin agricole / Evaluation of estimation methods for
nitrate and atrazine loads during rainfall events in agricultural
catchments

Adilson Pinheiro, Flavie Cernesson & Jean François Dubernet, 117
Modelling catchment-scale nitrate transport using a combined process-based
and data-driven approach

Rajesh Raj Shrestha & Michael Rode, 125
Metals and Other Water Quality Problems

Long-term trend of uranium concentrations in Beaverlodge Lake,
Saskatchewan, Canada, under mine decommissioning

Huaxia Yao, Robert Kidd & Michio Hashino, 137
The distribution of heavy metals in a highly regulated river: the River
Murray, Australia

Martin C. Thoms, 145
Assessing water-sediment processes for metals in rivers polluted by mining
to predict environmental impacts in developing countries

M. Aurora Armienta, Azucena Dótor, Flor E. Arcega-Cabrera, Oscar Talavera,
Alejandra Aguayo, Nora Ceniceros & Olivia Cruz, 155
The distribution of metals (Co, As and Zn) in a residential urban
watershed, typical of the Brazilian suburbs

Cristiano Poleto & Gustavo Henrique Merten, 163
Quantifying sediment deposition and the spatial variability of sediment-
associated metals in ponds treating urban diffuse pollution

Alan J. Jones, Kate V. Heal, Neil Stuart, Steve G. Wallis, Rebecca J. Lunn
& Barbara Barbarito, 173
Kohonen self-organising map (KSOM) extracted features for enhancing MLP-ANN
prediction models of BOD5

Rabee Rustum, Adebayo Adeloye & Aurore Simala, 181
Simulation by the IPTM-CS model of pesticides found in surface water and
groundwater of the Fucino Plain, Italy

Eva Pacioni, Marco Petitta & Miguel A. Mariño, 188
Some reflections on the future of the water quality of the Corumbataí River
basin, São Paulo State, Brazil

Daniel Marcos Bonotto & Jorge Luis Nepomuceno De Lima, 197
An assessment of water quality changes within the Athi and Nairobi river
basins during the last decade

Shadrack Mulei Kithiia, 205
Flood flow water quality analysis using low-cost samplers in small rivers

Janaína Bezerra Mesquita Lima & Sérgio Koide, 213
Community-based monitoring and the science of water quality

C. Conrad, 217
Management Issues, Groundwater Contamination and Soil Erosion

Future impacts of freshwater resource management: sensitivity of coastal
deltas

Charles J. Vörösmarty, Jason P. Ericson, S. Lawrence Dingman, Larry G. Ward
& Michel Meybeck, 231
Appropriate use of catchment models for water-quality target setting and
land-use management

Bradford S. Sherman, Jon Brodie, Lex Cogle & Chris Carroll, 239
Development and application of a Watershed Information System (WIS) for
water quality analyses

Conceicao De Maria Albuquerque Alves & Daniel Pete Loucks, 251
Groundwater of the future in the Roussillon flood plain: present-day
situation and solutions for the 21st century

Pierre Serrat, 261
Nitrate contamination in groundwater of the Yellow River Delta and its
effect on the marine environment

Mitsuyo Saito, Shin-ichi Onodera, Kunihide Miyaoka, Jianyao Chen, Makoto
Taniguchi, Guanqun Liu & Yoshihiro Fukushima, 271
The assessment of groundwater vulnerability in China

Tang Lihua, Zhang Sicong & Yao Wenfeng, 278
Hydrogeochemistry of groundwater in a part of the hard rock terrain of
central India

L. P. Chourasia, 286
Runoff erosion control for a sustainable water supply in Niamey, Niger
Republic

Issoufou Abdoulkader, 293
The effect of parent material and land use on soil erosion: a case study of
the Taleghan drainage basin, Iran

Sadat Feiznia & Kazem Nosrati, 300
Sediment yield in the Daryacheh-Namak drainage basin, Iran, and its
relation to land-use changes

Sadat Feiznia, Abdolhossein Mohammadi & Sepideh Zakikhani, 306
Implications of changes in river sediments during the 21st century for
freshwater ecosystems in northeast India

U. C. Sharma & Vikas Sharma, 312

GLACIER MASS BALANCE CHANGES AND MELTWATER DISCHARGE (318)

Edited by Patrick Ginot & Jean-Emmanuel Sicart

Hydrology

James William Roy & Masaki Hayashi

Groundwater-surface water exchange in alpine and subalpine watersheds: a
review of recent field studies, 3-16
Francesca Pellicciotti, Paolo Burlando & Karin Van Vliet

Recent trends in precipitation and streamflow in the Aconcagua River basin,
central Chile, 17-38
Jaime Lynn Hood, Masaki Hayashi &James W. Roy

Preliminary assessment of groundwater contribution to the hydrology of an
alpine lake in the Canadian Rockies, 39-48
Takane Matsumoto, Hiroshi Fukami, Fernando Escobar, Satoru Yamaguchi &
Renji Naruse

Hydrological regime characteristics due to the development of proglacial
lakes at Glacier Soler, Northern Patagonia Icefield, Chile, 49-65
Eric Cadier, Marcos Villacís, Antinea Garcés, Pierre Lhuissier, Luis
Maisincho, Rémy Laval, Diego Paredes, Bolivar Cáceres & Bernard Francou

Variations of a low latitude Andean glacier according to global and local
climate variations: first results, 66-74
David N. Collins

Changes in quantity and variability of runoff from Alpine basins with
climatic fluctuation and glacier decline, 75-85
Tianding Han, Yongjian Ding, Changwei Xie, Baisheng Ye, Yongping Shen &
Keqin Jiao

Analysis on the facts of runoff increase in the Urumqi River basin, China,
86-94
Gernot Koboltschnig, Wolfgang Schöner & Hubert Holzmann

Extensive hydrological monitoring of a small, highly glacierized watershed
in the Hohe Tauern region, Austrian Alps, 95-104

Mass balance

Andreas P. Ahlstrøm, Carl Egede Bøggild, Ole B. Olesen, Dorthe Petersen &
Johan J. Mohr

Mass balance of the Amitsulôq ice cap, West Greenland, 107-115
Saturo Yamaguchi, Osamu Abe, Sento Nakai & Atsushi Sato

Recent snow cover fluctuations in the mountainous areas of Japan, 116-125
Matthias Braun, Thomas V. Schuler, Regine Hock, Ian Brown & Miriam Jackson

Comparison of remote sensing derived glacier facies maps with distributed
mass balance modelling at Engabreen, northern Norway, 126-134
Rafael R. Ribeiro, Jefferson C. Simões, Jorge Arigony-Neto & Edson Ramirez

Inventory of glacier-front positions using CBERS-2 data: a case study for
the Bolivian Andes, 135-142
Francisca Bown, Andrés Rivera, Cesar Acuña & Gino Casassa

Recent glacier mass balance calculations at Volcán Mocho-Choshuenco (40?S),
Chilean Lake District, 143-152
Rodrigo Zamora, Gino Casassa, Andres Rivera, Fernando Ordenes, Guillermo
Neira, Luis Araya, Ronald Mella & Claudio Bunster

Crevasse detection in glaciers of southern Chile and Antarctica by means of
ground penetrating radar, 153-162
Regine Hock, Dirk-Sytze Kootstra & Carleen Reijmer

Deriving glacier mass balance from accumulation area ratio on
Storglaciären, Sweden, 163-170

Meteorology

Yves Lejeune, Yann L'Hote, Pierre Etchevers, Patrick Wagnon, Jean-Philippe
Chazarin & Pierre Chevallier

Constitution d'une base de données météorologiques sur un site andin de
haute altitude: Le site du Charquini, 4795 m, Bolivie

Meteorological data set build-up on a high Andean site: The Charquini site,
4795 m a.m.s.l., Bolivia, 173-185
Keiko Konya, Regine Hock & Renji Naruse

Temperature lapse rates and surface energy balance at Storglaciären,
northern Sweden, 186-194
Tianding Han, Yongjian Ding, Changwei Xie, Baisheng Ye & Yongping Shen

Precipitation variations on different slopes of Tien Shan, 195-206



HYDROLOGY 2020 (300)


AN INTERGRATING SCIENCE TO MEET WORLD WATER CHALLENGES

Edited by Taikan Oki, Caterina Valeo & Kate Heal


|World Water Resources, Water Use and Water Management Balonishnikova, |
|Heal, Fu, Karambiri & Oki |
|Assesses the availability of current and future global water resources and|
|considers how hydrology can contribute to water resources management from |
|a practical perspective. |
|Hydrology and Water Resources Management for Sustainable Development in |
|the 21st Century Kuylenstierna, Heal & Karambiri |
|Identifies societal problems that are closely related to water issues, |
|thereby providing the rationale for hydrology and hydrological research |
|Hydrological Measurement Valeo, Etchevers, Franks, Heal, Hubbard, |
|Karambiri, Oki & Uhlenbrook |
|Discusses key issues in the measurement of water quantity and quality |
|fluxes for these influence our understanding of hydrological processes and|
|theory, as well as the ability to model and make predictions |
|Hydrological Simulation Modelling Franks, Uhlenbrook & Etchevers |
|Describes current issues and the future of modelling and predictions |
|Intersection of Hydrology and Other Disciplines Heal, Valeo, Oki & Hubbard|
| |
|Considers the interdisciplinary nature of hydrology using selected |
|examples to illustrate the argument |
|Hydrological Challenges: Scientific, Technological and Organizational |
|Bottlenecks Hubbard, Valeo & Uhlenbrook |
|Presents the gaps, obstacles and bottlenecks facing hydrology. Analysis |
|structured around the three types of capability: scientific, technological|
|and organizational, identifies paths that the hydrological community can |
|take to overcome the these gaps, obstacles and bottlenecks |
|Key Messages, Recommendations and Concluding Remarks Uhlenbrook, Franks, |
|Heal, Hubbard, Karambiri, Oki & Valeo |


LARGE SAMPLE BASIN EXPERIMENTS FOR HYDROLOGICAL MODEL PARAMETRIZATION:
Results of the Model Parameter Experiment - MOPEX (307)

Edited by Vazken Andreassian, Alan Hall, Nanee Chahinian & John Schaake


Introduction

The US MOPEX Data Set

John Schaake, Shuzheng Cong & Qingyun Duan, 9-28



The MOPEX 2004 French database: main hydrological and morphological
characteristics

N. Chahinian, T. Mathevet, F. Habets & V. Andréassian, 29-40



Catalogue of the models used in MOPEX 2004/2005

V. Andreassian, S. Bergström, N. Chahinian, Q. Duan, Y. M. Gusev, I.
Littlewood, T. Mathevet, C. Michel, A. Montanari, G. Moretti, R. Moussa, O.
N. Nasonova, K. O'Connor, E. Paquet, C. Perrin, A. Rousseau, J. Schaake, T.
Wagener & Z. Xie, 41-94

Review papers

Experience from applications of the HBV hydrological model from the
perspective of prediction in ungauged basins

Sten Bergström, 97-107



Has basin-scale modelling advanced beyond empiricism?

C. Michel, C. Perrin, V. Andréassian, L. Oudin & T. Mathevet, 108-116



Regionalization methods in rainfall-runoff modelling using large catchment
samples

Ralf Merz, Günter Blöschl & Juraj Parajka, 117-125



A review of Australian model parameterization studies using large basin
samples

Walter Boughton, 126-132

Model parameterization experiments using the MOPEX databases

Distributed hydrological modelling with lumped inputs

Vincent Fortin, Nanée Chahinian, Alberto Montanari, Greta Moretti & Roger
Moussa, 135-148



Flow simulation in an ungauged basin: an alternative approach to
parameterization of a conceptual model using regional data

Monomoy Goswami & Kieran Michael O'Connor, 149-158



Modelling ungauged basins with the Sacramento model

Terri Hogue, Koray Yilmaz, Thorsten Wagener & Hoshin Gupta, 159-168



A parameter estimation scheme of the land surface model VIC using the MOPEX
databases

Zhenghui Xie & Fei Yuan, 169-179



Application of global 1-degree data sets to simulate runoff from MOPEX
experimental river basins

Olga N. Nasonova & Yeugeniy M. Gusev, 180-187



Simulating runoff from MOPEX experimental river basins using the SWAP land
surface model and different parameter estimation techniques

Yeugeniy M. Gusev & Olga N. Nasonova, 188-195



Performance comparison of a complex physics-based land surface model and a
conceptual, lumped-parameter hydrological model at the basin-scale

Thian Yew Gan, Yeugeniy Gusev, Stephen J. Burges & Olga Nasonova, 196-208

Regionalization and parameterization studies based on large basin samples

A bounded version of the Nash-Sutcliffe criterion for better model
assessment on large sets of basins

Thibault Mathevet, Claude Michel, Vazken Andréassian & Charles Perrin, 211-
219



Regionalization of dynamic watershed response behaviour

Maitreya Yadav, Thorsten Wagener & Hoshin Gupta, 220-229



Ungauged catchments: how to make the most of a few streamflow measurements?

Claudia Rojas-Serna, Claude Michel, Charles Perrin & Vazken Andréassian,
230-236



Characterization of flow regimes for three French rivers using a 6-
parameter continuous simulation rainfall-streamflow model: the importance
of the parameter selection procedure

Ian G. Littlewood, 237-245



How informative is land-cover for the regionalization of the GR4J rainfall-
runoff model? Lessons of a downward approach

Ludovic Oudin, Vazken Andréassian, Cécile Loumagne & Claude Michel, 246-255



Simulation of streamflow by a regionalized lumped rainfall-runoff model
over Luxembourg

B. Hingray, F. Guex, D. Guex, S. Pugin, A. Musy, L. Pfister, A. Idrissi, J.
F. Iffly & L. Hoffmann, 256-263



Regionalization of a monthly rainfall-runoff model for the southern half of
France based on a sample of 880 gauged catchments

Nathalie Folton & Jacques Lavabre, 264-277



Modélisation hydrologique et régionalisation en Afrique de l'Ouest et
centrale / Hydrological modelling and regionalization in West and Central
Africa

J. E. Paturel, E. Servat, A. Dezetter, J. F. Boyer, C. Laroche, L.
Mounirou, H. Lubes-Niel & G. Mahé, 278-287



Predicting river flow statistics at ungauged locations-a hydrostochastic
approach

Eric Sauquet, Lars Gottschalk, Irina Krasovskaia & Etienne Leblois, 288-299



Accounting for spatial variability: a way to improve lumped modelling
approaches? An assessment on 3300 chimera catchments

M. Bourqui, C. Loumagne, N. Chahinian & M. Plantier, 300-310

Perspectives

Compilation of the MOPEX 2004 results

N. Chahinian, V. Andréassian, Q. Duan, V. Fortin, H. Gupta, T. Hogue, T.
Mathevet, A. Montanari, G. Moretti, R. Moussa, C. Perrin, J. Schaake, T.
Wagener & Z. Xie, 313-338



The Model Parameter Estimation Experiment (MOPEX): Its structure,
connection to other international initiatives and future directions

Thorsten Wagener, Terri Hogue, John Schaake, Qingyun Duan, Hoshin Gupta,
Vazken Andréassian, Alan Hall & George Leavesley, 339-346





HYDROLOGY IN THE HUMID TROPIC ENVIRONMENT (253)

Edited by A. Ivan Johnson & Carlos A. Fernandez-Jauregui.

Environmental contamination and impacts


Fenda A. Akiwumi

Effects of a dredge mining operation on the hydrogeological regime in a
humid tropical environment, 3
A. Lundberg

Water budget analysis-a tool to minimize leachate production, 15
Julio C. Calvo

Suspended sediment yield prediction models for Costa Rican watersheds
Julio C. Calvo, 27
Kalu O. Uma

Salinization of shallow sandy coastal aquifers: a case study from parts of
the Niger Delta region of Nigeria, 33
P. Seyler, J. L. Guyot, L. Maurice-Bourgoin, F. Sondag, F. Elbaz-
Poulichet, H. Etcheber & J. Quintanilla

Origin of trace elements in the Bolivian Amazonian drainage basin, 47

Hydrologic methods and analysis


Eric C. Barrett, Michael J. Beaumont, Paul A. Brown & Martin C. Todd

Rainfall monitoring in the humid tropics using a multisource method, 61
Li Xingchao

A study on soil moisture monitoring by using airborne SAR images, 75
Guyana V. Singhroy

Monitoring and mapping areas affected by water control projects in coastal,
81
A. S. R. A. S. Sastri

Water balance studies of bunded rice fields in the Chhattisgarh region of
Central India and some strategies to improve the low land rainfed rice
productivity, 93
Richard Cooke, Terrence Johnson & Joseph Lindsay

A program for evaluating rainfall erosivity indices for tropical
conditions, 101
Jean Loup Guyot, Naziano Filizola & Valdemar GuimarÖes

Amazon suspended sediment yield measurements using an Acoustic Doppler
Current Profiler (ADCP): first results, 109
Leslie A. Wedderburn

Environmental monitoring systems in South Florida, USA, 117
Modelling and statistical analysis


Helena MolicovÀ, Mike Bonell & Pierre Hubert

Identifying and modelling the hydrological patterns within a headwater
humid tropical catchment, 129
Michael O. Walters & Herbert Thomas

Application of a Linked Watershed Waterbody Model to Kingston Harbour in
Jamaica, 137
Alwin L. Hales & Martin A. Burton

Incorporation of rainfall into modelling for optimal water allocation on
the Rio Cobre Irrigation Scheme, Jamaica, 147
M. Courteaud, B. Robineau, J. L. Join, J. Coudray & E. Rasolomanana

A conceptual hydrogeological model for a young basaltic shield volcano:
Piton de la Fournaise, Reunion Island, 157
Stephen B. Gingerich

Numerical modelling of vertically extensive groundwater bodies in Maui,
Hawaii: an alternative to perched aquifers, 167
Raghavan Srinivasan, Tharacad Ramanarayanan, Jeffrey Arnold & Steven
Bednarz

Simulation of hydrology and erosion in a Texas watershed using SWAT, 175
Reginald Blake, Reza Khanbilvardi, Lin Errand, David Rind & Cynthia
Rosenzweig

Assessing climate change impacts on the Rio Cobre basin, Jamaica, 185
Scott Rice-Snow

Fractal characteristics of drainage basin boundaries in Puerto Rico, 195

Information and data systems
Carlos A. FernÀndez-JÀuregui

Latin American and Caribbean hydrological cycle and water resources
activities information system (LACHYCIS), 205
Maria ConcepciÑn Donoso & Nicolaas J. P. M. de Groot

CATHALAC: a search for better understanding of the humid tropics of Latin
America and the Caribbean, 213
David W. Moody & Christine R. Devaux

Inter-American Water Resources Network (IWRN): a strategy for building
partnerships in the Western Hemisphere, 223
Michelle L. Anthony, Jacqueline M. Klaver & Robert J. Quenzer

The Inter-American Geospatial Data Network: developing a Western Hemisphere
geospatial data clearinghouse, 231
James S. Burton

The National Water Data Exchange-capabilities and trends in the
dissemination and exchange of water data, 237
Legal and societal impacts
J. Wayland Eheart

Surface water withdrawal permit programmes for humid regions, 251
Joseph W. Dellapenna

Two models of surface water management for a water-short world, 257
Alexander Fernald
A participatory approach to small community environmental problem
assessment: water resource examples in the Caribbean, 267
Urban drainage


Benedito Braga

Urban water resources management in tropical climates, 277
Rubem La Laina Porto, Kamel Zahed F. & Alexandre Nunes Roberto

A decision support system for flood flow analysis in complex watersheds,
287
Carlos E. M. Tucci

Urban drainage planning in Brazil, 295
Ngai Weng Chan

The physical geography and flooding of Peninsular Malaysia, 303

Karst and the environment


Leslie F. Molerio LeÑn

Mathematical simulation of karst development, 315
Kristine Uhlman & Wendell Barner

Contaminant transport mechanisms in karst terranes, 327
Leslie F. Molerio LeÑn, Mario G. Guerra Oliva, Ernesto Flores ValdÈs &
Ernesto Rocamora Alvarez

Hydrogeological exploration with geomathematical tools in karstic and
fissured non-karstic aquifers, 337
æmer Murat Yavas

Hydrological characteristics of one of the most important humid watersheds
in Turkey: the Upper Zamanti River watershed, 347
Wendell L. Barner

Travel time prediction within the hydrologic cycle of a carbonate-rimmed
island, 357
J. GÀrfias, C. AndrÈ, H. Llanos & I. Herrera

A dual-porosity approach to simulate groundwater flow in fractured porous
media: application in the Itxina karstic aquifer, Spain, 367
J. D. Stednick, D. M. Gilbert & M. D. Lee

Development of a national water quality monitoring programme for Belize,
379
A. G. Fernald & D. M. Gilbert

Understanding and management of water resources in karstic environments:
report on a panel discussion, 387

Coastal and island hydrology
Jerry F. Ayers

Groundwater flow dynamics beneath atoll islands, 397
J. L. Join, M. Courteaud, B. Robineau, E. Nicolini & J. Coudray

The problem of prospecting and development of inland groundwater resources
in young tropical volcanic islands, 405
E. Nicolini, J. Coudray, O. GrÝnberger & C. Jusserand

Seasonal variations in isotopic content (18O-2H) of rainfall over an
intertropical humid island (Reunion Island, southwest Indian Ocean), 413
Eduardo O. Planos GutiÈrrez

Monitoring the hydrological regime in tropical islands: Cuban experience in
managing the hydrological network, 421
Gu Wei-Zu

A neutron activation study on the hydrogeochemistry of natural waters of
Haikou, Hainan Island, China, 429
J. P. Bricquet, L. Gourcy, G. MahÈ, D. Orange, C. Picouet & J.-C. Olivry

Dissolved matter fluxes in the inner delta of the River Niger, 435
Jean Loup Guyot, Jorge Quintanilla, Johnny Martinez & HÈctor Calle

Regional characteristics of the hydrochemistry in the humid tropics of
Bolivian Amazonia, 447

IMPACT OF HUMAN ACTIVITY ON GROUNDWATER DYNAMICS (269)

Edited by Hans Gehrels, Norman E. Peters, Eduard Hoehn, Karsten Jensen,
Chris Leibundgut, Jasper Griffioen, Bruce Webb & Willem Jan Zaadnoordijk

| Quantification of Groundwater | |
|Recharge | |
|Method for spatially distributed modelling of evapotranspiration and fast | |
|runoff components to describe large-scale groundwater recharge |3 |
|Volker Armbruster & Chris Leibundgut | |
|WetSpass: a flexible, GIS based, distributed recharge methodology for | |
|regional groundwater modelling Okke Batelaan & Florimond De Smedt |11|
|Measurements of groundwater recharge rate and unsaturated convective | |
|chemical fluxes by suction controlled lysimeter Ken'ichirou Kosugi & |19|
|Masanori Katsuyama | |
|Estimating recharge values using hydrochemical and geological data: a case| |
|study from the semiarid Kalahari catchment of northern Namibia |25|
|Heike Klock, Christoph KÝlls & Peter Udluft | |
|Estimating recharge in UK catchments Paul Hulme, Ken Rushton & |33|
|Steve Fletcher | |
|Calibration of groundwater recharge and hydraulic conductivity for the | |
|aquifer system beneath the city of Milan (Italy) Mauro Giudici, |43|
|Fabiano Colpo, Giansilvio Ponzini, Emanuele Romano & Guido Parravicini | |
|The method of impulse response moments: a new method integrating |51|
|time series-, groundwater- and eco-hydrological modelling Jos Von Asmuth | |
|& Kees Maas | |
|The effects of human interventions on groundwater recharge E. P. Querner |59|
|Groundwater recharge increase induced by land-use change: comparison of | |
|hydrodynamic and isotopic estimates in semiarid Niger Guillaume Favreau, |67|
|Christian Leduc & Christelle Marlin | |
|Estimation de la recharge et modÈlisation de nappe en zone aride: cas de | |
|la nappe de Kairouan, Tunisie Yahaya Nazoumou & Mustapha Besbes |75|
|3-D aquifer characteristics analysis using a well database and GOCAD | |
|Tullia Bonomi, Angelo Cavallin & Giorgio Stelluti |89|
|Estimation of real and predicted infiltration recharge for the irrigated | |
|area in southern Ukraine Nikolay Ognianik & Nina Paramonova |95|
|Direct groundwater recharge by rainfall in a region with a semiarid | |
|Mediterranean type climate Mohammad H. Hussein |99|
| Urbanization and Land-Use Change | | |
|Urbanization effects on the hydrology of the Atlanta area, Georgia (USA) |10|
|Norman E. Peters & Seth Rose |9 |
|Impact of land-use change on groundwater in the Punjab-Haryana plains, | |
|India R. B. Singh |11|
| |7 |
|Regional monitoring of temporal changes in groundwater quality | |
|Hans Peter Broers, Bas van der Grift & MariÊlle van Vliet |12|
| |3 |
|Water management measures in the Central Biebrza basin, Poland | |
|E. P. Querner, A. Slesicka & W. Mioduszewski |13|
| |1 |
|Dam-aquifer multisystem modelling for the Wadi Merguellil basin, Tunisia | |
|Mohamedou Ould Baba Sy & Mustapha Besbes |13|
| |5 |
|Field observation and simulation of groundwater level changes due to | |
|urbanization in the Yata River basin, Japan Guangheng Ni, Yangwen Jia, | |
|Tsuyoshi Kinouchi, Kouei Tojima, Junichi Yoshitani, Tadashi Suetsugi & | |
|Yoshihisa Kawahara |13|
| |9 |
|Effects of urbanization, land-cover changes, and groundwater flow on | |
|subsurface temperature in Japan Makoto Taniguchi, Yasuo Sakura & |14|
|Yohei Uchida |3 |
|Effects of urbanization on changes in groundwater quantity and quality in | |
|Delhi State, India S. M. Trivedi, B. R. Yadav, N. Gupta, |14|
|H. Chandrasekharan & Kaushalya Ramachandran |7 |
|Urbanization effects on groundwater quantity and quality in the Zahedan | |
|aquifer, an arid region in southeast Iran E. Khazai |15|
| |5 |
|Effects of land-use change on groundwater quality in a coastal habitat of | |
|south India R. Ramesh |16|
| |1 |
|Effects of farming system type on in situ groundwater recharge and quality| |
|in northeast India U. C. Sharma |16|
| |7 |
| Groundwater-Surface Water Interaction | |
|Modelling the impact of surface water management on water conservation and| |
|water quality Peter Vermeulen, Hans Gehrels, Chris Te Stroet & |17|
|Ton Kremers |3 |
|A new approach to modelling river-aquifer interactions using a 3-D | |
|numerical model and neural networks G. Parkin, P. L. Younger, | |
|S. J. Birkinshaw, M. Murray, Z. Rao & S. Kirk |18|
| |3 |
|Analysing the capabilities and limitations of tracer tests in | |
|stream-aquifer systems Brian J. Wagner & Judson W. Harvey |19|
| |1 |
|Conservative mixing or chemically reacting: scale-dependency of processes | |
|at the stream water-groundwater interface Gunnar Lischeid |19|
| |9 |
|Scale dependent hydraulic variability of a stream bed on an outwash plain | |
|Jesper Heidemann Langhoff, Steen Christensen & Keld R. Rasmussen |20|
| |5 |
|Aquifer Characterization and Transport Modelling | |
|Determining the reactivity of reduced components in Dutch aquifer | |
|sediments Niels Hartog, Jasper Griffioen, Pim F. van Bergen & | |
|Cornelis H. Van der Weijden |22|
| |1 |
|Redox processes in the Oderbruch aquifer (northern Germany) | |
|E. Holzbecher, G. Massmann, C. Horner & A. Pekdeger |22|
| |9 |
|Inverse modelling of groundwater flow and groundwater mass transport | |
|Johan Valstar |23|
| |9 |
|A strategy for sampling reactive aquifer sediments in drinking water well | |
|fields Hans Peter Broers |24|
| |7 |
|Analysis of the longitudinal dispersion of non-reactive solutes in | |
|long-range correlated permeability fields Aldo Fiori |25|
| |5 |
|Analytical relations between model input statistics and output reliability| |
|for verification of a numerical groundwater model Willem Jan Zaadnoordijk|26|
| |3 |
|Analytical solution and numerical evaluation of the radial symmetric | |
|convection-diffusion equation with arbitrary initial and boundary data |27|
|Ed Veling |1 |
|Tools for prediction of the acidification of aquifers in sedimentary rocks| |
|(Wingst area, northern Germany) Frido Reinstorf, Wolfgang Walther, | |
|Kerstin Heblack & Thomas Cramer |27|
| |7 |
|Experimental determination of hydrodynamic dispersion coefficients for | |
|heavy metals using compacted clay M. Zeki Camur & Hasan Yazicigil |28|
| |3 |
|The influence of soil organic matter content on soil surface charge and | |
|cadmium mobility in soil Natalia Babejova, Pavel Dlapa & Vladimir Pis |28|
| |7 |
|Aquifer storage and recovery: a feasibility study Joyce C. Wakker, | |
|Eric J. C. Castenmiller |29|
| |1 |
|Well ageing and its implications for well and piezometer performance | |
|Georg Houben |29|
| |7 |
|Groundwater Contamination | | |
|Methanogenic biodegradation of charcoal production wastes in groundwater | |
|at Kingsford, Michigan, USA E. Michael Godsy, Ean Warren & |30|
|David B. Westjohn |3 |
|Compound-specific carbon isotope analysis of a contaminant plume in | |
|Kingsford, Michigan, USA Robert L. Michel, Steve R. Silva, Bryan Bemis, | |
|E. Michael Godsy, Ean Warren & David B. Westjohn |31|
| |1 |
|Natural and anthropogenic factors controlling spring water quality in the | |
|southern part of the Ma?opolska Upland (southern Poland) | |
|Wojciech Che?micki & Janusz Siwek |31|
| |7 |
|Lead contamination of groundwater in the northeast of Buenos Aires | |
|Province, Argentina Jacqueline KÆhn, Eduardo E. Kruse & Juan E. Santos |32|
| |3 |
|Effects of natural and anthropogenic factors on nitrogen fluxes in | |
|agricultural soils: a modelling study in the Saale River basin (central | |
|Europe) Valentina Krysanova, Uwe Haberlandt, Hermann æsterle |33|
| |1 |
|Modelling nitrate transport in deep aquifers: comparison of model results | |
|and field measurements Gerard J. M. Uffink |33|
| |9 |
|Modelling of nitrate transport in the Mateur aquifer (Tunisia) | |
|Jendoubi Arbia & Bouhlila Rachida |34|
| |3 |
|Role of shallow groundwater in nitrate and herbicide transport in the | |
|Kervidy agricultural catchment (Brittany, France) JÈrÒme MolÈnat & | |
|Chantal Gascuel-Odoux |34|
| |7 |
|Pesticides and nitrate in groundwater and rainwater in the province of | |
|Limburg, The Netherlands Jan van Maanen, Mike de Vaan, Bert Veldstra & |35|
|Wim Hendrix |3 |
|Relationship between the nitrate attenuation zone and groundwater flow in | |
|a typical hillslope-wetland plot in Japan Seiichiro Ioka, Norio Tase & | |
|Kuniyuki Toyama |35|
| |7 |
|Hydrogeochemical investigation of the influence of ceramic industry wastes| |
|on the Fazenda Itaqui basin, Brazil AndrÈ Luiz Bonacin Silva & |36|
|Raphael Hypolito |1 |




CLIMATE AND THE HYDROLOGICAL CYCLE

(Special publication 8)

Edited by M.F.P. Bierkens, A.J. Dolman, P.A.Troch

The Role of the Hydrological Cycle in the Climate System Han Dolman

Evaporation Eddy Moors

Physics of Evaporation and Atmospheric Boundary Layers Over Land Albert A.
M. Holtslag & Michael B. Ek

Precipitation Physics and Rainfall Observation by Remko Uijlenhoet

Land Surface Hydrology Peter A. Troch

Land Surface Schemes and Climate Models Bart Van den Hurk

Arctic and Snow Hydrology Rutger Dankers

Dynamics of Glaciers, Ice Sheets and Global Sea Level Roderik Van de Wal

Feedback Mechanisms: Precipitation and Soil Moisture Marc Bierkens & Bart
van den Hurk

Feedback Mechanisms: Land Use, Hydrology and Carbon Han Dolman

Palaeohydrology: An Introduction Patrick W. Bogaart

Groundwater Palaeohydrology Henk Kooi

Global Warming and the Acceleration of the Hydrological Cycle Peter A.
Troch

Climate Change and Hydrological Impact Studies Hans Middelkoop

Remote Sensing for Hydrological Studies Steven de Jong, Hans van der Kwast,
Elisabeth Addink & Bob Su





NOTHERN RESEARCH BASINS WATER BALANCE (290)

Edited by Douglas L.Kane & Daqing Yang

|Overview of water balance determinations for high latitude watersheds |1 |
|Douglas L. Kane & Daqing Yang | |
|Water balance of a snowy watershed in Hokkaido, Japan |13 |
|Yoshiyuki Ishii, Yuji Kodama, Ryo Nakamura & Nobuyoshi Ishikawa | |
|Features of water balance for small mountainous watersheds in East |28 |
|Siberia: Kolyma Water Balance Station case study Sergei A. Zhuravin | |
|Estimation of annual water balance in Siberian tundra using a new land |41 |
|surface model | |
|Hiroyuki Hirashima, Tetsuo Ohata, Yuji Kodama & Hironori Yabuki | |
|Summer water balance in an Arctic tundra basin, eastern Siberia |50 |
|Yoshiyuki Ishii, Yuji Kodama, Norifumi Sato & Hironori Yabuki | |
|Water balance of small Russian catchments in the southern mountainous |65 |
|Taiga Zone: "Mogot" case study Ninel G. Vasilenko | |
|Features of forest-steppe small basins water balance: the Nizhnedevitsk|78 |
|Water Balance Station case study Sergei À. Zhuravin | |
|Water balances of experimental watersheds in the Valdai Branch of the |91 |
|State Hydrological Institute (SHI), Russia J. A. Balonishnikova, O. I.| |
|Krestovsky & V. A. Shutov | |
|Extensive studies in boreal wetland watersheds in northwestern Russia |103 |
|Vladimir A. Shutov | |
|Water balances of the northern catchments of Finland Pertti Seuna & |111 |
|Jarmo Linjama | |
|Water balance studies in two catchments on Spitsbergen, Svalbard ånund|120 |
|Killingtveit | |
|Estimation of water balance in and around the Mittivakkat Glacier |139 |
|basin, Ammassalik Island, southeast Greenland Bent Hasholt & Sebastian| |
|H. Mernild | |
|Water balance in a west Greenlandic watershed Christian Helweg |143 |
|Queen Elizabeth Islands: water balance investigations Kathy L. Young & |152 |
|Ming-Ko Woo | |
|Hydrological processes and water balance for the Dead Creek Watershed |164 |
|of southeastern Manitoba, 1982-1995 Garry Thorne & Janice Hawkins | |
|Evaporation studies in small NWT watersheds Bob Reid & Derek Faria |178 |
|The water balance of wetland-dominated permafrost basins W. L. |186 |
|Quinton, M. Hayashi, K. E. Blais, N. Wright & A. Peitroniro | |
|Wolf Creek Research Basin water balance studies J. Richard Janowicz, |195 |
|Newell Hedstrom, John Pomeroy, Raoul Granger & Sean Carey | |
|A multi-year hydrological data set for two research basins in the |205 |
|Mackenzie Delta region, NW Canada | |
|Philip Marsh, Cuyler Onclin & Mark Russell | |
|Water balance dynamics of three small catchments in a Sub-Arctic boreal|213 |
|forest | |
|W. Robert Bolton, Larry Hinzman & Kenji Yoshikawa | |
|Hydrological cycle on the north slope of Alaska Douglas L. Kane, |224 |
|Robert E. Gieck, Danielle C. Kitover, Larry D. Hinzman, James P. | |
|McNamara & Daqing Yang | |
|Queen Elizabeth Islands: problems associated with water balance |237 |
|research Kathy L. Young & Ming-Ko Woo | |
|Winter streamflow as a source of uncertainty in water balance |249 |
|calculations Stuart Hamilton | |
|Diagnostic model analysis of spatial mass, energy and melt distribution|257 |
|in a catchment in northeast Greenland Carl Egede BÜggild | |
| | |


THE BASIS OF CIVILIZATION - WATER SCIENCE ? (286)

Edited by John C. Rodda & Lucio Ubertini

|The Rise of Understanding in Water Science | |
|Background to modern hydrology James C. I. Dooge |3 |
|The impact of new technologies (1975-2000) on water science and |13 |
|consequently on civilization | |
|Gert A. Schultz | |
|Water supply and the development of Hong Kong Mervyn R. Peart |23 |
|Water management: the central Italy model and its dissemination Paolo |31 |
|Buonora | |
|A short history of isotopes in hydrology R. Letolle & Ph. Olive |49 |
|Water for agriculture, environment and human needs in the Fucino area |67 |
|(central Italy) | |
|Ezio Burri & Marco Petitta | |
|Historical meadow irrigation in Europe-a basis for agricultural |77 |
|development Chris Leibundgut | |
|On the role of hydrology in water resources management Ognjen Bonacci |88 |
|Water events and historical flood recurrences in the Vietri sul Mare |95 |
|coastal area (Costiera Amalfitana, southern Italy) | |
|Eliana Esposito, Sabina Porfido, Crescenzo Violante, Chiara Biscarini, | |
|Fiorentino Alaia & Giuseppe Esposito | |
|The International Year of Freshwater: the Achievements and Successes of| |
|Similar International Initiatives | |
|International Year of Freshwater, 2003: activities, cooperation and |109|
|lessons learned Marcia Brewster | |
|Agriculture, food and water-managing water to feed a growing population|117|
| | |
|P. Steduto, S. Bangoura, M. Bazza, I. Beernaerts, O. Berney, J. Burke, | |
| | |
|B. Casentini, Z. Chen, å. Eliasson, T. Facon, J. M. Faures, L. | |
|Fletcher-Paul, K. Frenken, C. Garces, L. Hermans, J. Hoogeveen, G. | |
|Izzi, B. Kiersch, S. Koo-Oshima, F. Maraux, J. Martinez-Beltran, G. | |
|Munoz, R. Pavlovic, D. Renault, M. Sonou, P. Torrekens, G. Van Halsema,| |
|N. Van Leeuwen, R. Wahaj & J. Van Wambeke | |
|Isotope Hydrology at IAEA: history and activities |125|
|Klaus Froehlich, Roberto Gonfiantini & Pradeep Aggarwal | |
|The Impact of Water Resources Development and Management on Society | |
|Water resource development and the environment in the 20th century: |135|
|first the taking, then the putting back | |
|J. A. Allan | |
|Integrated water resources management for the Yellow River in China: a |150|
|discussion of scientific and ethical approaches Rongchao Li, Eelco Van| |
|Beek & Peter Gijsbers | |
|Role of water in the development of civilization in India-a review of |160|
|ancient literature, traditional practices and beliefs K. Shadananan | |
|Nair | |
|New horizons for natural resources and water resources: a case study of|167|
|the southeastern Anatolia region and the southeastern Anatolia Project | |
|(GAP) Bulent Acma | |
|Living with water in Vojvodina Andjelka Beli?, Radovan Savi? & Sima |178|
|Beli? | |
|The "Zabo" soil and water management and conservation system in |184|
|northeast India: tribal beliefs in the development of water resources | |
|and their impact on society-an historical account of a success story | |
|U. C. Sharma & Vikas Sharma | |
| Trends in the Reduction of Risks Involving Water, both Natural and | |
|Human-Induced | |
|Dujangyan and Shingenteh: lessons from the world's longest living flood|195|
|control works | |
|Kuniyoshi Takeuchi | |
|Floods and flood protection: business-as-usual? Zbigniew W. Kundzewicz|201|
|On the importance of scientific methodology for the progress of water |210|
|science Elena Asabina | |
|Rainfall and drought in southern Italy (1821-2001) Maurizio Polemio & |217|
|Domenico Casarano | |
|Procedures in multifractal analysis of river networks: a |228|
|state-of-the-art review | |
|Roberto Gaudio, Samuele G. De Bartolo, Leonardo Primavera, Massimo | |
|Veltri & Salvatore Gabriele | |
|Conflicts over water-Can hydrology contribute anything towards their |238|
|solution? Hans-JÝrgen Liebscher | |
|Agricultural drought: indices, definition and analysis Francesco |246|
|Mannocchi, Francesca Todisco & Lorenzo Vergni | |
|Climatic trends: an investigation for a Calabrian basin (southern |255|
|Italy) Roberto Coscarelli, Roberto Gaudio & Tommaso Caloiero | |
|Will ecology provide the next major advance in freshwater science? |268|
|Anne Powell | |
| Issues of Governance in the Historical and Current Context | |
|Civilization-the basis for water science J. A. A. Jones |277|
|Water, civilizations and governance Alain Gioda & Mike Baker |284|
|Adapting the law of water management to global climate change and other|291|
|hydropolitical stresses | |
|Joseph W. Dellapenna | |
|The water balance and the solution of water problems in the central |300|
|Asian region I. Sh. Normatov | |
|Water as a symbol of national identity in Norway Helena NynÄs |315|
|Freshwater-the basis of an economic development and democracy plan: a |322|
|case study for Merka (Somalia) Elio Sommavilla & Maria Chiara Turrini | |
| | |




CALIRATION AND RELIABILITY IN GROUNDWATER MODELLING: FROM UNCERTAINTY TO
DECISION MAKING (304)

Edited by M.F.P. Bierkens, J.C. Gehrels & K. Kovar

|Use of Geophysical and Geochemical Measurements, Remote Sensing, Monitoring|
|and a priori Hydrological Knowledge |
|Reducing uncertainty of hydrogeological parameters by co-conditional |3 |
|stochastic simulation: lessons from practical applications in aquifers and | |
|in low permeability layers | |
|A. Dassargues, C. Rentier & M. Huysmans | |
|A simple procedure for the identification of aquifer parameters based on |10 |
|steady-state pumping tests | |
|Giovanni Firmani, Aldo Fiori & Alberto Bellin | |
|Reducing ambiguity in fractured-porous media characterization using |17 |
|single-well tracer tests | |
|I. Ghergut, C. McDermott, M. Sauter, M. Herfort & O. Kolditz | |
|A tomographic approach to identify hydraulic conductivity of a phreatic |25 |
|aquifer by the "differential system method" | |
|Mauro Giudici, Giovanni Angelo Meles, Giansilvio Ponzini, Chiara Vassena & | |
|Guido Parravicini | |
|Inclusion of remote sensing information to improve groundwater flow |31 |
|modelling in the Chobe region (Botswana) | |
|H. J. W. M. Hendricks Franssen, P. Brunner, L. Kgothlang & W. Kinzelbach | |
|Simulating environmental tracer transport in unsaturated-saturated porous |38 |
|media | |
|G. A. Onnis, R. Althaus, S. Klump, H. J. W. M. Hendricks Franssen, F. | |
|Stauffer & W. Kinzelbach | |
|Identification of chemical reactions and their reaction rate coefficients |46 |
|with push-pull tests | |
|A. Vandenbohede & L. Lebbe | |
|Towards an upscaled model of aquifer recharge through glacial drift |52 |
|deposits, Shropshire, UK | |
|R. Mackay, M. O. Cuthbert, H. Ash & J. H. Tellam | |
|Identification of hydrogeological models: application to tracer test |59 |
|analysis in a karst aquifer | |
|Carolina Massmann, Steffen Birk, Rudolf Liedl & Tobias Geyer | |
|Calibration and Parameter Uncertainty | |
|Comparison of parameter estimation algorithms in hydrological modelling |67 |
|R. S. Blasone, H. Madsen & D. Rosbjerg | |
|Evaluation of the inverse modelling process for heterogeneous porous media |73 |
|through laboratory air injection tests | |
|Kiyoshi Masumoto | |
|Parameter estimation for a double continuum transport model for fractured |80 |
|porous media | |
|M. Beyer & U. Mohrlok | |
|Calibration of hydraulic and tracer tests in fractured media represented by|87 |
|a DFN model | |
|Leonardo David Donado, Xavier SÀnchez-Vila, Eduardo Ruiz, Francisco Javier | |
|Elorza, Carmen Bajos & Antonio Vela-Guzman | |
|On the use of Pareto optimization for multi-criteria calibration of |93 |
|hydrological models | |
|Henrik Madsen & Soon-Thiam Khu | |
|Influence of modelling concepts and approaches on the results of field |100|
|scale reactive transport modelling | |
|Sascha E. Oswald, Ian A. Watson, Roger S. Crouch & Steven A. Banwart | |
|Using Bayesian inverse modelling in real-world projects: opportunities and |108|
|challenges | |
|J. R. Valstar, B. Minnema, J. J. J. C. Snepvangers & C. B. M. te Stroet | |
|Inverse modelling of groundwater flow using model reduction |113|
|P. T. M. Vermeulen & A. W. Heemink | |
|Combined Flow and Transport: Heterogeneity, Parameters, Processes | |
|Assessing contaminant mass flow rates obtained by the integral groundwater |123|
|investigation method by using the Virtual Aquifer approach | |
|S. Bauer & O. Kolditz | |
|Upscaling retardation factors in 2-D porous media |130|
|J. Jaime GÑmez-HernÀndez, Jianlin Fu & Daniel FernÞndez-Garcia | |
|Stochastic analysis of the effect of spatial variability of diffusion |137|
|parameters on radionuclide transport in a low permeability clay layer | |
|Marijke Huysmans & Alain Dassargues | |
|Uncertainties in modelling and parameterization of fluid-rock |143|
|consumption-production interaction in porous media | |
|W. Kessels & S. Wessling | |
|Reactive transport codes applied to gypsum dissolution in a laboratory |151|
|column experiment focusing on the sensitivity of model concepts and data | |
|uncertainty | |
|Wilfried Pfingsten, Jens Mibus & Roland Kuechler | |
|Block-upscaling of transport in heterogeneous aquifers |158|
|M. Willmann, X. SÀnchez-Vila, J. Carrera & A. Guadagnini | |
|Reliability of Model Results/Stochastic Forward Modelling | |
|Upscaling of solute transport in mildly heterogeneous media: comparison of |167|
|Fickian and non-Fickian approaches | |
|Christophe C. Frippiat & Alain E. Holeyman | |
|On the departure from Gaussianity and Fickianity of transport in highly |174|
|heterogeneous aquifers | |
|I. Jankovi?, A. Fiori & G. Dagan | |
|Palaeo-evolution and uncertainty analysis of regional groundwater flow in |180|
|discretely fractured crystalline rock | |
|S. D. Normani, J. F. Sykes, E. A. Sudicky & Y. J. Park | |
|Modelling of Well Capture Zones | |
|State-space first-order estimate of well catchment uncertainty |189|
|M. I. Bakr, A. P. Butler, A. Guadagnini & M. Riva | |
|Integral pumping tests: average concentration and mass flow at the capture |196|
|zone scale | |
|MartÌ Bayer-Raich & Jerker JarsjÆ | |
|Comparison of stochastic and regression based methods for quantification of|202|
|predictive uncertainty of model-simulated wellhead protection zones in | |
|heterogeneous aquifers | |
|Steen Christensen, Catherine Moore & John Doherty | |
|Upscaling transmissivity in the near-well region |209|
|Jianlin Fu, J. Jaime GÑmez-HernÀndez & Carl L. Axness | |
|Modelling of regional-scale well-flow in heterogeneous aquifers: 2-D or not|215|
|2-D? | |
|The late P. Indelman & G. Dagan | |
|A synthetic study of the worth of transmissivity and head data to delineate|220|
|groundwater protection zones in braided alluvial aquifers | |
|J. Kerrou, P. Renard, I. Lunati & H. J. W. M. Hendricks Franssen | |
|A composite medium approach for probabilistic modelling of contaminant |227|
|travel time distribution to a pumping well in a heterogeneous aquifer | |
|M. Riva, L. Guadagnini, A. Guadagnini, E. Martac & T. Ptak | |
|Recharge fronts and stagnation areas for pumping wells |234|
|M. Riva & A. Guadagnini | |
|Uncertainty estimation of well catchments: combined effect of inhomogeneous|240|
|transmissivity and uncertain mean recharge | |
|Fritz Stauffer & Harrie-Jan Hendricks Franssen | |
|Delineation of capture zones in transient groundwater flow systems |246|
|Velimir V. Vesselinov & Bruce A. Robinson | |
|Developments in Modelling | |
|A random-walk approach for simulating wastewater transport and |255|
|transformations in the unsaturated zone | |
|Cristina Cata & Ulf Mohrlok | |
|Simulation of groundwater-seawater interactions in the Aral Sea basin by a |261|
|coupled water balance model | |
|Jerker JarsjÆ, Irina Alekseeva, Corinna Schrum & Georgia Destouni | |
|Diffuse loading of surface water from groundwater in areas with shallow |268|
|groundwater tables: quasi-2-D vs 2-D simulation | |
|Elisabeth Peters & Jasper Griffioen | |
|Modelling thermohaline variable-density flow and solute transport in |275|
|fractured porous media | |
|T. Graf & R. Therrien | |
|Complex groundwater whirl systems |281|
|Kick Hemker & Mark Bakker | |
|A numerical assessment of the random walk particle tracking method for |288|
|heterogeneous aquifers | |
|P. Salamon, D. FernÞndez-Garcia & J.J. GÑmez-HernÀndez | |
|Decision Making under Uncertainty | |
|Los Alamos National Laboratory's risk-based decision analysis for |297|
|groundwater remediation and monitoring | |
|Paul A. Davis, Diana Hollis, Kay H. Birdsell, Velimir V. Vesselinov, Daniel| |
|E. Rives & Sergey Pozdniakov | |
|An analysis of different strategies for the prioritization of groundwater |303|
|quality prediction studies with a sequential numerical game | |
|Kees Vink & Paul Schot | |
|Risk analysis on groundwater contamination at the megasite Port of | |
|Rotterdam | |
|Annemieke Marsman, Johan Valstar & Jeroen ter Meer | |




CALIRATION AND RELIABILITY IN GROUNDWATER MODELLING: CREDIBILITY OF
MODELLING (320)

Edited by J.C. Refsgaard, K. Kovar, E.Haarder & E.Nygaard

Development in modelling and uncertainty assessment
Shlomo P. Neuman, Monica Riva & Alberto Guadagnini

On the geostatistical characterization of hierarchical media, 3
Marco Bianchi, Chunmiao Zheng, Geoffrey R. Tick & Steven M. Gorelick

Evaluation of Fickian and non-Fickian models for solute transport in porous
media containing decimetre-scale preferential flow paths, 9
Yonas Demissie, Albert Valocchi, Barbara Minsker & Barbara Bailey

Bias-corrected groundwater model prediction uncertainty analysis, 15
P. Bayer, C. M. BÝrger & M. Finkel

Solving computationally demanding reliability based design problems in
hydrogeology, 22
E. Bethge & U. Mohrlok

Uncertainty assessment for contaminant leaching from flood water retention
areas, 27
G. Dagan & S. C. Lessoff

Application of stochastic modelling to numerical solution of groundwater
flow: transmissivity upscaling, 34
Monica Riva, Alberto Guadagnini & Shlomo P. Neuman

Characterizing the spatial variability of transmissivity using stochastic
type-curve and numerical inverse analyses of data from a sequence of
pumping tests, 39
Harrie-Jan Hendricks Franssen

The potential of data assimilation methods for modelling groundwater flow
systems: review and synthetic examples, 45
Ji?Ì HavlÌ?ek & Milan Hokr

Simulation of fractured rock solute transport with a multidimensional dual-
porosity model, 52
K. Masumoto

Credibility evaluation of numerically estimated heterogeneous hydraulic
property by eigenvalues of Hessian of Lagrange function for constrained
groundwater problem, 58
Philip D. Meyer, Ming Ye, Shlomo P. Neuman & Mark L. Rockhold

Application of maximum likelihood Bayesian model averaging to groundwater
flow and transport at the Hanford Site 300 area, 64
Eric Morales-Casique, Shlomo P. Neuman & Velimir V. Vesselinov

Maximum likelihood Bayesian averaging of air flow models in unsaturated
fractured tuff, 70
Matthew Tonkin & John Doherty

An efficient calibration-constrained Monte Carlo technique for evaluating
model predictive error, 76
Credibility in modelling for practical approaches


Groundwater vulnerability assessment using physically-based modelling: from
challenges to pragmatic solutions, I. C. Popescu, N. Gardin, S. BrouyÕre
& A. Dassargues 83
Gero Bauser, Harrie-Jan Hendricks Franssen, Wolfgang Kinzelbach & Hans-
Peter Kaiser

Real time control of a well field, 89
Rolf Farrell, Mark Whiteman & Peter Gijsbers

The National Groundwater Modelling System for England and Wales, 95
H. J. Henriksen & A. L. HÜjberg

Model peer reviews and modeller-manager dialogues as an avenue to improved
model credibility, 101

MIPWA: Water managers develop their own high-resolution groundwater model
toolsJudith Snepvangers, Bennie Minnema, Wilbert Berendrecht, Peter
Vermeulen, Aris Lourens, Wim van der Linden, Mike Duijn, Jan van Bakel,
Willem-Jan Zaadnoordijk, Marcel Boerefijn, Margo Meeuwissen & Vera
Lagendijk, 108

Auditing as a necessary step for gaining credibility in groundwater
modelling Adolfo ChÀvez, AdÀn Pinales, Ricardo Ducoing & JosÈ L. Cruz, 114
Real-time optimisation of groundwater management H. Madsen, A. K. Falk, D.
Rosbjerg, H. Madsen, N. SchrÜder, J. Mortensen, B. Mortensen, J.
Kristensen, G. Brandt

, 120

Modelling to support the assessment of interlinkages between groundwater
and surface water in the context of the EU Water Framework Directive D.-I.
MÝller-Wohlfeil1& S. Mielby, 124

New data types and monitoring systems

T. Szocs, Gy. Toth & I. Horvath

Using stable isotope data to characterise flow systems in the Pannonian
Basin, Hungary, 131
Frans Van Geer, Annemieke Marsman & Gijs M. C. M. Janssen

Quantifying the economic benefit of groundwater monitoring: a pilot study,
137
Susie Mielby & Claus Ditlefsen

Meeting the future demands for borehole data and hydraulic heads, 142
F. Slama, E. P. Milnes & R. Bouhlila

Calibrating unsaturated model parameters using electrical resistivity
tomography imaging, 148
B. TÑth, A. MakÑ, L. Guadagnini, A. Azzellino & A. Guadagnini

Grouping of soils according to their soil water retention characteristics,
154

Integrated hydrological modelling

Fritz Stauffer, Tobias Doppler & Harrie-Jan Hendricks Franssen

How successful are standard models of groundwater-river interactions, 163
C. Milzow, L. Kgotlhang, V. Burg & W. Kinzelbach

Set-up and calibration of a distributed hydrological model of the Okavango
Delta using remote sensing data, 169
E. -R. TrÝbger, H.-J. G. Diersch, Th. Salzmann & K. Miegel

An efficient variable storage coefficient (VSC) approach for 3-D
groundwater modelling of wetlands, 176
S. Broda, C. Paniconi & M. Larocque

Evaluation of the hillslope-storage Boussinesq model with leakage, 182
Reactive and density affected transport

K. Jinno, T. Hosokawa, K. Akagi, Y. Hiroshiro & J. Yasumoto

Geochemical processes and their modelling at the fresh and salt water
mixing zone, 191
Fernando Mazo D'Affonseca, Philipp Blum, Michael Finkel, Reiner Melzer &
Peter Grathwohl

Modelling the source zone depletion and plume development of a coal-tar
contaminated site, 197
M. Van Camp & K. Walraevens

A module for the MT3DMS solute transport model for simulating redox
processes, 203
G. Llerar-Meza, D. FernÞndez-Garcia & J. J. GÑmez-HernÀndez

Upscaling of solute transport based on the concept of the memory function,
210
R. Luyun, Jr, K. Momii, K. Nakagawa & S. Fujiyama

Saltwater dynamics due to cut-off wall installation in coastal unconfined
aquifers: experimental and numerical studies, 214
Rachida Bouhlila & Ezzeddine Laabidi

Impacts of calcite dissolution on seawater intrusion processes in coastal
aquifers: density dependent flow and multi species reactive transport
modelling, 220
Ate Visser, Joris D. Schaap, Toon Leijnse, Hans Peter Broers & Marc F. P.
Bierkens

Modelling two-phase transport of 3H/3He, 226
Parameter estimation and model calibration

Steen Christensen & John Doherty

Using many pilot points and singular value decomposition in groundwater
model calibration, 235
Mauro Giudici, Timothy R. Ginn, Chiara Vassena, Hanieh Haeri & Laura Foglia

A critical review of the properties of forward and inverse problems in
groundwater hydrology, 240
A. Comunian, P. Renard & M. Kisanga

wwhypda: A worldwide hydrogeological parameters database, 245
Leonard F. Konikow, George Z. Hornberger, Larry D. Putnam, Allen M. Shapiro
& Brendan A. Zinn

The use of groundwater age as a calibration target, 250
A. Vandenbohede, A. Louwyck & L. Lebbe

Heat transport in a push-pull test: parameter identification and
sensitivity analyses, 257
C. Llopis-Albert & J. E. Capilla

A new approach for the stochastic inversion of flow and transport data:
application to the macrodispersion experiment (MADE-2) site, 262
John Doherty

Model predictive error: how it arises and how it can be accommodated, 267
B. Wiese & G. NÝtzmann

Inverse modelling of aquitard structures using pilot points and
regularisation, 272
Wilfried Pfingsten

The influence of the experimental set-up and the model approach on the
determination of diffusion coefficients for radionuclides in laboratory
column experiments, 278
Ne-Zheng Sun & William W.-G. Yeh

Global upscaling of hydraulic conductivity for modelling contaminant
transport in groundwater, 284
H. Madsen, R. -S. Blasone & D. Rosbjerg

Recent advances in parameter estimation and uncertainty assessment in
integrated hydrological modelling, 289
Mark Bakker, Kees Maas & Jos Von Asmuth

Transient calibration of flow to ditches with entry resistance using
measured moments of response functions, 295
Jaouher Kerrou, Harrie-Jan Hendricks Franssen, Philippe Renard & Ivan
Lunati

Can conditioning to transmissivity data worsen model predictions ? 299
Peter F. Andersen & Gregory W. Council

Practical tools for calibration of transient groundwater flow models, 305
I. Berre, F. ClÈment, M. Lien & T. Mannseth

Data-driven reparameterization structure for estimation of fluid
conductivity, 310
Mary C. Hill

Data error and highly parameterized groundwater models, 316
Damir Juki? & Vesna Deni?-Juki?

Estimating parameters of groundwater recharge model in frequency domain,
322
Geological models and conceptual model uncertainty

Matej Gedeon & Isabelle Wemaere

Conceptual uncertainty assessment for a catchment scale model, 331
F. JÜrgensen, J. Damgaard & H. Olesen

Impact of geological modelling on groundwater models - a case study from an
area with distributed, isolated aquifers, 337
Peter B. E. Sandersen

Uncertainty assessment of geological models - a qualitative approach, 345



REGIONAL MANAGEMENT OF WATER RESOURCES. (268)

Edited by A.H. Shumann, M.C. Acreman, R.Davis, M.A. Marino, D. Rosbjerg &
Xia Jun

|Learned from Past Management Practices |
|Measures of sustainability and their utilization in practical |3 |
|water management planning (keynote paper) Slobodan P. Simonovic | |
|Sustainable reservoir development-a case study from Zimbabwe |17|
|Simon Tadiwa Makoni, Thomas Rodding Kjeldsen & Dan Rosbjerg | |
|Sustainable regional water management in the Yamuna River basin: |25|
|case study of the Delhi region (India) R. B. Singh | |
|Limpopo River: steps towards sustainable and integrated water |33|
|resources management R. A. Jean Boroto | |
|Enlightenment on sustainable management of water resources from |41|
|past practices in the Bositeng Lake basin, Xinjiang, China Xia | |
|Jun, Zuo Qiting & Pang Jinwu | |
|Indira Gandhi Nahar Pariyojana-lessons learnt from past management|49|
|practices in the Indian arid zone K. D. Sharma | |
|Implementation of new tasks for old dams: a non-trivial problem |57|
|Gert A. Schultz & Andreas H. Schumann | |
|Integrated approach for water resources management in the Delhi |65|
|region: problems and perspective P. S. Datta, S. K. Rohilla & S. | |
|K. Tyagi | |
|Effects of damming the Hadejia River in semiarid northern |73|
|Nigeria-lessons learnt for future management B. J. M. Goes | |
|Sustainability characterization and modelling of water supply |81|
|management practices Carlos Oliveira GalvÖo, Janiro Costa RÉgo, | |
|MÀrcia Maria Rios Ribeiro & JosÈ do PatrocÌnio Tomaz Albuquerque | |
|Current understanding of the eutrophication process in Australia |89|
|J. R. Davis & K. Koop | |
|An urban water scenario: a case study of the Bangalore metropolis,|97|
|Karnataka, India T. S. Suresh | |
|Sustainable Regional Water Management for Conflicting Interests |
|A framework for assessing the sustainability of a water resources |10|
|system Thomas Rodding Kjeldsen & Dan Rosbjerg |7 |
|Development of methodologies for setting integrated water quantity|11|
|and quality objectives for the protection of aquatic ecosystems |5 |
|Heather MacKay | |
|Towards the sustainable management of groundwater-fed catchments |12|
|in Europe Mike Acreman |3 |
|Variation des ressources souterraines du Dobrogea du Sud |13|
|(Roumanie), effet conjuguÈ des causes climatiques et anthropiques |1 |
|Augustin Tenu, Florin Davidescu, Razvan Petres & Gabriela Stanescu| |
|Is the clearing of riparian alien invasive vegetation a viable |13|
|water resources management strategy? Steve Gillham & Mike Haynes |9 |
|Monitoring-the neglected key to improving environmental management|14|
|Ian Cordery |7 |
|Shifting system boundaries in vision-building for river basin |15|
|management Annemiek J. M. Verhallen, Marc Huygens, Martine |5 |
|Ruijgh-van der Ploeg, Gabrielle Bouleau & Patrick Meire | |
|ools for Water Resources Management |
|Conjunctive management of surface water and groundwater (keynote |16|
|paper) Miguel A. Marißo |5 |
|Opportunities for balancing conflicting economic, social and |17|
|environmental pressures on river basins through an integrated |5 |
|approach with stakeholder involvement Susan Walker | |
|Using stakeholder analysis to increase the effectiveness and |18|
|relevance of water resources systems modelling Leon M. Hermans |3 |
|The use of role-playing in integrated water management Anne Ubbels|19|
|& Annemiek J. M. Verhallen |1 |
|Competition for water resources of the Volta basin Nick van de |19|
|Giesen, Marc Andreini, Annette van Edig & Paul Vlek |9 |
|Spatially-oriented methodology for management of complex |20|
|hydro-environments: the Senegal delta situation Philippe |7 |
|Gourbesville, StÈphanie Duvail & Michel Mietton | |
|An integrated model for water resources management at basin level |21|
|Francesco Mannocchi, Francesca Todisco & Stefano Casadei |5 |
|Improving the quality of model-based decision support: Good |22|
|Modelling Practice in water management H. Scholten, R. H. van |3 |
|Waveren, S. Groot, F. C. van Geer, J. H. M. WÆsten, R. D. Koeze & | |
|J. J. Noort | |
|Hydrological criteria for durable water systems Victor Jan Witter |23|
|& Tim Raats |1 |
|River flow prediction: an artificial neural network approach A. W.|23|
|Jayawardena & T. M. K. G. Fernando |9 |
|Probabilistic characterization of uncertainties of climate change |24|
|impact assessments A. H. Schumann & M. Antl |7 |
|A field-based hydrological model to study the impacts of |25|
|urbanization on regional water resources Jens Lange, Chris |5 |
|Leibundgut, Samar Husary, Ronit Nativ, Marwan A. Hassan, Asher P. | |
|Schick | |
|Development of a metamodel for large-scale assessment of water and|26|
|nutrient fluxes-first components and initial tests for the |3 |
|Elbe River basin U. Haberlandt, V. Krysanova, B. KlÆcking, A. | |
|Becker & A. BÀrdossy | |
|Methodology development for wetland restoration planning based on |27|
|topography and soil hydrology Francien van Soest, Andrew Williams,|1 |
|Robert Parkinson & Martin Kent | |
|Effects of grazing on soil properties and hydrology of a small |27|
|Dartmoor catchment, southwest England E. W. Meyles, A. G. |9 |
|Williams, J. L. Ternan & J. M. Anderson | |
| | |




BRINING GROUNDWATER QUALITY RESEARCH TO THE WATERSHED SCALE (297)

Edited by Neil R.Thomson

|Groundwater Quality | |
|A global inventory of groundwater quality: first results |3 |
|Jasper Griffioen, Rianne Brunt, Slavek Vasak & Jac Van Der Gun | |
|Groundwater quality in Canada: a national overview |11|
|Suzanne Lesage | |
|Cumulative factors affecting groundwater quality in domestic wells in |19|
|Finland | |
|Kirsti Korkka-Niemi | |
|Urbanization of rural watersheds in the region of Waterloo: implications |29|
|for water quality | |
|Randy L. Stotler, Jon Paul Jones, Shaun K. Frape, Robert J. Drimmie, Craig| |
|T. Johnston & Ian Judd-Henry | |
|Burial sites and their impact on groundwater |36|
|Julian Trick, Ben Klinck, Patricia Coombs, Dave Noy & Geoff Williams | |
|Quality of water from hand-dug wells, boreholes, and streams in two |44|
|localities in southwest Nigeria: implications for incidence of water borne| |
|diseases | |
|Samson Ayanlaja, O. O. Kehinde-Phillips, Francis Ogunkolo, Bunmi Dada & B.| |
|A. Senjobi | |
|Groundwater quality trend detection at the regional scale: effects of |50|
|spatial and temporal variability | |
|H. P. Broers, J. Rozemeijer, M. Van De Aa, B. Van Der Grift & E. A. Buijs | |
|Contaminant Input Processes | |
|Evaluating diffuse groundwater pollution trends-a key challenge for the |63|
|new EC water directives | |
|Stephen Foster | |
|Indicators for assessing transport of oil sands process-affected waters |71|
|Michael MacKinnon, Grey Kampala, Bill Marsh, Phil Fedorak & Selma Guigard | |
|Herbicide runoff on a pastoral hill slope-a case study |81|
|Karin MÝller, Roland Stenger & Anis Rahman | |
|Dynamics of groundwater recharge through structured soils and the |89|
|influence on water quality | |
|Edwin Cey, David Rudolph & RenÈ Therrien | |
|Assessing water travel times during riverbank filtration |97|
|Melissa Dawe & Kerry MacQuarrie | |
|Investigating surface water-groundwater interactions with the help of |10|
|sewage indicators in Berlin, Germany |3 |
|Gudrun Massmann, Uwe DÝnnbier, Janek Greskowiak, Andrea Knappe & Asaf | |
|Pekdeger | |
|Fate and transport of phage as surrogates for viral pathogens in UK |11|
|aquifers |3 |
|Eadaoin Joyce, Katie Collins, Aidan Cronin, Joerg Rueedi, Steve Pedley, | |
|Alwyn Hart, John Tellam & Richard Greswell | |
|Effects of macropore flow on solute transport in a vadoze zone under |12|
|repetitive rainfall events |2 |
|Fumi Sugita, Tokuo Kishii & Michael English | |
|Factors controlling the chemistry of shallow groundwater in different |13|
|geological and hydrological environments |0 |
|IrÈn VarsÀnyi, HÈlÕne Pauwels & Lajos ñ.KovÀcs | |
|Impact of a polluted stream on its adjacent aquifer: the case of the |14|
|Alamar zone, Tijuana, Mexico |1 |
|Fernando T. Wakida, Luis E. Ponce-Serrano, Eulalia Mondragon-Silva, E. | |
|Garcia-Flores, David N. Lerner & Guillermo RodrÌguez-Ventura | |
|The influence of relative permeability heterogeneity on DNAPL releases |14|
|G. P. Grant, J. I. Gerhard & B. H. Kueper |8 |
|Site Characterization | |
|Characterization of Quaternary gravel aquifers and their implementation in|15|
|hydrogeological models |9 |
|Uli Maier, Andreas Becht, Boris Kostic, Claudius BÝrger, Peter Bayer, | |
|Georg Teutsch & Peter Dietrich | |
|Geostatistical evaluation of high frequency hydraulic property and |16|
|groundwater quality data collected by the Waterloo Profiler |9 |
|Shane McDonald, Jeff Groncki & Susanne Biteman | |
|Quantification of PCE mass flow rates for source zone identification |17|
|Sebastian Bauer, Marti Bayer-Raich, Christian Kolesar, Dietmar MÝller, |6 |
|Thomas Holder & Thomas Ptak | |
|Characterization of transport processes in a heterogeneous aquifer using |18|
|electrical resistivity tomography (ERT) |2 |
|Kerstin MÝller, Jan Vanderborght, Andreas Englert, Andreas Kemna & Harry | |
|Vereecken | |
|Contaminant retardation by double-porosity diffusive exchange in the |19|
|Chalk: implications for monitoring |1 |
|William Burgess, John Barker, Sally Watson & Ben Fretwell | |
|Real and apparent thickness relationship for gasoline and gasohol |19|
|contamination |7 |
|Alexandra Finotti, Nelson Caicedo, Everton De Oliveira & JosÈ Luiz Zoby | |
|Detection and characterization of a vinyl chloride plume inside an |20|
|urbanized area |3 |
|Alessandro Gargini & Monica Pasini | |
|Wettability effects on the natural remobilization of mixed DNAPL pools |21|
|James W. Roy, James E. Smith & Robert W. Gillham |2 |
|Management and Decision Making | |
|Impacts of changing agricultural land-use practices on municipal |22|
|groundwater quality: Woodstock, Ontario |3 |
|Claus P. Haslauer, David L. Rudolph, Neil R. Thomson, Rob Walton & | |
|Margaret Misek-Evans | |
|Developing a farm wellhead protection plan |23|
|Hugh Simpson & James Myslik |4 |
|Managing basin-wide groundwater quality changes resulting from enhanced |24|
|groundwater recharge programs |1 |
|N. Thomas Sheahan, W. Greg Hamer & David S. Gould | |
|Risk-based design of cost-efficient remediation strategies at megasites |24|
|Fabio Serapiglia, Judith Sievers & Michael Finkel |9 |
|IMS-A risk-based management approach for megasites, example Bitterfeld |25|
|megasite, Germany |6 |
|Jochen Groúmann, Judith Sievers, Antje Ritter & Martin Keil | |
|Macro and micro scale evaluation of contaminant plumes at Aberdeen Proving|26|
|Ground |2 |
|Donald J. Green | |
|Natural Attenuation Processes and Applications | |
|SIReN: Site for innovative research on monitored natural attenuation |26|
|Sarah Macnaughton, Richard Swannell, Gordon Lethbridge, Philippa Scott, |9 |
|Graham Norris, Nicola Harries, Alwyn Hart & Jonathan Smith | |
|Assessing measurements of first-order degradation rates through the |27|
|virtual aquifer approach |4 |
|Sebastian Bauer, Christof Beyer & Olaf Kolditz | |
|Investigations of a large TCE plume discharging to surface water |28|
|Steven Chapman, Beth Parker & John Cherry |2 |
|Assessment of stable carbon isotopes as a tool for assessing MTBE |29|
|biodegradation at a field site |0 |
|Luis E. Lesser, Gerard Spinnler, Paul C. Johnson & Ramon Aravena | |
|Natural attenuation of volatile hydrocarbons in the unsaturated |29|
|zone-modelling for the VÔrlÜse field site |6 |
|Uli Maier, Uli Mayer & Peter Grathwohl | |
|Fate and transport of naphthenic acids in groundwater |30|
|Francoise Gervais & James Barker |5 |
|Wetlands as natural reactive barriers: the hydrological and |31|
|geomorphological landscape perspective |1 |
|Seiichiro Ioka & Norio Tase | |
|Steady state plumes: transverse mixing in aquifers, numerical experiments |31|
|and field scale predictions for natural attenuation |7 |
|Uli Maier, Hermann RÝgner & Peter Grathwohl | |
|Modelling a controlled-sourced, multichemical plume undergoing natural |32|
|attenuation |6 |
|Caitlin Martin, Hugh McCreadie, John W. Molson & Jim Barker | |
|Tracing landfill leachate impacts on groundwater using DOC geochemistry |33|
|and ?13C measurements |2 |
|Hossein Mohammadzadeh, Ian Clark & Gilles St-Jean | |
|Natural attenuation of N-S-O heteroaromatic compounds in groundwater: |33|
|chemical analyses, reactive transport experiments and field studies |8 |
|Matthias Piepenbrink, Martina KrÝger, Thomas Ptak & Peter Grathwohl | |
|In Situ Remediation | |
|In situ groundwater clean-up of MTBE by photocatalysis |34|
|May Chan, Alex Orlov, Richard Lambert & Rod Lynch |9 |
|Spatial variations in MTBE-biodegradation activity near a biobarrier in |35|
|Port Hueneme, California |8 |
|Luis E. Lesser & Paul C. Johnson | |
|Sequential reactive barrier remediation of ammonium-contaminated |36|
|groundwater using polymer mats |7 |
|Bradley M. Patterson, Michelle E. Grassi, Blair Robertson, Gregory B. | |
|Davis & Allan J. McKinley | |
|Separating the kinetic and sorption parameters of nitroaromatic compounds |37|
|in contact with granular iron |6 |
|Melissa Marietta & John F. Devlin | |
|Investigation of the performance of organic carbon permeable reactive |38|
|barriers using dissolved gas analysis |3 |
|Randi L. Williams, K. Ulrich Mayer, Rich T. Amos, David W. Blowes & Carol | |
|J. Ptacek | |
|Adsorption of natural organic matter and its effects on TCE degradation by|38|
|iron PRBs |9 |
|Stefano Marconetto, Lai Gui & Robert Gillham | |
|In situ chemical oxidation test of organic solvents with potassium |39|
|permanganate |8 |
|Salvador Jordana, Jordi GuimerÞ, Josep A. DomÕnec & Josep M. Subirana | |
|A meso-scale constructed wetland for the remediation of chlorobenzene |40|
|contaminated groundwater |4 |
|Arno Kaschl, Andrea Schultz, Carsten Vogt, Falk Dorusch, Peter Popp, Helko| |
|Borsdorf, Eberhard KÝster, Peter Kuschk, Matthias KÄstner & Holger Weiú | |
|On-site landfill leachate management in a headwater catchment |41|
|Brian Beatty & Joanne Thompson |2 |
|Surfactant enhanced air sparging in Borden sand |41|
|Gordon H. Brown, Michael D. Annable, Jaehyun Cho & Heonki Kim |8 |
|Remediation of bromate contaminated groundwater |42|
|Ray Butler, E. Cartmell, A. Godley & L. Lytton |6 |
|Remediation of groundwater contaminated by trichloroethylene using |43|
|groundwater extraction and effects of natural attenuation |3 |
|Nobuyuki Egusa, Tatemasa Hirata, Masanori Yoshioka & Osami Nakasugi | |
|Flow and Transport Modelling | |
|Pesticide transport in groundwater at the national scale: coupling an |44|
|unsaturated zone model with a groundwater flow model |1 |
|Aaldrik Tiktak, Ton Van Der Linden & Gerard Uffink | |
|Stochastic modelling of well head protection zones in highly heterogeneous|44|
|aquifers |9 |
|Monica Riva, Laura Guadagnini, Eugeniu Martac & Thomas Ptak | |
|An adaptive hybrid method of characteristics technique for solving solute |45|
|transport problems |8 |
|Jianmei Cheng, Danhong Huang & Jianming Chen | |
|Modelling groundwater/surface water interactions using MODFLOW-WhaT |46|
|R. Brad Thoms & R. L. Johnson |6 |
|A fully-coupled approach to evaluate the effectiveness of tile-drain |47|
|systems to control drainage water and salinity |3 |
|George B. Matanga, Claire Jacquemin & Don Demarco | |
|How old is the water? Simulating groundwater age at the watershed scale |48|
|J. W. Molson & E. O. Frind |2 |
|Large-scale groundwater flow and transport modelling: methodology and |48|
|application to the Meuse Basin, Belgium |9 |
|Philippe Orban, Serge Brouyere, Horatiu Corbeanu & Alain Dassargues | |
|Delineation of well head protection areas for wells in Urmia Plain, Iran, |49|
|using WhAEM2000 |6 |
|K. Badv & M. Deriszadeh | |
|Surface and groundwater qualities in an urbanized catchment: scenario from|50|
|a developing country |6 |
|Moshood N. Tijani & Shin-Ichi Onodera | |
|Applying a laboratory-scale biodegradation concept to model field-scale |51|
|reactive transport with advanced numerical methods |7 |
|Sascha E. Oswald, Ian A. Watson, Roger S. Crouch & Steven A. Banwart | |
|Numerical simulation of density-driven permanganate oxidation of |52|
|trichloroethylene DNAPL in a sandy aquifer |5 |
|Thomas H. Henderson, K. Ulrich Mayer, Beth L. Parker & Tom A. Al | |
|An object-oriented groundwater/river model |53|
|Olaf Kolditz, Martin Beinhorn & Rudolf Liedl |1 |
| | |




CALIBRATION AND RELIABILITY IN GROUNDWATER MODELLING: COPING WITH
UNCERTAINTY (265)

Edited by F.Stauffer, W. Kinzelbach, K. Kovar & E. Hoehn

|Modelling Concepts | |
|Verification of a fracture network transport model including | |
|two-dimensional rock matrix diffusion W. Barten, P. C. Robinson & B. |3 |
|Tirbonod | |
|Modelling of karst development considering conduit-matrix exchange flow | |
|Sebastian Bauer, Rudolf Liedl & Martin Sauter |10 |
|Characterization of gypsum aquifers using a coupled continuum-pipe flow | |
|model Steffen Birk, Rudolf Liedl & Martin Sauter |16 |
|Modelling of dual porosity media: comparison of different techniques and| |
|evaluation of the impact on plume transport simulations S. BrouyÕre, | |
|A. Dassargues, R. Therrien & E. A. Sudicky |22 |
|Removing the boundaries to efficient groundwater contaminant transport | |
|modelling Chris Kennedy, Hans Ericsson & Bill Lennox |28 |
|Artificial neural networks: development and application in groundwater | |
|pollution remediation design T. D. Krom & D. Rosbjerg |34 |
|Application of economic-risk analysis for design and optimization of the| |
|Kansas City Plant interceptor system Alan D. Laase, James O. Rumbaugh | |
|III, Evan R. Anderman & Joseph L. Baker |41 |
|Validity and sensitivity analysis of a new comprehensive clogging model | |
| |47 |
|A. PÈrez-Paricio & J. Carrera | |
|Development of a hydrogeological model for the Kiev conurbation | |
|V. M. Shestopalov, Yu. F. Rudenko, A. S. Bohuslavsky, A. B. Markovska & | |
|N. B. Kasteltseva |54 |
|A method-of-characteristics concept for advective tracer transport in | |
|fracture networks C. Thorenz, O. Kolditz & W. Zielke |60 |
|An integrated groundwater, pipe and open-channel flow model for | |
|simulation of aquifer-adit systems Beiyan Zhang & David N. Lerner |67 |
|Stochastic Modelling | |
|Tracer travel time analysis for inference of aquifer geostatistical | |
|parameters Alberto Bellin & Yoram Rubin |77 |
|Characterization of dispersion in an alluvial aquifer by tracing | |
|techniques and stochastic modelling N. Courtois, O. Gerbaux-Francois, C.| |
|Grenier, P. Maugis, E. Mouche, C. de Fouquet, P. Goblet & E. Ledoux |84 |
|Solute transport in evolving scale formations: analysis of the | |
|concentration field Aldo Fiori & Alberto Bellin |90 |
|The use of well transport theory for identification of aquifer | |
|properties: 1. Radial divergent flow; 2. Recharging and pumping wells |96 |
|flow G. Dagan & P. Indelman | |
|The reliability of a stochastic fracture generator A. Hemminger, L. | |
|NeunhÄuserer & R. Helmig |104|
|Evaluation of the transition characteristics of macroscopic dispersion | |
|and estimation of the non-uniform hydrogeological structure Kei Nakagawa|110|
|& Kenji Jinno | |
|Permeability field estimation by conditional simulations of geophysical | |
|data LuÌs Miguel Nunes & LuÌs Ribeiro |117|
|Simultaneous estimation of transmissivity (or conductivity), storage | |
|coefficient (or porosity) and effective recharge, in a stochastic | |
|framework M. M. Pacheco Figueiredo, L. Ribeiro & J. M. P. Ferreira Lemos|124|
|Three-dimensional steady state flow to a well in a randomly | |
|heterogeneous aquifer Monica Riva, Alberto Guadagnini, Shlomo P. Neuman |131|
|& Daniel M. Tartakovsky | |
|On the concept of block effective macrodispersivity Yoram Rubin |137|
|Upscaling transmissivity under radially convergent flow X. SÀnchez-Vila,| |
|M. Bayer, J. Carrera & C. L. Axness |141|
|An algorithm for the reconstruction and visualization of 3-D groundwater| |
|units N. M. Sirakov, L. Ribeiro, P. Pina & F. H. Muge |148|
|Parameter Estimation and Model Calibration | |
|A hybrid Marquardt-Simulated Annealing method for solving the | |
|groundwater inverse problem A. Alcolea, J. Carrera & A. Medina |157|
|Calibration of the Oro Moraine multi-aquifer system: role of geology and| |
|objective function Jos Beckers & Emil O. Frind |164|
|Influence of pumping head data in the conditional estimation of a | |
|transmissivity field C. Darcel, M. Donato, C. Grenier, P. Maugis & E. |171|
|Mouche | |
|Calibration of a 3-D groundwater model of the post-Permian sedimentary | |
|cover at the Morsleben radioactive waste repository site B. Ehrminger, | |
|M. Genter, W. Klemenz & J. Wollrath |177|
|Calibration of 3-D transient groundwater flow models for fractured rock | |
|J. J. GÑmez-HernÀndez, H. J. W. M. Hendricks Franssen, A. Sahuquillo & |185|
|J. E. Capilla | |
|Guidelines for model calibration and application to flow simulation in | |
|the Death Valley regional groundwater system Mary C. Hill, Frank A. | |
|D'Agnese & Claudia C. Faunt |195|
|A comparison of solute-transport solution techniques based on inverse | |
|modelling results Steffen Mehl & Mary C. Hill |205|
|A new look at traditional deterministic flow models and their | |
|calibration in the context of randomly heterogeneous media Shlomo P. |213|
|Neuman & Alberto Guadagnini | |
|Computational aspects of the coupled inversion of groundwater flow and | |
|mass transport A. Sahuquillo, H. J. W. M. Hendricks Franssen, J. J. | |
|GÑmez-HernÀndez & J. E. Capilla |222|
|Determination of the hydraulic properties of a multilayered aquifer from| |
|pumping test data using genetic algorithms Y. Takeshita, I. Kohno & K. |229|
|Yasui | |
|Automatic model calibration using a universal approximator Paul Torfs & | |
|George Bier |236|
|Three-dimensional inverse modelling of pneumatic tests in unsaturated | |
|fractured rocks Velimir V. Vesselinov, Shlomo P. Neuman & Walter A. |243|
|Illman | |
|Calibration and sensitivity analysis of the 3-D Cape Cod tracer test S. | |
|Wagner, F. HÄfner, S. Boy & A. Behr |250|
|The benefit of using data on canal seepage and tracer concentration in | |
|aquifer parameter estimation E. Zechner, D. Genereux & J. Saiers |256|
|Reliability of Model Prediction | |
|Predictive modelling of flow in a two-dimensional intermediate-scale, | |
|heterogeneous porous media Gilbert R. Barth, Mary C. Hill, | |
|Tissa H. Illangasekare & Harihar Rajaram |265|
|Uncertainty analysis of groundwater heads around underground storage | |
|caverns due to the spatial variability of hydraulic conductivity Il-Moon| |
|Chung, Woncheol Cho & Jun-Haeng Heo |272|
|An optimal decision for contaminant plume capture design in a | |
|groundwater system under parameter and boundary uncertainty Bernard B. |278|
|Hsieh | |
|Computationally efficient methods for the quantification of | |
|uncertainties in groundwater modelling Harald Kunstmann & Wolfgang |285|
|Kinzelbach | |
|Uncertainty propagation using the point estimate method S. Mishra |292|
|Linking groundwater, contaminant transport, and water distribution | |
|models to determine the uncertainty of drinking water contaminant | |
|exposure S. D. Normani, J. F. Sykes & W. C. Lennox |297|
|Reliability-based evaluation of groundwater remediation strategies H. W.| |
|Reeves, J. Lee, C. H. Dowding & A. J. Graettinger |304|
|Stochastic well capture zones in fully, leaky, and randomly confined, | |
|heterogeneous aquifers Matthijs van Leeuwen, Adrian P. Butler, | |
|Jacob A. Tompkins & Chris B. M. Te Stroet |310|
|Contaminant transport modelling under random sources P. Patrick Wang & | |
|Chunmiao Zheng |317|
|Comprehensive Use of Field Information | |
|Value of seismic data for the risk assessment of mass transport: a case | |
|study J. E. Capilla, J. J. GÑmez & A. Sahuquillo |327|
|Modelling of radon-222 as a proxy for vapour phase transport in the | |
|unsaturated zone D. A. Gibbons, R. Kalin & H. Johnston |334|
|Methodology for the hydraulic characterization of a granitic block | |
|L. MartÌnez-Landa, J. Carrera, J. GuimerÞ, E. Vazquez-SußÈ, L. Vives, | |
|P. Meier & T. Fierz |340|
|Modelling the tritium release from underground nuclear tests performed | |
|at Mururoa and Fangataufa: a conservative estimate based on uncertain | |
|data W. Pfingsten & J. Hadermann |346|
|Variational data assimilation of soil moisture and temperature from | |
|remote sensing observations R. H. Reichle, D. McLaughlin & D. Entekhabi |353|
|Conditional geostatistical modelling of an alluvial aquifer system | |
|characterized by poor-quality shallow groundwater N. C. Ruud, T. Harter,| |
|G. S. Weissmann & G. E. Fogg |360|
|Estimation of the sustainable yield of a borehole including boundary | |
|information, drawdown derivatives and uncertainty propagation Gerrit van| |
|Tonder, Harald Kunstmann, Yongxin Xu & FranÃois Fourie |367|
|Nonlinear and Coupled Flow and Transport Modelling | |
|Density Flow Modelling | |
|On modelling of density driven flow P. Ackerer, A. Younes, S. E. Oswald |377|
|& W. Kinzelbach | |
|A comparison of different model concepts for saltwater intrusion | |
|processes R. Hinkelmann, H. Sheta, H. Class & R. Helmig |385|
|Three-dimensional density-dependent calculation of matrix fracture flow | |
|Christoph KÆnig & Carola BlÆmer |392|
|A three-dimensional physical model for verification of variable-density | |
|flow codes S. E. Oswald & W. Kinzelbach |399|
|Conceptual and numerical modelling of density induced migration of | |
|radioactive contaminants at the Lake Karachai waste disposal site V. G. | |
|Rumynin, V. A. Mironenko, L. N. Sindalovsky, A. V. Boronina, P. K. |405|
|Konosavsky, C. Gallo & E. Leonardi | |
| Multiphase Modelling | |
|Characterization of residual NAPL using partitioning tracers: temporal | |
|moment analysis Sten Berglund, Daniel Torstensson & George Demmy |412|
|Error propagation in the Newton-based solution control of unsaturated | |
|flow Hans-JÆrg G. Diersch & Pierre Perrochet |418|
|Reliability of models for isothermal and non-isothermal multiphase | |
|processes in porous media R. Helmig & H. Class |425|
|Two-phase flow simulation of water-sealing of compressed air storage | |
|under cyclic pressure change in an unlined rock cavern Takeshi Kawatani |432|
|& Masahiko Saito | |
|The influence of interfacial tension reduction on organic liquid | |
|migration: numerical and experimental comparisons Klaus M. Rathfelder, | |
|Linda M. Abriola, Michael A. Singletary & Kurt D. Pennell |439|
|Multiphase modelling of gas storage in aquifer with automatic | |
|calibration and confidence limits Dominique ThiÈry & Karine Guedeney |448|
|DNAPL spill and plume migration in a naturally heterogeneous aquifer | |
|analogue Janet Whittaker, Georg Teutsch & Peter Grathwohl |455|
| Reactive Transport Modelling | |
|Transfer of tracer data to mixing-controlled reactive transport Olaf A. |461|
|Cirpka | |
|Estimation of sequential degradation rates of perchloroethylene by | |
|"history matching" R. A. A. Hetterschijt, C. B. M. te Stroet & T. N. P. |468|
|Bosma | |
|Multicomponent solute transport model with cation exchange in a redox | |
|subsurface environment Yoshinari Hiroshiro, Kenji Jinno, Shin-Ichiro |474|
|Wada, Takushi Yokoyama & Motohiro Kubota | |
|Reactive transport modelling with simulator MODCALIF-CHEM: prediction of| |
|the environmental impact of lignite dump waters Nils Hoth, Alexej |481|
|Kornjaev & Frieder HÄfner | |
|Assessing uncertainty in remediation by natural attenuation of a | |
|petroleum hydrocarbon contaminated site Monica P. Suarez & Hanadi S. |489|
|Rifai | |
|In situ measurements and numerical simulation of nitrate leaching from | |
|farm soil N. Yamashita & S. Sugio |495|
| Coupled Surface Water and Groundwater Modelling | |
|Coupling groundwater models to external simulation modules: strategies | |
|and application to surface waters C. Kaiser, H.-J. G. Diersch, |502|
|R. GrÝndler & V. Zlotnik | |
|Modelling groundwater recharge from intermittently flooded areas by | |
|calibration of time dependent leakage parameters U. Mohrlok, E. |509|
|Eberhardt & G. H. Jirka | |
|Application of a physically-based numerical model of surface and | |
|subsurface water flow and solute transport J. E. VanderKwaak & E. A. |515|
|Sudicky | |


HYDRO-ECOLOGY: LINKING HYDROLOGY AND AQUATIC ECOLOGY (266)

Edited by M. C. Acreman

|Applied hydro-ecological science for the twenty-first century (overview|1 |
|paper) | |
|M. J. Dunbar & M. C. Acreman | |
|Modification of Niger Delta physical ecology: the role of dams and | |
|reservoirs |19 |
|T. K. S. Abam | |
|The use of benthic invertebrate production for the definition of | |
|Ecologically Acceptable Flows in mountain rivers |31 |
|Andrea Buffagni | |
|A technique to predict the hydro-ecological effects in an ecological | |
|assessment of water projects |43 |
|Elke FreistÝhler, Antje Giers, Gert A. Schultz & Hermann Josef Bauer | |
|The flood-plain model INFORM for predicting ecological impacts caused | |
|by alterations in mean river stage |51 |
|Elmar Fuchs | |
|Sources, distribution and fate of arsenic along the TolimÀn River, | |
|ZimapÀn, Mexico |57 |
|Alfonso GarcÌa, MarÌa Aurora Armienta & Olivia Cruz | |
|Vertical integration of spatial and hydraulic data for improved habitat| |
|modelling using geographic information systems |65 |
|Thomas B. Hardy & R. Craig Addley | |
|Modelling abiotic-biotic links in the rivers of the Kruger National | |
|Park, Mpumulanga, South Africa |77 |
|G. P. W. Jewitt, D. C. Weeks, G. L. Heritage & A. H. M. GÆrgens | |
|The effects of large woody debris accumulations on river hydraulics and| |
|implications for physical habitat |91 |
|Conor Linstead | |
|Streamflow regime change and ecological response in the Lake Chad basin| |
|in Nigeria |101 |
|Lekan Oyebande | |
|In-channel metamorphosis in a semiarid, mixed bedrock/alluvial river | |
|system: implications for Instream Flow Requirements |113 |
|M. W. Rountree, G. L. Heritage & K. H. Rogers | |
|Upstream influence on the wetlands of the Bahr el Jebel, Sudan | |
|J. V. Sutcliffe & Y. P. Parks |125 |
|Eco-environment quality assessment: a quantifying method and case study| |
|in the Ning Xia arid and semiarid region, China |139 |
|Xia Jun, Wang Zhonggen & Wang Fuyong | |
|Hydro-ecological variability within a groundwater dominated stream | |
|Paul J. Wood, Maureen D. Agnew & Geoffrey E. Petts |151 |




GIS AND REMOTE SENSING IN HYDROLOGY, WATER RESOURCES AND ENVIRONMENT (289)

Edited by Yango Chen, Kaoru Takara, Ian Cluckie & F. Hilaire De Smedt

|Weather radar technology and future developments |11 |
|Ian David Cluckie & Miguel Angel Rico-Ramirez | |
| |Flood Forecasting | |
|Application of GIS and remote sensing in flood modelling for complex |23 |
|terrain | |
|F. H. De Smedt, Y. B. Liu, S. Gebremeskel, L. Hoffmann & L. Pfister | |
|Impact of flood retarding structures on simulated streamflow for |33 |
|various sized watersheds under varying climatic conditions | |
|Michael W. Van Liew | |
|Small basin flash flood simulation with TOPMODEL |41 |
|Yangbo Chen, Dehua Zhu & Jianhua Zhao | |
|Parameterization using ArcView GIS in medium and large watershed |50 |
|modelling | |
|Y. B. Liu, F. H. De Smedt, L. Hoffmann & L. Pfister | |
|A computation model for estimating the input flood of the Feilaixia |59 |
|reservoir in Guangdong, south China | |
|Junhe Chen, Haiyang Liu & Xiaoyue Chen | |
|Probabilistic forecasting of distributed river stage conditions using|66 |
|a Monte Carlo simulation | |
|Paul James Smith & Toshiharu Kojiri | |
|Preliminary design of GIS-based integrated basin management and flood|73 |
|control information system for SWRC | |
|Wu Chaojun, Zhang Defu & Yang Jixing | |
|The application of Web GIS in emergency flood control system |80 |
|Huicheng Zhou, Bin He, Lingya Zhu & Guohua Liang | |
| |Runoff Simulation | |
|Effect of map scale and grid size for hydrological modelling |91 |
|NurÝnnisa Usul & Onur Pa?ao?ullari | |
|Simulation of runoff and sediment flow in a catchment based on |101|
|land-unit flow networks | |
|Gaohuan Liu, Qiangguo Cai, Huiyi Zhu & Zhenghong Tang | |
|Study on L-moment estimations for log-normal distribution with |107|
|historical flood data | |
|Yuanfang Chen, Shengbin Xu, Zhigui Sha, Pieter Van Gelder & Sheng-Hua| |
|Gu | |
|Spatially distributed snowmelt simulation and GIS application in the |114|
|Wei River basin | |
|Z. X. Xu, C. M. Liu, H. Ishidaira & K. Takeuchi | |
|Use of data obtained via a global positioning system to verify |122|
|numerical flow results in a lake | |
|Masaji Watanabe & Satoshi Numaguchi | |
|Characteristics, evolution and trend forecasts for the runoff in the |132|
|upper Yellow River | |
|Lan Yongchao, Ding Yongjian, Chen Xianzhang & Ma Jianhua | |
|Research on spatial structure changes of urban land use |141|
|Zhang Xin-Chang & Pan Qiong | |
|An integrated approach for inundation simulation in an urban area |151|
|Shiu-Shin Lin, Hsiang-Kuan Chang, Shang-Hsien Hsieh, Jan-Tai Kuo & | |
|Jihn-Sung Lai | |
|Runoff and sediment yield simulation in a large basin using GIS and a|157|
|distributed hydrological model | |
|Fanghua Hao, Xuesong Zhang, Hongguang Cheng, Changming Liu & Zhifeng | |
|Yang | |
| |Hydrological Changes | |
|Detection of long-term changes in precipitation and discharge in the |169|
|Meuse basin | |
|M. Tu, M. J. Hall, P. J. M. De Laat & M. J. M. De Wit | |
|GIS-supported mitigation of the impact of hydropower dams on the |178|
|flood plains of the Drava-Mura Rivers in Croatia/Hungary | |
|Ulrich Schwarz & JÝrg Bloesch | |
|A study of the relationship between rainfall variability and the |188|
|improvement of using a distributed model | |
|Ziya Zhang, Michael Smith, Victor Koren, Seann Reed, Fekadu Moreda, | |
|Vadim Kuzmin & Richard Anderson | |
|Human-induced hydrological changes in the river network of the Pearl |197|
|River Delta, South China | |
|Xiaohong Chen & Yongqin David Chen | |
|Determination of regional heat fluxes over heterogeneous land |206|
|surfaces | |
|Yaoming Ma, Weiqing Ma, Maoshan Li, Zhongbo Su, Massimo Menenti, | |
|Osamu Tsukamoto, Hirohiko Ishikawa, Toshio Koike & Jun Wen | |
|Statistical modelling and estimating the irrigation and man-made |215|
|effects on annual runoff and water resources | |
|Nataliya Loboda & Phan Van Chinh | |
|Impact of land use changes on runoff of the Taihu basin, China |219|
|Gao Junfeng | |
|Numerical simulation study on the coupling of a regional climate |227|
|model with a hydrological model | |
|Suoquan Zhou, Gengyuan Xue, Peng Gong & Xu Liang | |
| |Water Resources Management | |
|An application of the VIC-3L land surface model with the new surface |241|
|runoff model in simulating streamflow for the Yellow River basin | |
|Zhenghui Xie, Qian Liu & Fengge Su | |
|The seamless integrating technology of GIS and Management Information|249|
|Systems (MIS) for water resources | |
|Weidong Zhao & Yunxia Li | |
|An optimization model for the integrated operation of the multiple |254|
|reservoirs in the Upper Yellow River | |
|Jiaqi Hu, Yangbo Chen & Sichun Gao | |
|The research framework of Provincial Digital Water Conservancy |261|
|Hanwei Xu, Youjing Zhang & Berhe Getnet Baraki | |
|Simplification of an existing mass conservative streamline tracking |269|
|method for two-dimensional CFD velocity fields | |
|Zhenquan Li & Gordon Mallinson | |
|Wetland study in Guangdong Province using remote sensing technology |276|
|Ke Dong & Jiang Tao | |
| |Environmental Modelling | |
|Water quality monitoring and the morphological paradigm in the Danube|285|
|River Basin-a review | |
|JÝrg Bloesch | |
|A GIS-based tool for enhancing the ecomorphological quality of |293|
|running waters | |
|Michael Haase, Guenter Barnikel, Andreas Stegmaier & Werner Dreher | |
|GIS application for mapping of phytoplankton using multi-channel |301|
|fluorescence probe derived information | |
|Yosef Z. Yacobi & M. Schlichter | |
|Predicting soil loss from logging in Malaysia |308|
|Hooi Ling Lee, Hock Lye Koh & H. A. Al'Rabia'ah | |
|The study of chlorophyll detection in coastal waters based on |316|
|environmental variables | |
|Chen Xiaoxiang, Ding Xiaoying & Chen Si | |
|Development of an environment detection information system and its |322|
|application in the region of Longyangxia reservoir, upper reach of | |
|the Yellow River | |
|Huo Xu & Yongnian Zeng | |
|Modelling Everglades fish ecology: role of temperature, hydrology and|328|
|toxicity | |
|H. L. Koh, H. A. Al-Rabai'ah, D. DeAngelis & H. L. Lee | |
|Nutrient export patterns from an agricultural catchment in southeast |336|
|China | |
|Wenzhi Cao, Huasheng Hong, Yuzhen Zhang, Shiping Yue & Yuanhong Ding | |
|Multi-temporal land use mapping using remotely sensed techniques and |343|
|the integration of a pollutant load model in a GIS | |
|Daniel Ierodiaconou, Laurie Laurenson, Marc Lebanc, Frank Stagnitti, | |
|Gordon Duff & Scott Salzman | |
| |Data Observation and Management | |
|Spatial and temporal extension of large basin hydrometeorological |355|
|records using a distributed modelling approach | |
|J. Graham Lang, Janet H. P. Wong, Stephen J. Burges & Maurice B. | |
|Danard | |
|Comparison of spatial patterns between cellular automata model |363|
|simulations and remote sensing observations | |
|Qiuwen Chen & Arthur E. Mynett | |
|Optimum quantization of remotely sensed rainfall data |371|
|D. Han & I. D. Cluckie | |
|Estimating daily precipitation for England and Wales using splines |378|
|with collateral topographic and radar data sets | |
|Neil Stuart & Claire H. Jarvis | |
|Mapping landslide susceptibility in the Three Gorges area, China |385|
|using GIS, expert knowledge and fuzzy logic | |
|A-Xing Zhu, Rongxun Wang, Jianping Qiao, Yongbo Chen, Qiangguo Cai & | |
|Chenghu Zhou | |
|Verification of an NDVI-evapotranspiration model using a single layer|392|
|model | |
|Hiroaki Watanabe, So Kazama & Masaki Sawamoto | |
|Tracking MCSs automatically based on improved area-overlapped method |401|
| | |
|Fang Zhaobao, Lin Hui, Wu Lixin, Jiang Jixi & Huang Qiang | |
|Desertification and carbon emission in the headwater area of the |410|
|Yellow River using remote sensing | |
|Yongnian Zeng, Zhaodong Feng & Huo Xu | |




REDUCING THE VULNERABILITY OF SOCIETIES TO WATER RELATED RISKS AT THE BASIN
SCALE (317)

Edited by Andreas Schumann & Markus Pahlow

River Basin Interdependencies
Maurits Ertsen, Daniel Prieto & Nick Van De Giesen

Hydrological interdependencies of irrigation systems and river catchments,
3
Harro Bode & Michael Weyand

Integrated river basin management in the catchment area of the Ruhr River,
9
Y. A. Mohamed, B. J. J. M. van den Hurk & H. H. G. Savenije

Moisture recycling over the Nile basin, 18
Albert Van Dijk, Geoff Podger & Mac Kirby

Integrated water resources management in the Murray-Darling Basin:
increasing demands on decreasing supplies, 24
Hong Yang & Shaofeng Jia

Where has the Yellow River water gone ? 31
Hydro-Ecological Aspects in Water Management
Tomoya Kawaguchi & Toshiharu Kojiri

Development of a distributed hydrological model representing the
relationship between the water cycle and human activities for whole river
basin environmental assessment, 41
Louise Korsgaard, Torkil Jønch-Clausen, Dan Rosbjerg & Jesper Sølver Schou

Using economic valuation of environmental flows to integrate ecological
aspects into water management, 49
Desmond Yaw Manful, Giselher Kaule & Nick Van De Giesen

Application of a fuzzy logic approach for linking hydro-ecological
simulation output to decision support, 54
Jose Arturo Restrepo

Landscape dynamics, forest fragmentation and their relation to socio-
economic history and biophysical attributes in the Colombian highlands, 60
Mario Sax, Jürgen Schmude & Alexander Dingeldey

Water and tourism - simulating the tourist water use in the Upper Danube
Catchment Area, 66
Vincent Lawrence Versace, Daniel Ierodiaconou, Frank Stagnitti, Andrew John
Hamilton, M. Todd Walter & Marc Leblanc

The relationship between native vegetation and in-stream salinity: an
Australian case study, 72
Chemical Loads of Water by Nitrogen, Phosphorous and Pesticides
Martin Bach, Björn Röpke & Hans-Georg Frede

Pesticide river contamination-identification of significant pressures in
the context of the WFD, 79
Maja Brandt, Berit Arheimer & Lotta Andersson

Catchment modelling for quantification of Swedish nutrient transport to the
sea and effects of measures, 84
Lutz Breuer, Wolfgang Reiher, Thorsten Pohlert, Johan A. Huisman, Bernd
Weinmann, Kellie B. Vaché, Martin Bach, Stefan Gäth & Hans-Georg Frede

Integrated assessment of potential impacts on water and soil related
ecosystem services due to the European Common Agricultural Policy, 90
Markus Casper, Jost Grimm-Strele, Hendrik Lambrecht, Margarete Finck, Nina
Graveline, Thomas Gudera, Stephanie Korte, Burkhard Schneider & Paul van
Dijk

EU-Project MoNit: a DSS to assess the impact of actions and changing
frameworks on the nitrate load in the Upper Rhine Valley aquifer, 96
Uwe Haberlandt & Sven Van Der Heijden

Modelling of nitrogen leaching based on collective intelligence, 102
Alexander Smajgl & Peter C. Gehrke

Integrating economic and ecological modelling in the Great Barrier Reef
catchments, 107
Erosion, Sedimentation and Reservoirs
Axel Bronstert, Ramon J. Batalla, José C. de Araújo, Till Francke, Andreas
Güntner, George Mamede & Eva Müller

Investigating erosion and sediment transport from headwaters to catchments
to reduce reservoir siltation in drylands, 119
Carmen de Jong

Impounded rivers: aridification and geomorphological risks, 123
Achim Schulte, Bohumir Jansky, Gerhard Daut, Ralf Irmler & Robert van
Geldern

Sediment dynamics from the drainage area into Lake Mladotice (western Czech
Republic) in relation to flood events and under the influence of pre- to
post-communist landscape changes, 130
George Leite Mamede, José Carlos De Araújo & Axel Bronstert

Global change scenarios in the prediction of reservoir sedimentation and
water availability, 137
Institutions in River Basin Management
Khalid Mohamed El-Hassan Abdalla

Institutional and legal arrangements in the Nile River basin: suggestions
for improvement of the current situation, 145
Ines Dombrowsky

Institutions for international river management - is integrated water
resources management a viable concept ? 151
Charles Hans Komakech, Frank G. W. Jaspers & Pieter van der Zaag

Strengthening transboundary river basin institutions: a comparative
learning from basin institutions in Africa, Europe and Southeast Asia, 157
Regional Water Management
Luna Bharati, Charles Rodgers, Serge Shumilov, Maria Plotnikova & Paul Vlek

Integrated modelling of conjunctive use of surface and groundwater
resources in a small-scale irrigation system in the Volta Basin, Africa,
167
Alain Marie Bernard Passerat De Silans, Wamberto Raimundo Da Silva Junior,
Carmem Lúcia Moreira Gadelha, Hamilcar José Almeida Filgueira & Martim
Assueros Gomes

Integrated water management for the Epitácio Pessoa Reservoir in the semi-
arid region of Brazil, 173
Miha Nartnik, Brigita Jamnik & Primo? Auersperger

Has traditional water management failed at Ljubljansko barje water resource
? 179
Abdulla Noman

Status of water resources development and management in Yemen, 186
Annette Oelert & Dan Rosbjerg

Water distribution and resource management in the Shule River Basin, 191
Luis Samaniego & András Bárdossy

Exploratory modelling applied to Integrated Water Resources Management, 197

Cristina Silva & Rodrigo Maia

Water management solutions for the Algarve River basin, 204
Impact Assessment
P. Brunner, W. Kinzelbach, W. P. Li & X. G. Dong

Coupled surface water/groundwater modelling for the management of soil
salinity, 213
Jelle Buma, Caroline Sullivan, Neno Kukuric & Jasper Griffioen

Can water stressed regions be characterised when there is sparse data ? 219

Wouter Buytaert, Rolando Célleri, Bert De Bièvre & Vicente Iñiguez

The impact of pine plantations on water yield: a case study from the
Ecuadorian Andes, 225
Pradeep P. Lodha & Ashvani K. Gosain

Effective impact assessment of development based programmes through
quantification of livelihoods, 229
Saeed Morid, Nazanin Shahkarami & Mohammad A. Rahimi Jamnani

Optimization of cropped area, based on forecast streamflows (a case study:
Soofichay irrigation systems), 235
Decision Support Tools
Ekin Birol, Phoebe Koundouri & Yiannis Kountouris

Using the contingent valuation method to inform sustainable wetland
management: the case of the Akrotiri wetland in Cyprus, 243
Andrea Castelletti, Francesca Pianosi, Valentina Sachero & Rodolfo Soncini
Sessa

TwoLe/P: a MODSS implementing PIP procedure for participatory water basin
planning, 251
Thomas Hein, Alfred P. Blaschke, Gertrud Haidvogl, Severin Hohensinner,
Walter Reckendorfer, Karl Reiter, Bernd Schuh & Gabriele Weigelhofer

Urban flood plains - optimised management strategies in the face of
conflicting ecological and socio-economic demands, 258
Subha Vishnudas, Hubert H. G. Savenije & Pieter Van Der Zaag

A conceptual framework for the analysis of sustainable watershed management
projects, 263
Global and Climatic Changes
Stefan Kaden, Michael Kaltofen & Hagen Koch

Water resources management and water availability in the Elbe River basin
under conditions of global change, 273
Atef Kassem, Tamas Hamory & Maurice Sydor

From concept to practice - a tool for integrated water resources management
under climate change, 278
Young-Oh Kim, Hyung Il-Eum, Dae Il Jeong, Dong-Hyun Kang, Dong-Hyun Cha &
Dong-Kyou Lee

Vulnerability and adaptation to climate change in the Geum River Basin,
Korea, 283
Scales of Vulnerability Against Flooding
Saut A. H. Sagala, Paul Hofstee & Nanette Kingma

Reducing flood vulnerability: the model of resilience in Naga City, the
Philippines, 291
Brian Webby, Peter Adamson, John Boland, Phil Howlett & Andrew Metcalfe

Conditional Value-at-Risk analysis of flooding in the Lower Mekong Basin,
297
Flood Risk Management at Different Scales
Gerd Morgenschweis & Christian Heitefuss

Operational flood protection management in the Ruhr River catchment basin
in Germany: challenges and limitations, 305
Annegret H. Thieken, Heidi Kreibich, Meike Müller, Matthias Nicklisch &
Bruno Merz

Flood losses in private households: analysis of influencing factors and
implications for flood loss modelling, 312
Tools to Estimate and Reduce Flood Risk
Susanne Bachner, Alice Kapala & Clemens Simmer

Estimation of trends in rainfall extremes as important input parameters for
flood risk assessment, 319
Jürgen Baumann, Isidro Gaytan, José Luis Arellano, Jose Luis Miranda & Juan
Alberto Rodriguez

Database improvement for better land management and natural disaster
prevention in a tropical watershed, 325
Johannes Cullmann, Gerd. H. Schmitz & Wilfried Görner

A new system for online flood forecasting - performance and implications,
330
Jörg Dietrich, Frank Voss & Andreas Schumann

Operational flood risk management based on ensemble predictions, 337
Lutz Feldmann & Jens Schramm

Automatic optimization offers new possibilities for cost-effective flood
protection at urban rivers, 342
Dagmar Haase & Carsten Bohn

Flood vulnerability and preparedness: model approach to mitigate the risk
for local communities, 347
Andreas Schumann & Bastian Klein

Is hydrology reducing vulnerabilities ? 354
Slobodan P. Simonovic

Fuzzy reliability analysis of floods: an approach for integration of
objective and subjective risks, 362
Tilo Keller, Oliver Buchholz, Ulrich Kern, Dirk Meetschen & Clemens Simmer

HowisErft - a remote sensing based flood prediction and information system,
372
Irina Krasovskaia, Lars Gottschalk, Hallvard Berg, Alison Mcerlain, Denys
Ngu & Timm Ruben Geissler

Combating flooding together, 377
Heidi Kreibich, Meike Müller, Annegret Thieken & Bruno Merz

Main factors influencing the economic flood damage of companies, 384
Jochen Schanze

A European framework of integration for flood risk management, 389
Darren Lumbroso, David Ramsbottom & Mathias Spaliveiro

Sustainable methods for reducing communities' vulnerability to flooding in
Mozambique, 394
Erik Jan Langkamp, Ludolph Wentholt, Bob Pengel, Reinhart Vogt, Sebastian
Schnitzler & Kees de Gooijer

NOAH, the right information at the right time at the right place, 400
Hydraulic Structures Mitigating Flood Risk
Daniel Bachmann, Gesa Kutschera, Maren Niemeyer, Nils Peter Huber & Jürgen
Köngeter

Risk assessment for hydraulic structures: procedure and application, 409
Ronald Haselsteiner & Theodor Strobl

Constraints and methods of refurbishment measures for dikes, 415
Philippe Lazaro & Guy Toussin

Flood relief project at Esch-sur-Sûre, 420
C. Mai Van, P. H. A. J. M. Van Gelder & J. K. Vrijling

Reliability of coastal flood defences in Vietnam, 424
Sutham Visutimeteegorn, Kanchit Likitdecharote & Suphat Vongvisessomjai

The effects of Chao Phraya dam operation on the upstream flood inundation,
432
Thomas Will & Heiko Lieske

Flood Protection vs Heritage Conservation? An integrated urban and
landscape design approach for Grimma, Saxony, 441

A NEW FOCUS ON GROUNWATER-SEAWATER INTERACTIONS (312)

Edited by Ward Sanford, Christian Langevin, Maurizio Polemio & Pavel
Povinec

|OVERVIEW |3 |
|Background and Summary: A new focus on groundwater-seawater interactions | |
|Christian Langevin, Ward Sanford, Maurizio Polemio & Pavel Povinec | |
|Regional assessment of groundwater discharge into seas: present-day |11 |
|concepts and methods Igor S. Zektser & Roald G. Dzhamalov | |
|Groundwater-seawater interactions in tsunami affected areas: solutions |19 |
|and applications Evgeny A. Kontar | |
|The importance of shallow confining units to submarine groundwater flow |28 |
| | |
|John F. Bratton | |
|PHYSICAL APPROACHES | |
|Investigations of the brackish karst springs on the Croatian Adriatic |39 |
|Sea coast Ognjen Bonacci & Ivana Gabri? | |
|Geoelectric and geochemical studies for hydrological characterization of|50 |
|Sagar Island, South 24 Parganas, West Bengal, India R. K. Majumdar & D.| |
|Das | |
|Investigation of submarine groundwater discharge using several methods |60 |
|in the inter-tidal zone Tomotoshi Ishitobi, Makoto Taniguchi, Yu | |
|Umezawa, | |
|Shigeru Kasahara, Shin-Ichi Onodera, Masaki Hayashi, Kunihide Miyaoka & | |
| | |
|Mitsuru Hayashi | |
|Seasonal changes in the groundwater-seawater interaction and its |68 |
|relation to submarine groundwater discharge, Ise Bay, Japan Kunihide | |
|Miyaoka | |
|Basin-wide groundwater flow study in a volcanic low permeability bedrock|75 |
|aquifer with coastal submarine groundwater discharge Jun Shimada, | |
|Daisuke Inoue, Sou Satoh, Naohiko Takamoto, Tomoya Sueda, Yoshitaka | |
|Hase, Show Iwagami, Maki Tsujimura, Tomotoshi Ishitobi & Makoto | |
|Taniguchi | |
|Comprehensive evaluation of the groundwater-seawater interface and |86 |
|submarine groundwater discharge Makoto Taniguchi, Tomotoshi Ishitobi, | |
|William C. Burnett & Jun Shimada | |
|Possibilities of geophysical survey for groundwater contamination and |93 |
|subsurface pollution determination and monitoring in the coastal zone | |
|Yuriy R. Ozorovich & Evgeny A. Kontar | |
|Multi-channel resistivity investigations of the freshwater-saltwater |100 |
|interface: a new tool to study an old problem Peter W. Swarzenski, | |
|Sarah Kruse, | |
|Chris Reich & Wolfgang V. Swarzenski | |
|CHEMICAL APPROACHES | |
|Remaining uncertainties in the use of Rn-222 as a quantitative tracer of|109 |
|submarine groundwater discharge William C. Burnett, Isaac R. Santos, | |
|Yishai Weinstein, Peter W. Swarzenski & Barak Herut | |
|In situ underwater gamma-ray spectrometry as a tool to study |119 |
|groundwater-seawater interactions Pavel P. Povinec | |
|Temporal variability of submarine groundwater discharge: assessments via|125 |
|radon and seep meters, the southern Carmel Coast, Israel Yishai | |
|Weinstein, | |
|Yehuda Shalem, William C. Burnett, Peter W. Swarzenski & Barak Herut | |
|Seasonal changes in the radium-226 distribution on the southeastern USA|134|
|continental shelf: implications for changing submarine groundwater | |
|discharge Willard S. Moore | |
|A box model to quantify groundwater discharge along the Kona coast of |142|
|Hawaii using natural tracers Richard N. Peterson, William C. Burnett, | |
|Craig R. Glenn & Adam J. Johnson | |
|Nutrient dynamics with groundwater-seawater interactions in a beach |150|
|slope of a steep island, western Japan Shin-ichi Onodera, Mitsuyo | |
|Saito, Masaki Hayashi & Misa Sawano | |
|Nutrient inputs through submarine groundwater discharge to Ariake Bay, |159|
|Kyushu Island, Japan Jun Yasumoto, Mamoru Katsuki, Hidetomo Takaoka, | |
|Yoshinari Hiroshiro & Kenji Jinno | |
|Evaluation of fresh groundwater contributions to the nutrient dynamics |169|
|at shallow subtidal areas adjacent to metro-Bangkok Yu Umezawa, | |
|Tomotoshi Ishitobi, Sompop Rungsupa, Sinichi Onodera, Tsutomu Yamanaka,| |
|Chikage Yosimizu, Ichiro Tayasu, Toshi Nagata, Gullaya Wattayakorn & | |
|Makoto Taniguchi | |
|Influence of groundwater discharge through a coastal sandy barrier in |180|
|southern Brazil on seawater metal chemistry Herbert Windom, Willard | |
|Moore & | |
|Felipe Niencheski | |
|Chemical and isotopic characteristics of stagnant water isolated in a |189|
|coastal area Yasunori Mahara, Eiji Nakata, Takahiro Ooyama, Kimio | |
|Miyakawa, | |
|Yoshihisa Ichihara & Hiroyuki Matsumoto | |
|Existence of stagnant fresh groundwater and diffusion-limited chloride |197|
|migration in a sub-sea formation at Yatsushiro Bay, Japan Tomochika | |
|Tokunaga, | |
|Yuki Kimura & Jun Shimada | |
|Indicators and quality classification applied to groundwater management|201|
|in coastal aquifers: case studies of Mar del Plata (Argentina) and | |
|Apulia (Italy) | |
|E. M. Bocanegra, M. Polemio, H. E. Massone, V. Dragone, P. P. Limoni & | |
| | |
|M. Farenga | |
|Isotopic characterization of saline intrusion into the aquifers of a |212|
|coastal zone: case study of the southern Venice lagoon, Italy Julie C.| |
|Gattacceca, | |
|Christine Vallet-Coulomb, Adriano Mayer, Olivier Radakovitch, Enrico | |
|Conchetto, Corinne Sonzogni, Christelle Claude & Bruno Hamelin | |
|ModÈlisation de l'intrusion marine dans l'aquifÕre cÒtiÕre du GabÕs |219|
|(sud tunisien) / Seawater intrusion modelling for the Gabes coastal | |
|aquifer system (southern Tunisia) Badiaa Chulli, Abdalah Taheri Tizro | |
|& Nasime Jabnoun | |
|MODELLING APPROACHES | |
|Driving while under the influence: pumping-driven circulation under the|229|
|influence of regional groundwater flow M. Bayani Cardenas & John L. | |
|Wilson | |
|Evaluation of the hydraulic gradient at an island for low-level nuclear|237|
|waste disposal Prem Attanayake & Michael Sholley | |
|Climatic variation, recharge and freshwater lens salinity of a coral |244|
|atoll in the Pacific Ocean M. van der Velde, M. Vakasiuola, S. R. | |
|Green, V. T. Manu, | |
|V. Minonesi, M. Vanclooster & B. E. Clothier | |
|Effect of an offshore sinkhole perforation in a coastal confined |256|
|aquifer on submarine groundwater discharge Sarah E. Fratesi, H. | |
|Leonard Vacher & | |
|Ward E. Sanford | |
|Numerical modelling to determine the freshwater/saltwater interface |264|
|configuration in a low-gradient coastal wetland aquifer | |
|Eric Swain & Melinda Wolfert | |
|Simulation of submarine groundwater discharge salinity and temperature |272|
|variations: implications for remote detection Alyssa M. Dausman, | |
|Christian D. Langevin & Michael C. Sukop | |
|Submarine groundwater discharge under extreme rainfall events Eunhee |281|
|Lee, Yunjung Hyun & Kang-Kun Lee | |
|Impact of a water diversion project on the groundwater environment of |287|
|Xiamen Island Liu Zhenghua, Huang Hao, Liu Jianli, Wang Jinkeng & Chen| |
|Bin | |
|Three-dimensional numerical simulation of density-dependent groundwater|294|
|flow and salt transport due to groundwater pumping in a heterogeneous | |
|and true anisotropic coastal aquifer system Ju-Hyun Park, Chan-Sung Oh| |
|& Jun-Mo Kim | |
|Numerical modelling of saltwater-freshwater interaction in the Walawe |306|
|River basin, Sri Lanka Priyantha Ranjan, So Kazama & Masaki Sawamoto | |
|Seawater intrusion in the coastal aquifer of Wadi Ham, UAE |315|
|Mohsen Sherif & Anvar Kacimov | |
|A simulation of groundwater discharge and nitrate delivery to |326|
|Chesapeake Bay from the lowermost Delmarva Peninsula, USA Ward E. | |
|Sanford & | |
|Jason P. Pope | |
|Effect of tidal fluctuations on contaminant transfer to the ocean |334 |
|Ivana La Licata, Christian D. Langevin & Alyssa M. Dausman | |
| | |





REGIONAL HYDROLOGY IMPACTS OF CLIMATE CHANGE - Impact Assessment and
Decision Making (295)

Edited by Thorsten Wagener, Stewart Franks, Hoshin V. Gupta, Eva BÜgh, Luis
Bastidas, Carlos Nobre & Carlos de Oliveira GalvÖo

|Assessment of Potential Hydrological Impacts of Future Climate |
|including the Role of Natural Variability and Anthropogenic |
|Climate Change |
|South America | |
|Potential impacts of climate change in the Plata basin |11 |
|Vicente Barros, Moira Doyle & InÈs Camilloni (Invited) | |
|Impact of climate change and agricultural developments in the |19 |
|Taquari River basin, Brazil | |
|Erik Querner, Remco Jonker, Carlos Padovani, Balbina Soriano &| |
|Sergio Galdino | |
|Climate variability and climate change in Patagonian rivers |26 |
|Rafael S. Seoane, Juan B. ValdÈs & Luis J. Mata | |
|North America & Europe | |
|Hydrological response to climate variability, climate change, |37 |
|and climate extremes in the USA: climate model evaluation and | |
|projections | |
|L. Ruby Leung & Yun Qian | |
|Regional effects of climate change on hydrology and water |45 |
|resources in Aliakmon River basin | |
|Maria Mimikou & Fotis Fotopoulos | |
|Climate change effect on river flow in basins under different |53 |
|climate conditions-an example from rivers on the Balkan | |
|Peninsula | |
|Snejna Dakova | |
|The impact of climate variability and change on water |62 |
|resources in the western coastal zone of the Black Sea | |
|Vesselin Alexandrov, Marin Genev & Hafzullah Aksoy | |
|Africa | |
|Impact of regional climate change on water availability in the|75 |
|Volta basin of West Africa | |
|Harald Kunstmann & Gerlinde Jung (Invited) | |
|Hydrological catchment models: process representation, data |86 |
|availability and applicability for water management-case study| |
|for Benin | |
|Helge Bormann, Simone Giertz & Bernd DiekkrÝger | |
|Climate variability and impacts on an alluvial aquifer in a |94 |
|semiarid climate, the Logone-Chari plain (south of Lake Chad) | |
|Benjamin Ngounou Ngatcha, Jacques Mudry, Luc Sigha Nkamdjou, | |
|Roger Njitchoua & Emmanuel Naah | |
|Asia | |
|The potential impact of future climate change on Lebanese |103|
|river basin hydrology using scenarios | |
|Antoine Hreiche, Claude Bocquillon, Wajdi Najem & Diala | |
|Dandach | |
|The expansion of Himalayan glacial lakes due to global |111|
|warming: field observations and numerical simulation for | |
|prediction | |
|Kazuhisa A. Chikita & Tomomi Yamada | |
|Identifying potential hydrological impacts of climatic |120|
|variability and change for Himalayan basins of Nepal | |
|David M. Hannah, Sunil R. Kansakar & John Gerrard | |
|Hydro-climatological variability in the Upper Indus Basin and |131|
|implications for water resources, Pakistan | |
|Hayley J. Fowler & David R. Archer | |
|Effect of the growing population on the air pollution, |139|
|climatic variability and on the hydrological regime of the | |
|Ganga basin, India | |
|Anup K. Prasad, Ramesh P. Singh, Menas Kafatos & Ashbindu | |
|Singh | |
|Hydrological impacts of climatic variability on water |147|
|resources of the Damodar River basin, India | |
|Pankaj Kumar Roy & Asis Mazumdar | |
|Impacts of climate variability and change on hydrology and |157|
|water resources in the Yellow River basin | |
|Shenglian Guo, Pan Liu, Dingzhi Peng, Honggang Zhang, Bo Pan &| |
|Hua Chen | |
|Climate change and water resources security in North China |167|
|Xia Jun & Zhang Liping | |
|Water resources variability from the past to future in the |174|
|Yellow River, China | |
|Dawen Yang, Guangheng Ni, Shinjiro Kanae, Chong Li & Tetsuya | |
|Kusuda | |
|Impact of climate fluctuation and land cover changes on runoff|183|
|in the Yellow River basin | |
|Wang Miaolin & Xia Jun | |
|Simulating effects of climate change on evapotranspiration of |189|
|major crops in China | |
|Huaxia Yao, Michio Hashino & Zuoxing Yuan | |
|Oceania | |
|Impacts of long-term climate variability and climate change on|201|
|flood frequency: Susannah Brook, Western Australia | |
|Jos Samuel, Murugesu Sivapalan & Stewart W. Franks | |
|Hydroclimatically Relevant Decision-making, Risk-assessment | |
|and Mitigation/Adaptation Strategies using Uncertain Model | |
|Predictions of Water Resources and Hydrological Extremes | |
|South America | |
|Climatic predictability, hydrology and water resources over |211|
|Nordeste Brazil | |
|Carlos O. GalvÖo, Paulo Nobre, Ana ClÀudia F. M. Braga, KlÈcia| |
|F. de Oliveira, Richarde Marques, Simone R. da Silva, Manoel | |
|F. Gomes Filho, Celso A. G. Santos, Francis Lacerda & David | |
|Moncunill | |
|Possible climate change impacts on water resources |221|
|availability in a large semiarid catchment in Northeast Brazil| |
| | |
|Axel Bronstert, Andreas GÝntner, JosÈ Carlos de AraÇjo, | |
|Annekathrin Jaeger & Maarten Krol | |
|A case study of the use of sea-surface temperatures (SSTs) as |231|
|a predictor of river flows | |
|Andrea de Oliveira Cardoso, Robin T. Clarke & Pedro Leite da | |
|Silva Dias | |
|Periodic auto-regressive streamflow models applied to |239|
|operation planning for the Brazilian hydroelectric system | |
|Maria Elvira Pineiro Maceira & Jorge Machado DamÀzio | |
|Estimating the climate change effect upon flood risk reduction|248|
|by afforestation | |
|RaÇl Alberto DÌaz & Erik Paul Querner | |
|Mapping floods in the St Joseph watershed, Trinidad, using GIS|254|
| | |
|Serwan M. J. Baban & Ronnie Kantasingh | |
|North America and Europe | |
|Multi-resolution integrated assessment and modelling of |265|
|climate change impacts on water resources in arid and semiarid| |
|regions | |
|Thorsten Wagener, Yuqiong Liu, Hoshin V. Gupta, Everett | |
|Springer & David Brookshire | |
|Evaluating the utility of satellite-based precipitation |273|
|estimates for flood forecasting in ungauged basins | |
|Koray K. Yilmaz, Hoshin V. Gupta, Terri S. Hogue, Kuo-Lin Hsu,| |
|Thorsten Wagener & Soroosh Sorooshian | |
|Investigation of the uncertainty of hydrological modelling for|283|
|climate change impact assessment | |
|Gabriele Hartmann & AndrÀs BÀrdossy | |
|Africa | |
|Linking water resources and global change in West Africa: |297|
|options for assessment | |
|Jeremy Meigh, Sonja Folwell & Caroline Sullivan | |
|Asia | |
|Glacio-hydrological aspects of climate change in the |309|
|Himalayas: mitigation of glacial lake outburst floods in Nepal| |
| | |
|Suresh Raj Chalise, Madan Lall Shrestha, Kamal Prakash | |
|Budhathoki & Mandira Singh Shrestha | |
|Influence of climate variability on water resources |317|
|sustainability in the Himalayan-Gangetic region | |
|R. B. Singh | |
|Appropriate scales for hydro-climatological variables in the |325|
|Red River basin | |
|Martijn J. Booij & Ha T. Tran | |
|Oceania | |
|Influence of Indian Ocean sea-surface temperature variability |335|
|on winter rainfall across eastern Australia | |
|Danielle C. Verdon & Stewart W. Franks | |
|ENSO-based streamflow forecasting and its application to water|346|
|allocation and cropping decisions-an Australian experience | |
|Yahya Abawi, Sunil Dutta, Xike Zhang & David McClymont | |




HYDROLOGICAL EXTREMES: Understanding, Predicting, Mitigating (255)

Edited by L. Gottschalk, J.-C. Olivry, D. Reed & D. Rosbjerg

Understanding-circulation patterns
Francesco Meneguzzo, Alfonso Crisci, Bernardo Gozzini, Daniele Grifoni &
Stefano Pagliara

Large-scale atmospheric and sea surface processes leading to excessive
rainfall in Tuscany, Italy, 3
A. BÀrdossy, H. Giese, G. Hartmann, H. P. Nachtnebel, W. Diernhofer & K.
Hebenstreit

Impacts of climate change on mid-European river basin hydrology, 11
Kerstin Stahl & Siegfried Demuth

Investigating the influence of atmospheric circulation patterns on regional
streamflow drought in southern Germany, 19
Mary-Jeanne Adler, Aristita Busuioc, Monica Ghioca & Sabina Stefan

Atmospheric processes leading to droughty periods in Romania, 29
Zaitao Pan, Moti Segal, Raymond W. Arritt, Tsing-Chang Chen & Shu-Ping Weng

Effects of quasi-stationary wave anomalies on the regional hydrologic cycle
in the continental United States, 37
Understanding-nonstationarity
Toshiharu Kojiri

Cluster-based hydrological analysis and prediction of long-term climate
change and drought discharge, 43
Alfonso Crisci, Bernardo Gozzini, Daniele Grifoni, Francesco Meneguzzo,
Gaetano Zipoli & Stefano Pagliara

Climatic variability and its impact on rainfall extremes and urban runoff
design in Tuscany, 55
Ian Cordery, Mark McCall & M. Jafar Nazemosadat

Forecasting the occurrence of low precipitation three to twelve months
ahead, 65
A. A. L. N. Sarma, B. Padma Kumari & S. Srinivas

Studies on hydrological extremes-ENSO signal, 73
Irina Krasovskaia, Lars Gottschalk, Alexis RodrÌguez & SadÌ Laporte

Dependence of the frequency and magnitude of extreme floods in Costa Rica
on the Southern Oscillation Index, 81
GÆran LindstrÆm

Trends and variability in Swedish floods, 91
Liu Jingshi & Yoshihiro Fukushima

Recent change and prediction of glacier-dammed lake outburst floods from
Kunmalik River in southern Tien Shan, China, 99
Liu Guowei & Wang Jingping

A study of extreme floods in China for the past 100 years, 109
A. W. Jayawardena & A. B. Gurung

Effect of noise in nonlinear hydrological time series analysis and
prediction, 121
Khaled H. Hamed & A. R. Rao

Variability in spectral characteristics of hydrologic data, 129
Prediction-drought
Petra DÆll, Frank Kaspar, Stefan Siebert & Joseph Alcamo

Global modelling of runoff and irrigation requirements in typical dry
years, 137
Thomas R. Kjeldsen, Allan Lundorf & Dan Rosbjerg

Regional partial duration series modelling of hydrological droughts in
Zimbabwean rivers using a two-component exponential distribution, 145
Assia Chebchoub, Zoubeida Bargaoui, Irene Abi-Zeid & Bernard BobÈe

ModÈlisation de l'occurrence des Ètiages Þ partir des dÈbits moyens
journaliers Þ l'aide des processus ponctuels, 155
Alain Dassargues, Jean-Christophe Marechal, Guy Carabin & Olivier Sels

On the necessity to use three-dimensional groundwater models for describing
impact of drought conditions on streamflow regimes, 165
Svetlana Arzhakova

Deep freezing of cryolithozone rivers, 171
M. OuÈdraogo, E. Servat, J. E. Paturel, B. KouamÈ, M. Travaglio, H. LubÕs-
Niel & J. M. Masson

Incidences Èventuelles sur la relation pluie-dÈbit d'un contexte rÈgional
de diminution des ressources en eau en Afrique de l'Ouest et Centrale non
sahÈlienne, 175
Prediction-flood
Mikhail V. Bolgov, Vladilen F. Pisarenko & Marina I. Fortus

On the distribution function of extreme flood discharge, 181
David Archer

Practical application of historical flood information to flood estimation,
191
Bruno Rabelo Versiani, Eber JosÈ de Andrade Pinto & Philippe Bois

Analyse des pluies extrÉmes annuelles sur la rÈgion de Minas Gerais
(BrÈsil): modÕle de rÈgionalisation TCEV, 201
Michael E. Steel, Andrew R. Black, Alan Werritty & Ian G. Littlewood

Reassessment of flood risk for Scottish rivers using synthetic runoff data,
209
Jeffrey Smithers, Roland Schulze & Geoffrey Pegram

Predicting short duration design storms in South Africa using inadequate
data, 217
Paul J. Northrop, Richard E. Chandler, Valerie S. Isham, Christian Onof &
Howard S. Wheater

Spatial-temporal stochastic rainfall modelling for hydrological design, 225

Duncan W. Reed, DÆrte Jakob, Alice J. Robson, Duncan S. Faulkner &
Elizabeth J. Stewart

Regional frequency analysis: a new vocabulary, 237
Duncan S. Faulkner & Alice J. Robson

Estimating floods in permeable drainage basins, 245
Paul Webster

Factors affecting the relationship between the frequency of a flood and its
causative rainfall, 251
Evelyn Krall

Investigation of the probability of flood events in small ungauged Austrian
catchment areas using basin characteristics, 259
Silvia KohnovÀ & JÀn Szolgay

Regional estimation of design summer flood discharges in small catchments
of northern Slovakia, 265
Bart Parmet, T. Adri Buishand, Theo Brandsma & Rainer MÝlders

Design discharge of the large rivers in The Netherlands-towards a new
methodology, 269
R. Merz, U. Piock-Ellena, G. BlÆschl & D. Gutknecht

Seasonality of flood processes in Austria, 273
Mitigation
Aka Akpa, Eric Servat, Jean Emmanuel Paturel, Alain Dezetter, HÈlÕne LubÕs-
Niel, Jean Marie Fritsch, Jean Marie Masson

Influences combinÈes de la sÈcheresse et de la pression anthropique sur un
systÕme d'eau amÈnagÈ en Afrique de l'Ouest: cas du bassin du Bandama (CÒte
d'Ivoire), 281
Carlos Oliveira GalvÖo, Robin T. Clarke, Trevor D. Davies & Phil D. Jones

Evaluation of seasonal forecasting methods for water resource management in
northeastern Brazil, 289
Henry M. Sichingabula & Happy Sikazwe

Occurrence, severity and magnitude of hydrological drought in Zambia:
impacts and implications, 297
Boris Gartsman & Mark Karasyov

Flooding in monsoon rivers: complex hydrometeorological risk analysis, 307
Ivan Muzik

Performance evaluation of a storage reservoir: a case study, 311


INTERACTION BETWEEN THE CRYOSPHERE, CLIMATE AND GREENHOUSE GASES (256)

Editede by Martyn Tranter, Richard Armstrong, Eric Brun, Gerry Jones,
Martin Sharp & Mark Williams

Interactions Between Climate, Snow and Permafrost
Pierre Etchevers, HervÈ Douville & Eric Martin

Simulation of the Northern Hemisphere snow cover, 3
Judah Cohen & Dara Entekhabi

The influence of Eurasian snow cover on Northern Hemisphere climate
variability, 11
Pavel Ya. Groisman, Eugene L. Genikhovich, Raymond S. Bradley & Sun Bomin

Trends in turbulent heat fluxes over northern Eurasia, 19
Alexander Krenke & Lev Kitaev

Interannual variability of snow cover distribution over the former Soviet
Union in connection with climate change, 27
Stefan Voigt, Michael Koch & Michael F. Baumgartner

A multichannel threshold technique for NOAA AVHRR data to monitor the
extent of snow cover in the Swiss Alps, 35
Martyn P. Clark & Mark C. Serreze

Snowfall responses over the USA to phase and amplitude variations in the
tropospheric wavetrain, 45
Sheldon Drobot & Mark Anderson

Interannual variations in snowmelt onset and links to 500 hPa atmospheric
anomalies over the Arctic, 55
Tammy Johnson, Jeff Dozier & Joel Michaelsen

Climate change and Sierra Nevada snowpack, 63
Sharon L. Smith & Margo M. Burgess

Mapping the sensitivity of Canadian permafrost to climate warming, 71
Monitoring and Modelling Snow Cover
Hannes Kleindienst, Markus Pfister & Michael F. Baumgartner

Pre-operational snowmelt forecasting based on an integration of ground
measurements, meteorological forecasts and satellite data, 81
J. W. Pomeroy, R. L. H. Essery, D. M. Gray, K. R. Shook, B. Toth & P. Marsh

Modelling snow-atmosphere interactions in cold continental environments, 91

Philip Marsh, Natasha N. Neumann, Richard L. H. Essery & John W. Pomeroy

Model estimates of local advection of sensible heat over a patchy snow
cover, 103
S. R. Fassnacht, E. D. Soulis & N. Kouwen

Shape characteristics of freshly fallen snowflakes and their short-term
changes, 111
Wang Jian & Li Wenjun

Impact of climate variability on snow cover redistribution and snowmelt
runoff regimes in a mountainous region, 123
Ice Mass Variability
Alexander Krenke, Tatyana Khromova & Ludmila Chernova

Interannual variability of glaciers and snow cover, 133
Liu Shiyin, Wang Ninglian, Ding Yongjian

Regional characteristics of glacier mass balance variations in High Asia,
141
David M. Hannah, Angela M. Gurnell & Glenn R. McGregor

Identifying links between large-scale atmospheric circulation and local
glacier ablation climates in the French Pyrenees, 155
Anthony Arendt & Martin Sharp

Energy balance measurements on a Canadian high Arctic glacier and their
implications for mass balance modelling, 165
Ding Yongjian, Liu Shiyin, Ye Baisheng & Zhou Wenjuan

Variations of glacier mass balance and their climatic implications over the
Northern Hemisphere during the past 40 years, 173
Liu Shiyin, Wang Ninglian, Ding Yongjian & Xie Zichu

On the characteristics of glacier fluctuations during the last 30 years in
the Urumqi River basin and the estimation of temperature rise in the high
mountain area, 181
Liu Jingshi, Yoshihiro Fukushima, Tetsuya Hiyama

Hydrological response of meltwater from glacier covered mountain basins to
climate change in northwest China, 193
Han Jiankang, Xie Zichu, Wen Jiahong, Kang Jiancheng, Zhu Guocai, Jin
Xiaoping & Gao Xinsheng

Mass balance study on Collins Ice Cap, King George Island, Antarctica:
spatial and temporal variations, 209
Ye Baisheng, Ding Yongjian, Shi Yafeng & Zheng Benxing

A study of the climate and the environment during the last glacial maximum
in western China, 217
Yao Tandong

High resolution climatic record from Tibetan ice cores, 227
Chemical Processes in the Cryosphere
H. G. Jones, E. van Bochove & N. Bertrand

The transmission of soil gases through seasonal snow cover: an experiment
to determine the diffusivity of N2O in snow in situ, 237
Zhang Xinping, Yao Tandong & Tian Lide

The distributional features of d18O in modern-day precipitation on the
Tibetan Plateau, 245
Zhang Xinping, Yao Tandong & Xie Zichu

The relationship between d 18O in an ice core from the Dasuopu Glacier,
Tibetan Plateau, and large scale ocean-atmosphere interactions, 251
Andy Hodson & Martyn Tranter

Contemporary CO2 drawdown by glacial meltwater fluxes from high Arctic
Svalbard, 259
I. W. Jones, G. Munhoven & M. Tranter

Comparative fluxes of HCO3- and Si from glaciated and non-glaciated terrain
during the last deglaciation, 267
Guy Munhoven

Carbon dioxide consumption and bicarbonate production rates by continental
weathering at the LGM and at present-day-an update, 273


Sustainable Reservoir Development and Management (251)

Edited by Kuniyoshi Takeuchi, Mike Hamlin, Zbigniew W. Kundzewicz, Dan
Rosbjerg & Slobodan P. Simonovic

CHAPTER 1. Introduction

1. Objective , 1

1.2 Background and scope , 1

1.3 Current status of reservoirs, 4
1.3.1 Number, size and shape of reservoirs K. Takeuchi, 4
1.3.2 Land efficiency discussion of large reservoirs K. Takeuchi &
S. P. Simonovic, 7
1.3.3 Reservoir sedimentation K. Takeuchi, 9
1.3.4 Factors controlling the future needs of reservoirs K. Takeuchi &
S. P. Simonovic, 10

1.4 Critiques of present reservoirs
1.4.1 Introduction, 14
1.4.2 Environmental effects of reservoir construction, 16
1.4.3 Socio-cultural and institutional problems, 20
1.4.4 Problems related to the use of reservoirs, 22
1.4.5 Concluding remarks, 25

CHAPTER 2. Sustainability and Reservoirs

2.1 Notions of sustainable development, 31

2.1.1 Introduction K. Takeuchi & Z. W. Kundzewicz, 31
2.1.2 Sustainable development: perspective of WCED and UNCED K. Takeuchi &
Z. W. Kundzewicz, 31
2.1.3 Indicators of sustainability Z. W. Kundzewicz, 36
2.1.4 Follow-up discussions of sustainable development K. Takeuchi,
S. P. Simonovic & Z. W. Kundzewicz, 37

2.2 Sustainable development and management in the reservoir context, 43
2.2.1 Introduction, 43
2.2.2 Integrated water resources management, 44
2.2.3 Notion of multiple objectives, 47
2.2.4 Risk- and uncertainty-related considerations, 51
2.2.5 Systems view , 54
2.2.6 Sustainability criteria for possible use in reservoir analysis, 55
2.2.7 Rationale of the checklist for sustainable reservoir development and
management, 58

CHAPTER 3. Comparative Assessment of Reservoirs with Non-reservoir
Alternatives

3.1 Introduction, 63

3.2 Multipurpose reservoirs versus alternatives, 64
3.2.1 Water demand and supply, 66
3.2.2 Energy, 72
3.2.3 Flood control, 76
3.2.4 Other purposes, 77

CHAPTER 4. Design and Management of Reservoirs

4.1 Introduction, 81

4.1.1 Structure of the chapter, 81
4.1.2 Dimensions of reservoir analyses, 82

4.2 Hydrological input for reservoir design and management, 84

4.2.1 Time series analysis of reservoir inflows , 84
4.2.2 Use of inflow forecasts for efficient management of reservoirs, 89

4.3 Methodological contributions to the design and management of
sustainable reservoirs, 95

4.3.1 New method for the design of a sustainable reservoir, 95
4.3.2 Methodology for reassessment of existing reservoirs, 106
4.3.3 Methodology for net benefit allocation for reservoir redevelopment.,
112
4.3.4 The least marginal environmental impact (LMEI) rule for reservoir
sizing , 120

CHAPTER 5. Case Studies

5.1 Introduction, 129


5.2 The Alta hydropower development scheme, 130

5.2.1 Introduction to the Alta case, 130
5.2.2 The river, 130
5.2.3 Undercurrents in society, 132
5.2.4 The Alta hydropower scheme, 134
5.2.5 "The Alta affair", 136
5.2.6 Impacts of reservoir development, 138
5.2.7 Design and management of reservoirs, 140
5.2.8 Comparative assessment of the reservoir with non-reservoir
alternatives, 141
5.2.9 Sustainability issues, 141

5.3 Aswan High Dam, 142

5.3.1 Introduction to the Aswan case study, 142
5.3.2 Inundation of populated areas, 144
5.3.3 Sedimentation problems, 147
5.3.4 Conclusion on the Aswan case study, 150

5.4 Management of annual peak flows to restore aquatic resources in Green
River, Utah

5.4.1 Introduction to the Green River case study, 151
5.4.2 Historical development of Colorado River basin water resources, 153
5.4.3 Hydrology of the Green River basin, 155
5.4.4 Ecological and geomorphological alteration of the Green River, 161
5.4.5 Anticipated benefits of increased flood magnitude and duration, 163
5.4.6 Conflicts and opportunities for increased flooding, 164
5.4.7 Conclusion on the Green River case study, 166

5.5 Projects undertaken to achieve sustainable development of dam
reservoirs in Japan, 167

5.5.1 Introduction to the Japanese reservoir policy, 167
5.5.2 Projects related to sustainable development of reservoirs, 167
5.5.3 Legal arrangements for social impacts of dam construction projects,
169
5.5.4 Water quality conservation measures for dam reservoirs, 170
5.5.5 Rehabilitation of an existing reservoir, 171
5.5.6 Improvement of the management and operation of dam reservoirs, 173
5.5.7 Regional promotion and regional planning centred around dams, 174
5.5.8 Other issues, 177
5.5.9 Conclusion on the Japanese study, 178

5.6 Concluding remarks on the case studies, 179



CHAPTER 6. Checklists and Concluding Remarks

6.1 Checklists for sustainable reservoir development and management, 183

6.2 Concluding remarks, 187




Water Resources Variability in Africa during the XXth Century. (252)

Edited by Eric Servat, Denis Hughes, Jean-Marie Fritsch & Mike Hulme

Variability of rainfall regimes ("Meteorological" point of view)

Arona Diedhiou, Henri Laurent, Serge Janicot & Alain Viltard

Approche composite de la variabilitÈ synoptique atmosphÈrique en Afrique de
l'ouest et relation avec les prÈcipitations, 3

Jamie V. Kousky, Wassila M. Thiaw & Robert C. Levy

Variations in satellite-derived precipitation estimates and atmospheric
circulation over Africa, 11

Peter J. Lamb, Michael A. Bell & Jonathon D. Finch

Variability of Sahelian disturbance lines and rainfall during 1951-1987, 19


Marybeth Long, Dara Entekhabi & Sharon E. Nicholson

Interannual variability in rainfall, water vapour flux, and vertical motion
over West Africa, 27

Isabelle Poccard, Pierre Camberlin, Yves Richard & Pascal Roucou

Connexions des TSO du Pacifique et de l'Atlantique avec la dynamique
atmosphÈrique et la pluviomÈtrie en Afrique borÈale, 35

Jacques Servain, Ilana Wainer, Alain Dessier & Julian P. McCreary Jr

Modes of climatic variability in the tropical Atlantic, 45

El Houssein Taleb & Hugo Decleir

Upper air characteristics of wet and dry days in tropical West Africa
during the rainy season, 55

Wassila M. Thiaw, Jamie V. Kousky & Vadlamani Kumar

Atmospheric circulation associated with recent Sahelian hydrologic
anomalies, 63

Variability of rainfall regimes ("Hydrological" point of view)

Sylvain Bigot, Vincent Moron, Jean-Luc Melice, Eric Servat & Jean-Emmanuel
Paturel

Fluctuations pluviomÈtriques et analyse frÈquentielle de la pluviositÈ en
Afrique centrale, 71

Mostafa El Hamly, Rachid Sebbari, Peter J. Lamb, M. Neil Ward & Diane H.
Portis

Towards the seasonal prediction of Moroccan precipitation and its
implications for water resources management, 79

Luc Ferry, Yann L'HÒte & Anna Wesselink

Les prÈcipitations dans le sud-ouest de Madagascar, 89

FranÃoise Gasse

Water resources variability in tropical and subtropical Africa in the past,
97

Sharon E. Nicholson

Interannual and interdecadal variability of rainfall over the African
continent during the last two centuries, 107

Fredrick H. M. Semazzi, Laban Ogallo, Filippo Giorgi & Liqiang Sun

Numerical simulations of intraseasonal, interannual and interdecadal
climate variability over Africa, 117

Henry M. Sichingabula

Rainfall variability, drought and implications of its impacts on Zambia,
1886-1996, 125

Olga Smakhtina

Historical changes in rainfall pattern in the Eastern Cape Province, South
Africa, 135

J. D. Taupin, A. Amani & T. Lebel

VariabilitÈ spatiale des pluies au Sahel: une question d'Èchelles.
1. Approche expÈrimentale, 143

T. Lebel, A. Amani & J. D. Taupin

VariabilitÈ spatiale des pluies au Sahel: une question d'Èchelles. 2.
ModÈlisation, 153

Variability of flow regimes

F. A. K. Farquharson & J. V. Sutcliffe

Regional variations of African river flows, 161

Alain Laraque, Didier Orange, Bienvenu Maziezoula & Jean-Claude Olivry

Origine des variations de dÈbits du Congo Þ Brazzaville durant le XXÕme
siÕcle, 171

Sharon E. Nicholson & Xungang Yin

Variations of African lakes during the last two centuries, 181

J.-C. Olivry, J. P. Bricquet & G. MahÈ

VariabilitÈ de la puissance des crues des grands cours d'eau d'Afrique
intertropicale et incidence de la baisse des Ècoulements de base au cours
des deux derniÕres dÈcennies, 189

Taha B. M. J. Ouarda, Bernard BobÈe & Peter Rasmussen

Etude de la variabilitÈ spatiale des rÈgimes hydrologiques: comparaison de
diffÈrents modÕles d'homogÈnÈitÈ rÈgionale, 199

Soussou Sambou & Claude Thirriot

Effet de la variabilitÈ du rÈgime hydrologique du Fleuve SÈnÈgal sur la
prÈvision des crues: application du filtre de Kalman, 207

Luc Sigha-Nkamdjou, Daniel Sighomnou, Gaston Lienou, Gaspard Ayissi, J.
Pierre Bedimo & Emmanuel Naah

VariabilitÈ des rÈgimes hydrologiques des cours d'eau de la bande
mÈridionale du plateau sud-camerounais, 215

Rainfall-runoff relationship

Farid Achour, Mahmoud Bouzelboudjen & Serge A. Pieyns

VariabilitÈ spatio-temporelle des ressources en eau en rÈgion semi-aride:
application au bassin du Chelif, AlgÈrie, 225

Eric Barrett, Michael Beaumont, Malcolm Taberner & Andrea Wilmshurst

Multisource monitoring of rainfall and surface water balance over the humid
tropical zone of West Africa, 235

D. Conway, N. Brooks, K. R. Briffa & P. D. Merrin

Historical climatology and dendroclimatology in the Blue Nile River basin,
northern Ethiopia, 243

Guillaume Favreau & Christian Leduc

Fluctuations Þ long terme de la nappe phrÈatique du Continental Terminal
prÕs de Niamey (Niger) entre 1956 et 1997, 253

Robert Gallaire, Jean-Denis Taupin, Anne Coudrain-Ribstein,Gian-Maria Zuppi
& Annick Filly

VariabilitÈ spatiale de la qualitÈ des masses d'air prÈcipitantes en
Afrique de l'ouest: l'expÈrience BÈnin-Niger, 259

P. Hubert, E. Servat, J.-E. Paturel, B. Kouame, H. Bendjoudi, J.-P.
Carbonnel & H. LubÕs-Niel

La procÈdure de segmentation, dix ans aprÕs, 267

Mark R. Jury

Forecasting water resources in South Africa, 275

Christian Leduc, Ousseini Salifou & Marc Leblanc

Evolution des ressources en eau dans le dÈpartement de Diffa (bassin du lac
Tchad, sud-est nigÈrien), 281

Gil MahÈ, Robert Dessouassi, Bandia Cissoko & Jean-Claude Olivry

Comparaison des fluctuations interannuelles de piÈzomÈtrie, prÈcipitation
et dÈbit sur le bassin versant du Bani Þ Douna au Mali, 289

Fekadu Moreda & Willy Bauwens

Influences of variability of rainfall on flow regimes in central Ethiopia,
297

Y. Opoku-Ankomah & B. A. Amisigo

Rainfall and runoff variability in the southwestern river system of Ghana,
307

M. OuÈdraogo, E. Servat, J.-E. Paturel, H. LubÕs-Niel & J. M. Masson

CaractÈrisation d'une modification Èventuelle de la relation pluie-dÈbit
autour des annÈes 1970 en Afrique de l'ouest et centrale non sahÈlienne,
315

Eric Servat, Jean-Emmanuel Paturel, Brou KouamÈ, Michel Travaglio,
Mahaman OuÈdraogo, Jean-FranÃois Boyer, HÈlÕne LubÕs-Niel, Jean-Marie
Fritsch, Jean-Marie Masson & Bertrand Marieu

Identification, caractÈrisation et consÈquences d'une variabilitÈ
hydrologique en Afrique de l'ouest et centrale, 323

Vladimir Smakhtin, Denis Hughes & Olga Smakhtina

Generating natural daily flow sequences for South African rivers from
historical flow data, 339

Baxter E. Vieux, Jonathan P. Looper, Bernard Cappelaere, Christophe Peugeot
& Ana Maia

Exploring climatic impacts on water resources in west Niger, Africa, 347

Human activities-environment relationship

Mariam Akhtar

Rainfall variability and desertification, 357

Telesphore Brou Yao, Eric Servat & Jean-Emmanuel Paturel

ActivitÈs humaines et variabilitÈ climatique: cas du sud forestier
ivoirien, 365

Jean-Christophe Desconnets, Amadou Diallo, Oumar Traore, Jean-Michel Chene
& Guy Morin

Exemple d'application du modÕle CEQUEAU-ONU: Èvaluation de l'impact des
amÈnagements sur les Ècoulements de la riviÕre NakambÈ, Burkina-Faso, 375

Alain Dezetter, Sibiri Traore & Karim Bicaba

Gestion intÈgrÈe et variabilitÈ des ressources en eau dans le sud-ouest du
Burkina Faso, 387

Jean-Marie Fritsch & Eric Servat

Conditions de l'amÈlioration de la connaissance des ressources et des
usages de l'eau pour la gestion durable dans un contexte de raretÈ
croissante, 395

Frieder Hetzel & Gerhard Gerold

The water cycle of a moist deciduous rain forest and a cocoa plantation in
CÒte d'Ivoire, 411

Denis Hughes & Vladimir Smakhtin

Simulating the impacts of land-use change on streamflow time series for
southern African rivers, 419

Mike Hulme

The sensitivity of Sahel rainfall to global warming: implications for
scenario analysis of future climate change impact, 429

Housseini Amadou Maiga

Effets des sÈcheresses et Ètiages dans le bassin moyen du fleuve Niger au
Mali, 437

Serge A. Pieyns & John L. Bassier

WHYCOS en Afrique: un outil pour la connaissance et le dÈveloppement des
ressources en eau, 445

Guido Van Langenhove, Maria Amakali & Barbara De Bruine

Variability of flow regimes in Namibian rivers: natural and human induced
causes, 455




Impact of Land-Use Change on Nutrient Loads from Diffuse Sources (257)

Edited by Louise Heathwaite

Small scale field studies of land-use impact on water quality

Neil Preedy, Phil Haygarth, Rachel Matthews & Louise Heathwaite

Simplified classification of hydrological terminology for phosphorus
transfer, 3
Kazimierz Banasik, J. Kent Mitchell, Sharyl E. Walker & Elzbieta Rudzka

Comparison of nutrient outputs from two lowland watersheds with different
agricultural practices, 13
P. J. Chapman, A. C. Edwards, B. Reynolds & C. Neal

The nitrogen composition of streams draining grassland and forested
catchments: influence of afforestation on the nitrogen cycle in upland
ecosystems, 17
U. C. Sharma

Loss of nitrogen through leaching and runoff from two potato land-use
systems on different soils, 27
J. Kent Mitchell, Sharyl E. Walker, Michael C. Hirschi & Richard A. C.
Cooke

Nitrate losses under various cropping systems, 33
P. J. A. Withers, R. M. Dils & R. A. Hodgkinson

Transfer of phosphorus from small agricultural basins with variable soil
types and land use, 41
T. Tischner

Investigations of phosphorus leaching from sandy soil, 51
R. M. Dils & A. L. Heathwaite

Phosphorus transport from diffuse agricultural sources: shallow subsurface
pathways in grassland soils, 57
Regional scale monitoring studies of land-use impact on water quality

Makoto Taniguchi & Norio Tase

Nutrient discharge by groundwater and rivers into Lake Biwa, Japan, 67
Harvey J. E. Rodda, Robert J. Wilcock, Ude Shankar & Bruce S. Thorrold

The effects of intensive dairy farming on stream water quality in New
Zealand, 75
Norman E. Peters & Robert Donohue

Nutrient concentrations and fluxes in tributaries to the Swan-Canning
estuary, Western Australia, 87
Vajapeyam S. Srinivasan, JosÈ de AraÇjo Pereira & Carlos de Oliveira GalvÖo

Studies of erosion and soil loss in the semiarid northeastern region of
Brazil, 95
Tomohiro Naruoka & Shin'ichi Onodera

Changes in dissolved load and biogeochemical processes from low mountainous
to sub-alpine watersheds, linked to air temperature, 103
Dana Kolpin, Michael Burkart & Donald Goolsby, 111

Nitrate in groundwater of the midwestern United States: a regional
investigation on relations to land use and soil properties
Brian G. Katz, H. David Hornsby & Johnkarl F. Bohlke

Sources of nitrate in water from springs and the Upper Floridan aquifer,
Suwannee River basin, Florida, 117
Modelling the impact of land use on nutrient behaviour in small scale water
quality studies

Bente Clausen, Charles P. Pearson & Malcolm T. Downes

Relating potential denitrification rates to streamflow variability, 127
S. M. Dunn, P. Domburg, A. C. Edwards & R. C. Ferrier

A simple modelling approach to identify processes controlling stream
nitrate in an agricultural catchment, 135
Takao Tamura, Hiromu Yoshida & Michio Hashino

Mathematical modelling for estimating the seasonal changes in streamwater
NO3-N concentration, 143
F. Worrall & T. P. Burt

Modelling the impact of land-use change on water quality in lowland
catchments: the role of dynamic nitrogen reservoirs, 151
Harri Koivusalo, Maija Paasonen-KivekÄs, Tuomo Karvonen & Pertti
Vakkilainen

Water and nitrogen balance on a cultivated field: a characteristic
hillslope approach, 157
Maija Paasonen-KivekÄs, Harri Koivusalo, Tuomo Karvonen, Pertti Vakkilainen
& Johanna Virtanen

Nitrogen transport via surface and subsurface flow in an agricultural
field, 163
LubomÌr Lichner, Ivan MÈszÀro?, Peter F. Germann, Abdallah Mdaghi Alaoui,
Miloslav ?Ìr & Pavol Fa?ko

Impact of land-use change on nutrient fluxes in a structured clay-loam
soil, 171
Modelling the impact of land use on water quality in regional scale studies

Y. Van Herpe, P. A. Troch, L. Callewier & F. P. de Troch

A conceptual model for simulation of catchment scale nitrate transport, 181

Berit Arheimer & Sten BergstrÆm

Modelling nitrogen transport in Sweden: influence of a new approach to
runoff response, 193
Valentina Krysanova, Dieter Gerten, Beate KlÆcking & Alfred Becker

Factors affecting nitrogen export from diffuse sources: a modelling study
in the Elbe basin, 201
S. Pudenz & G. NÝtzmann

Scenario calculations of regional subsurface transport of phosphorus in a
sub-basin of the Spree River near Berlin, 213
R. J. Parkinson, J. E. Lott, M. P. Fuller & L. Beattie

Evaluating strategies to reduce nitrate and phosphate loss to surface water
from agricultural land on Jersey, 221
Andrew J. Brenner, Paul L. Richards, Mike Barlage & Peter Sousounis

The impact of land-use changes 1820-2020 on water quality and quantity in
southeast Michigan, 229
Piet Groenendijk & Paul Boers

Surface water pollution from diffuse agricultural sources at a regional
scale, 235
Ulrike Bende-Michl

Modelling spatial and time dependent nutrient flow dynamics by delineation
of variable chemical hydrological response units (VCRUs) with a GIS, 245
Paul Quinn & Steven Anthony

The use of high resolution digital terrain models to represent wash-off in
natural and man influenced environments, 255
Ray Whittemore & George Ice

Models for evaluating water quality and BMP effectiveness at the watershed
scale, 265

Interdisciplinary Perspectives on Drinking Water Risk Assessment and
Management (260)

Edited by Eric G. Reichard, Fred S. Hauchmann & Ana Maria Sancha
|Arsenic in Drinking Water | |
|Estimate of the current exposure of the urban population of northern Chile to arsenic |3 |
|Ana Maria Sancha & Patricia Frenz | |
|Health risk and sources of arsenic in the potable water of a mining area | |
|Aurora Armienta, Ramiro RodrÌguez, Ofelia Morton, Olivia Cruz, Nora Ceniceros, Alejandra | |
|Aguayo | |
|& HÈctor Brust | |
|The removal of arsenic from drinking water and associated costs: the Chilean case |17 |
|Ana Maria Sancha, Raul O'Ryan & Omar Perez | |
|Arsenic in drinking water and bladder cancer: a case-control study in Utah, USA (abstract |27 |
|only) | |
|Kenneth P. Cantor, Mary H. Ward, Larry P. Scanlan & Marty Slattery | |
|Exposure to arsenic in air and drinking water: results of a case-control study in northern |27 |
|Chile(abstract only) | |
|Catterina Ferreccio, Claudia GonzÀlez, Vivian Milosavjlevic, Guillermo Marshall | |
|& Ana Maria Sancha | |
|Exposure to arsenic in air and drinking water: results of a study in Chile (abstract only) |29 |
|Catterina Ferreccio, Claudia GonzÀlez, Vivian Milosavjlevic, Guillermo Marshall & Ana Maria | |
|Sancha | |
|Arsenic and its impact on health (abstract only) |30 |
|Roy Shibtosh, Quazi Quamruzzaman, Mahmudur Rahman, D. Chakrabarti, Ratan Dhar & Bhajan Goutam | |
| | | |
|Absence of Escherichia coli O157:H7 in waters Claudio Oscar Belloso |33 |
|Microbial health risks in KwaZulu-Natal (South Africa) drinking water |37 |
|Alan Howgrave-Graham & Andrew Robinson | |
|Drinking water, ecology, and gastroenteritis in New Zealand |41 |
|Philip Weinstein, Nina Russell & Alistair Woodward | |
|Assessing health risks of chemical and biological contamination in Portuguese drinking water |49 |
|supplies: | |
|an exploratory study of five years of drinking water quality data (abstract only) | |
|Filomena De Oliveira AraÇjo & Isabel Abreu | |
|The role of groundwater chemistry in the transport of bacteria to water-supply wells (abstract|49 |
|only) | |
|Ronald W. Harvey & David W. Metge | |
| | | |
|Data related uncertainties in the definition of wellhead capture zones |53 |
|Stephen E. Silliman & Gloria Mantz | |
|Coal mining activity and radium isotope contamination of river water in Silesia, Poland |57 |
|Joanna Pociask-Karteczka, Jerzy Wojciech Mietelski, Miroslawa Jasißska & Jerzy Krupa | |
|Use of nitrogen isotopes to determine sources of nitrate contamination in two desert basins in|63 |
|California | |
|Jill N. Densmore & J. K. BÆhlke | |
|Stochastic transport of reactive pollutants in groundwater: effective parameters approach |75 |
|Carlos Espinoza | |
|Behaviour of contaminant plumes at the interface between the Pampeano and Puelche aquifers |81 |
|in the province of Buenos Aires, Argentina | |
|Jacqueline KÆhn, Eduardo E. Kruse & Juan E. Santos | |
|Downhole video analysis of water supply wells: problem identification and well rehabilitation |87 |
| | |
|Michael L. Vaught & Lynne E. Bresler | |
|Development and application of an analytical method to determine trace elements in water using|91 |
| | |
|ICP-MS (abstract only) Ofelia Morton, Elizabeth Hernandez, Elena Lounejeva & Aurora Armienta | |
|Management of groundwater supply and water quality in the Los Angeles Basin, California |91 |
|(abstract only) | |
|Eric G. Reichard, Steven M. Crawford, Michael T. Land & Katherine S. Paybins | |
| | | |
|Health risk analysis of the Rio de Janeiro water supply using Geographical Information Systems|95 |
| | |
|Christovam Barcellos | |
|Dermal absorption from short-term exposure to contaminated water |101|
|Kenneth T. Bogen & Garrett A. Keating | |
|Pathways for exposure to waterborne pathogens and state transitions among exposed hosts: |111|
|a conceptual framework for waterborne disease surveillance (abstract only) | |
|Robert D. Morris, Jeffrey K. Griffiths & Elena N. Naumova | |
|Drinking water consumption habits of the population of Santiago, Chile (abstract only) |111|
|G. E. Lagos, F. D. Reveco & C. Ortiz | |
|Conceptual framework for evaluating basin-scale multiple pathway exposure to pesticides |112|
|(abstract only) | |
|Rebecca Bladon & Philippe Baveye | |
|Exposure of the population of Santiago, Chile, to copper contained in drinking water (abstract|112|
|only) | |
|G. E. Lagos, F. D. Reveco, D. C. Peters & C. Maggi | |
| | | |
|Iodine in drinking water and endemic goitre in mountainous and coastal zones of Albania |117|
|Valer Angjeli, Ramazan Bukli, Vasilika Petro, Ylli Sarolli, Eduard Hashorva, Tasi Spirollari, | |
| | |
|Filip Janila, Spiro Buta & Edmond Agolli | |
|Time series analysis as a framework for the characterization of waterborne disease outbreaks |127|
|Elena N. Naumova & Robert D. Morris | |
|Analysis of non-affected populations exposed to chromium (VI) sources |133|
|Ramiro C. RodrÌguez & Maria Aurora H. Armienta | |
|The seroepidemiology of Cryptosporidium parvum: exposure is likely far more frequent than has |137|
|been | |
|previously thought (abstract only) | |
|Jeffrey K. Griffiths, Elena N. Naumova & Robert D. Morris | |
|Birth outcomes and drinking water contamination (abstract only) Frank J. Bove |137|
|Disinfection by-products and bladder and colorectal cancer: a quantitative analysis of |138|
|published results | |
|from interview studies (abstract only) | |
|Robert D. Morris & Elena N. Naumova | |
| | | |
|Benefit-cost analysis and decision-making under risk uncertainty: issues and illustrations |141|
|Robert S. Raucher, Michelle M. Frey & Peter L. Cook | |
|Chlorinated solvents in drinking water in Lombardy: the need for and consequences of a |151|
|change in Italian regulations | |
|Osvaldo Sapini, Renato Soma, Giorgio Catella & Cesare Confortini | |
|Fluorosis management programme in India: the impact due to networking between health and |159|
|rural drinking water supply | |
|Susheela K. Andezhath & Gourisankar Ghosh | |
|Economic and legal aspects of drinking water supply in Russia |167|
|Nadezhda B. Prokhorova, Alexander M. Chernyaev & Yelena A. Pozdina | |
|Student involvement in water development/treatment in rural settings |171|
|Stephen E. Silliman & Lloyd H. Ketchum Jr | |
|Strategies for ensuring global consistency/comparability of water-quality data (abstract only)|175|
| | |
|John M. Klein | |
|Community based water quality control (abstract only) |175|
|Gabriela Castillo, Consuelo Etcheberrigaray, Bernard Dutka Jr & Juan A. Millanir | |
|On the use of groundwater-driven health risk assessment in hazardous waste site management |17 |
|Reed M. Maxwell, Susan D. Pelmulder, Andrew F. B. Tompson & William E. Kastenberg | |





Debris-Covered Glaciers (264)

Edited by M. Nakawo, C. F. Raymond & A. Fountain

|Distribution and Setting |
|Morphological evolution of the debris cover on Khumbu Glacier, Nepal, | |
|between 1978 and 1995 |3 |
|Shuji Iwata, Tatsuto Aoki, Tsutomu Kadota, Katsumoto Seko & | |
|Satoru Yamaguchi | |
|Radio echo-sounding through supraglacial debris on Lirung and Khumbu | |
|Glaciers, Nepal Himalayas |13|
|A. Gades, H. Conway, N. Nereson, N. Naito & T. Kadota | |
| | |
|Mass and Energy Balance | |
|The influence of a debris cover on the mid-summer discharge of Dome | |
|Glacier, Canadian Rocky Mountains Leif Eric Mattson |25|
|Mass balance of adjacent debris-covered and clean glacier ice in the | |
|North Cascades, Washington |35|
|Mauri S. Pelto | |
|Dust influence on the melting process of glacier ice: experimental | |
|results from Lirung Glacier, Nepal Himalayas Sunil Adhikary, Masayoshi |43|
|Nakawo, Katsumoto Seko & Binod Shakya | |
|Characteristics of ablation and heat balance in debris-free and | |
|debris-covered areas on Khumbu Glacier, Nepal Himalayas, in the | |
|pre-monsoon season |53|
|Yukari Takeuchi, Rijan Bhakta Kayastha & Masayoshi Nakawo | |
|Influence of a fine debris layer on the melting of snow and ice on a | |
|Himalayan glacier |63|
|Pratap Singh, Naresh Kumar, K. S. Ramasastri & Yatveer Singh | |
|Practical prediction of ice melting beneath various thickness of debris | |
|cover on Khumbu Glacier, Nepal, using a positive degree-day factor | |
|Rijan Bhakta Kayastha, Yukari Takeuchi, Masayoshi Nakawo & Yutaka Ageta |71|
|Air temperature environment on the debris-covered area of Lirung | |
|Glacier, Langtang Valley, Nepal Himalayas Koji Fujita & Akiko Sakai |83|
|Summer temperature profiles within supraglacial debris on Khumbu | |
|Glacier, Nepal |89|
|H. Conway & L. A. Rasmussen | |
|Mass balance and runoff of the partially debris-covered Langtang | |
|Glacier, Nepal |99|
|Wendell Tangborn & Birbal Rana | |
|Computations of melting under moraine as a part of regional modelling of| |
|glacier runoff |10|
|Vladimir Konovalov |9 |
|Role of supraglacial ponds in the ablation process of a debris-covered | |
|glacier in the Nepal Himalayas |11|
|Akiko Sakai, Nozomu Takeuchi, Koji Fujita & Masayoshi Nakawo |9 |
| | | |
|3.Origin and Transport | |
|Hydrological controls on sediment transport pathways: implications for | |
|debris-covered glaciers |13|
|Nick Spedding |3 |
|Debris entrainment and polythermal structure in the terminus of | |
|StorglaciÄren |14|
|Peter Jansson, Jens-Ove NÄslund, Rickard Pettersson, |3 |
|Cecilia Richardson-NÄslund & Per Holmlund | |
|On the formation of supraglacial lakes on debris-covered glaciers | |
|John M. Reynolds |15|
| |3 |
|4. Supraglacial Lakes | |
| | |
|Expansion of glacier lakes in recent decades in the Bhutan Himalayas | |
|Yutaka Ageta, Shuji Iwata, Hironori Yabuki, Nozomu Naito, Akiko Sakai, |16|
|Chiyuki Narama & Karma |5 |
|Rapid growth of a supraglacial lake, Ngozumpa Glacier, Khumbu Himal, | |
|Nepal |17|
|Douglas I. Benn, Seonaid Wiseman & Charles R. Warren |7 |
|Degradation of ice-cored moraine dams: implications for hazard | |
|development |18|
|Shaun D. Richardson & John M. Reynolds |7 |
|Drainage of a glacial lake through an ice spillway |19|
|Charles F. Raymond & Matt Nolan |9 |
|5. Climate Variations | |
| | |
|Ice-marginal geomorphology and Holocene expansion of debris-covered | |
|Tasman Glacier, New Zealand Martin P. Kirkbride |21|
| |1 |
|Twentieth century surface elevation change of the Miage Glacier, Italian| |
|Alps |21|
|M. H. Thomson, M. P. Kirkbride & B. W. Brock |9 |
|Recent areal and altimetric variations of Miage Glacier (Monte Bianco | |
|massif, Italian Alps) |22|
|Claudio Smiraglia, Guglielmina Diolaiuti, Davide Casati & |7 |
|Martin P. Kirkbride | |
|Shrinkage of the Khumbu Glacier, east Nepal from 1978 to 1995 | |
|Tsutomu Kadota, Katsumoto Seko, Tatsuto Aoki, Shuji Iwata & Satoru |23|
|Yamaguchi |5 |
|Numerical simulation of recent shrinkage of Khumbu Glacier, Nepal | |
|Himalayas |24|
|Nozomu Naito, Masayoshi Nakawo, Tsutomu Kadota & Charles F. Raymond |5 |
|Steady-state flow model of debris-covered glaciers (rock glaciers) | |
|Sarah K. Konrad & Neil F. Humphrey |25|
| |5 |
| | |
|6. Biology and Hydrology | |
|Effect of debris cover on species composition of living organisms in | |
|supraglacial lakes on a Himalayan glacier Nozomu Takeuchi & Shiro |26|
|Kohshima |7 |
|Seasonal changes in dissolved chemical composition and flux of meltwater| |
|draining from Lirung Glacier in the Nepal Himalayas | |
|Maya P. Bhatt, Toshiyuki Masuzawa, Mineko Yamamoto, Akiko Sakai & Koji |27|
|Fujita |7 |




Wastewater Re-use and Groundwater Quality (285)

Edited by Joop Steenvoorden & Theodore Endreny

|Wastewater re-use and groundwater quality: Introduction |1 |
|Joop Steenvoorden | |
|Agricultural use of treated wastewater: the need for a paradigm shift in|5 |
|sanitation and treatment | |
|Jules B. Van Lier & Frans P. Huibers | |
|Assessment of wastewater generation, management pattern and its re-use |19 |
|potential in urban India | |
|R. B. Singh | |
|Nitrate pollution of groundwater in a wastewater irrigated field in |23 |
|Hebei Province, China | |
|Jianyao Chen, Changyuan Tang, Yanjun Shen, Yasuo Sakura & Yoshihiro | |
|Fukushima | |
|Assessment of the use of wastewater for irrigation: a case in Punjab, |28 |
|Pakistan | |
|Yutaka Matsuno, Jeroen H. J. Ensink, Wim Van Der Hoek & Robert W. | |
|Simmons | |
|Long-term effect of wastewater irrigation on nitrate in groundwater in |34 |
|the North China Plain | |
|Changyuan Tang, Jianyao Chen & Yuanjun Shen | |
|Treated urban wastewater re-use for irrigation of a golf course and |41 |
|impacts on soil and groundwater | |
|Lucila Candela, Salvador Fabregat & Alejandro Josa | |
|Conservation of water resources in Berlin, Germany, through different |48 |
|re-use of water | |
|Birgit Fritz, Stephanie Rinck-Pfeiffer, Gunnar Nuetzmann & Bernd | |
|Heinzmann | |
|Determination of water quality improvements due to the artificial |53 |
|recharge of treated effluent | |
|Simon Toze, Jon Hanna, Tony Smith, Lindsay Edmonds & Adrian McCrow | |
|The Nutrient Export Risk Matrix (NERM) for strategic application of |61 |
|biosolids to agricultural land | |
|Louise Heathwaite, Sean Burke & Paul Quinn | |
|Pathogen survival in groundwater during artificial recharge |70 |
|Simon Toze | |
|Fate and transport of organic constituents during groundwater recharge |85 |
|using water of impaired quality | |
|JÆrg E. Drewes | |
|Variation of chemical species in infiltrating treated sewage water using|92 |
|the multi-component solute transport model | |
|Gingging Guerra, Kenji Jinno & Yoshinari Hiroshiro | |
|Saturated modelling of effluent recharge and its impact on groundwater |100 |
|quality | |
|Shutang Zhu, Gang Zhao, Keke Peng & Yuanle Ma | |




Scales in Hydrology and Water Management (287)

Edited by Ioulia Tchiguirinskaia, Mike Bonell & Pierre Hubert

Multiscale information management and decision tools for effective water
resource management

Anthony M. Saracino, Jean-Pierre Delhomme & Robert A. Will

Scale appropriate modelling: from mechanisms to management

Paul F. Quinn, Caspar J. M. Hewett & Aidan Doyle

Le bassin versant, nouvelle Èchelle de gestion des eaux au BrÈsil

Rosa Maria Formiga Johnsson

Multiscale approaches to watershed management: land-use impacts on nutrient
and sediment dynamics

Hans Schreier & Sandra Brown

Scaling soil moisture for hydrological models

Alain Pietroniro, Eric D. Soulis & N. Kouwen

Prediction of statistical scaling in peak flows for rainfall-runoff events:
a new framework for testing physical hypotheses

Vijay K. Gupta

Multiscaling geophysics and sustainable development

I. Tchiguirinskaia, D. Schertzer, P. Hubert, H. Bendjoudi & S. Lovejoy

Modelling and forecasting rainfall in space and time

Alan Seed

The impact of spatial scale on spatial variability in hydrologic response:
experiments and ideas

Ross Woods




Sustainable Water Management Solutions for Large Cities (293)

Edited by Dragan A. Savic, Miguel A. Marißo, Hubert H. G. Savenije & Juan
Carlos Bertoni

|Integrated Water Resource Management | |
|The disaster resilient city: a water management challenge |3 |
|Slobodan P. Simonovic | |
|Production d'Ènergie et contrÒle de crues: des objectifs en conflit |14 |
|Miriam R. M. Mine & Carlos E. M. Tucci | |
|The Sava River multipurpose development scheme for the City of Zagreb |24 |
|?. Pavlin, Z. Pletikapi?, B. Berakovi? & Z. Mahmutovi? | |
|A deterministic-stochastic model for real-time reservoir operation under|32 |
|inflow uncertainty | |
|Alcigeimes Batista Celeste, Koichi Suzuki & Akihiro Kadota | |
|Sustainable water management solution for Ibadan City, Nigeria |41 |
|A. Tokun & A. J. Adeloye | |
|An appraisal of sustainable water management solutions for large cities |49 |
|in developing countries through GIS: the case of Lagos, Nigeria | |
|Mayowa Fasona, Ademola Omojola, Shakirudeen Odunuga, Olufemi Tejuoso & | |
|Nenna Amogu | |
|Sustainable water resources management in Tianjing, China |58 |
|Linmei Nie & Shaosheng Wang | |
|Conflict analysis as a decision support tool in urban water demand |65 |
|management | |
|ZÈdna Mara De Castro Lucena Vieira, Cybelle FrazÖo Costa Braga & MÀrcia | |
|Maria Rios Ribeiro | |
|Multi-criteria decision making for integrated urban water management |73 |
|Mahdi Zarghaami, Ahmad Abrishamchi & Reza Ardakanian | |
|The challenge of efficient management of water supply and drainage for |83 |
|the coastal city of Lagos | |
|Lekan Oyebande | |
|Sustainable water resources exploitation and management in Beijing |90 |
|Wang Gangsheng & Xia Jun | |
|Distributed water resources model: establishing the relationship between|94 |
|water resources and the social economy | |
|Yan Dong & Xia Jun | |
|Integrated urban water management in India: the case of Delhi mega-city |98 |
|R. B. Singh & Anju Singh | |
|Integrated assessment of water scarcity for Luoyang City, China |105|
|Qiongfang Li & Ziqiang Xia | |
|Sustainability and Socio-economic and Eco-environmental Issues | |
|Concept and model of "supporting capacity of water resources" in urban |111|
|areas | |
|Qiting Zuo, Junxia Ma & Zening Wu | |
|The study of eco-environmental carrying capacity related to water: Haihe|118|
|River basins example | |
|Yonghua Zhu, Sam Drake, Jun Xia, Shaofeng Jia & Haishen LÝ | |
|Virtual water, a new strategy of agricultural security for China |125|
|Huang Hao & Xia Jun | |
|Le dÈveloppement d'outils de simulation pour faciliter les concertations|132|
|pour la gestion de bassins versants peri-urbains: exemple de SÖo Paulo, | |
|BrÈsil | |
|Raphaele Ducrot, Bernardo Paz, Jean-Christophe Pouget & Jose Galizia | |
|Tundisi | |
|Would people pay more for quality drinking water? |141|
|Ales Smrekar | |
|Urban Drainage/Flooding and Wastewater Management | |
|Numerical tools for sediment management in sewers: application to |147|
|storage-settling basins | |
|Vladan Milisic & Ghassan Chebbo | |
|Economy of drinking water by the use of detention and rainwater |155|
|utilization systems | |
|Roberto Fendrich | |
|Consequences of the extreme flood event of August 2002 in the City of |164|
|Dresden, Germany | |
|Heidi Kreibich, Theresia Petrow, Annegret H. Thieken, Meike MÝller & | |
|Bruno Merz | |
|One of the ways to hold-up overland flow in an urban catchment |174|
|Elena Asabina | |
|Stormwater infiltration and focused groundwater recharge in a rain |178|
|garden: simulations for different world climates | |
|Alejandro R. Dussaillant, Alejandro Cuevas & Kenneth W. Potter | |
|Pollutant runoff under wet weather conditions from diffuse pollution in |185|
|an urban area | |
|Masato Noguchi, Nobuki Morio, Wataru Nishida & Masakazu Furue | |
|On-site stormwater detention as an alternative flood control measure in |196|
|ultra-urban environments in developing countries | |
|Flavio Cesar Borba Mascarenhas, Marcelo Gomes Miguez, Luiz Paulo Canedo | |
|de MagalhÖes & Jorge Henrique Alves Prodanoff | |
|A 3-copula function application for design hyetograph analysis |203|
|Salvatore Grimaldi, Francesco Serinaldi, Francesco Napolitano & Lucio | |
|Ubertini | |
|Strategy to allow the inspection of the deep drainage system of Mexico |212|
|City | |
|H. Leonardo Cisneros-Iturbe & RamÑn DomÌnguez-Mora | |
|A rainwater harvesting information system for Chennai City, India |221|
|G. Ravikumar, V. Harish Kumaar, N. G. Anuthaman & K. Karunakaran | |
|A sustainable flood management plan for the Lagos environs |226|
|Olusegun Adeaga | |
|Urban growth and life quality: application of indicators in integrated |230|
|water and urban planning | |
|Luciene Pimentel da Silva, MÀrcia O. Kauffmann & Ezer Urpia Rosa | |
|Strategic rehabilitation of wastewater collection systems |236|
|Petr Hlavinek, Sveinung SÔgrov, Wolfgang Schilling, Jean Philippe | |
|Torterotot & Rolf Baur | |
|Water Quality Monitoring and Management | |
|Design, implementation, and initial results from a water-quality |245|
|monitoring network for Atlanta, Georgia, USA | |
|Arthur J. Horowitz, Kent A. Elrick & James J. Smith | |
|Water quality of lift irrigation schemes on streams fed by urban |257|
|effluents near Jammu, India | |
|Vijay Kumar, Omkar Singh, J. Prabhakara & S. K. Jain | |
|Impact of wastewater discharges from Alexandria on suspended matter and |264|
|particulate zinc speciation in Lake Mariut | |
|Massoud A. H. Saad & Aladdin M. Safty | |
|Indicators of the state of urban water bodies |273|
|Sergei Kondratyev, Natalia Ignatyeva, Tatyana Gronskaya, Galina Alyabina| |
|& Lyudmila Efremova | |
|Effects of urbanization on water resource development and its problems |280|
|in Shijiazhuang, China | |
|Yanjun Shen, Changyuan Tang, Jieying Xiao, Taikan Oki & Shinjiro Kanae | |
|Use of Principal Component Analysis in determining the relationships |289|
|between flow and water quality parameters | |
|Hamza Ozguler | |
|Urbanization effects on the groundwater status of Delhi, India |294|
|H. Chandrasekharan, S. G. Tadi, A. Sarangi, S. M. Trivedi, B. R. Yadav &| |
|Kaushalya Ramachandran | |




Changes in Water Resources Systems : Methodologies to Maintain Water
Security and Ensure Integrated Management (315)

Edited by Nick van de Giesen, Xia Jun, Dan Rosbjerg & Yoshihiro Fukushima

. Advances in water management of southern Brazilian sub-tropical wetlands
using bio-indicators

Rutinéia Tassi, David Da Motta Marques & Walter Collischonn, 1
. Changes in water resources availability for crop systems: a case study in
the region of Umbria

Francesca Todisco, Lorenzo Vergni & Alessandra Vinci, 9
. Decision support system for sustainable irrigation in Latin America

Max Billib, Eduardo Holzapfel & Karin Bardowicks, 18
. Study on water resources allocation in the water-receiving area of the
east route of the South-to-North Water Transfer Project

You Jinjun, Gan Hong, Wang Zhongjing, Niu Cunwen, Jia Yangwen & Julien
Lecollinet, 25
. The Service Provision Index (SPI): linking environmental flows, ecosystem
services and economic value

Louise Korsgaard, Torkil Jønch-Clausen, Dan Rosbjerg & Jesper Sølver
Schou, 35
. A real-time dynamic flood prevention storage control model for Qingjiang
cascade reservoirs

Wei Li, Shenglian Guo, A. D. Ampitiyawatta, Pan Liu & Fuqiang Guo, 41
. Coping with water scarcity in Eastern Africa: the potential role of intra-
regional virtual water trade

Richard Kimwaga, Simbarashe Govere & Felix Mtalo, 48
. Externalities in watershed management

Pradeep P Lodha & Ashvin K Gosain, 56
. Future change of world water resources under SRES climate warming
scenarios: A multi-model analysis

Yanjun Shen, Taikan Oki & Shinjiro Kanae, 62
. Historical analysis of irrigation and environment in two arid regions in
South America

Maurits Ertsen & Joanne Van Der Spek, 71
. Hydrological impacts of field interventions in smallholder farming
systems: a case study of Makanya catchment in semi-arid northern Tanzania

Hodson Makurira, Stefan Uhlenbrook & Hubert H. G. Savenije, 78
. Impacts of human activity on long-term water balance in the middle-
reaches of the Yellow River basin

Yoshinobu Sato, Xieyao Ma, Masayuki Matsuoka & Yoshihiro Fukushima, 85
. Impacts of the southeastern Anatolia Project in Turkey on the performance
of the Tabqa dam and hydropower plant in Syria

Quentin Goor, Ali Alia, Pieter Van Der Zaag & Amaury Tilmant, 92
. Integrated approach for assessing climate change impacts on a regional
chalky aquifer in Belgium

P. Goderniaux, S. Brouyère & A. Dassargues, 100
. Multipurpose water use in a system of reservoirs

Arnaldo Pierleoni, Michele Bellezza, Stefano Casadei & Piergiorgio
Manciola, 107
. Spatial developments, subsidence and climate change: adding or
multiplying ?

Olivier Hoes, 117
. Uncertainty of the water resources allocation system by the Danjiangkou
reservoir

Li Ying, Li Zhijia & Zhang Lisheng, 125
. Changes and control processes of water and related ecology in the lower
reaches of the Tarim River

Qiting Zuo, 132
. Computation of minimum and optimal instream ecological flow for the
Yiluohe River

Ziqiang Xia, Qiongfang Li, Lidan Guo, Jie Li, Wei Zhang & Huiqing Wang,
142
. Conflict analysis in implementing water resources management instruments

Zédna Mara De Castro Lucena Vieira & Márcia Maria Rios Ribeiro, 149
. Drought prediction in the Vietnamese central highlands

Tinh Dang Nguyen, Dan Rosbjerg, Cintia Uvo & Kim Quang Nguyen, 157
. Effects of climate change and population growth on water resources in
Korea

Heejun Chang, Jon Franczyk, Deg-Hyo Bae, Il-Won Jung, Eun-Soon Im & Won-
Tae Kwon, 172
. Impact of agricultural water management on lake water budget: a case
study of Lake Ikeda, Japan

Yuji Ito, Kazuro Momii & Kei Nakagawa, 179
. Perspectives on future flood management: discovering patterns of thinking

G. Tom Raadgever, Gert Becker & Erik Mostert, 186
. Scenario development for water resources planning and management

Steven Stewart, Mohammed Mahmoud, Yuqiong Liu, Holly Hartmann, Thorsten
Wagener & Hoshin Gupta, 192
. The hydrological impact zone in the lower reaches of the Yellow River: a
new concept for water resources issues

Makoto Taniguchi, Jianyao Chen & Yoshihiro Fukushima, 199
. The role of dams in securing the surface water in the northern and
eastern parts of the United Arab Emirates (UAE)

Hind S. Al-Nuaimi & Ahmed A. Murad, 206
. A review of soil water resource research and application in China

Jun Xia, Xingyao Pan, Xiyun Chen & Yu Liu, 215
. Social impact assessment of integrated flood risks based on Catastrophe
Theory

Li Jiqing, Ji Changming & Miguel A. Mariño, 221
. Flood forecasting by Coupling Cluster method and Artificial Neural
Networks

Yin Xiongrui, Xia Jun & Zhang Xiang, 228
. Ecological impacts of water resources utilization in the Tarim River
Basin of China

Chen Yaning, Hao Xinming, Li Weihong & Xu Changchun, 236
. Evolution of property rights in groundwater irrigation system and food-
water security in Haihe basin, China

Hao Li, Xia Jun & Jinxia Wang, 244
. Forest hydrology project (UFSC-MOBASA) for water resources management in
Rio Negrinho City, Santa Catarina, Brazil

Masato Kobiyama, Tatiane Checchia, Claudia W. Corseuil, João F. L. Lino,
Nadia H. Y. Lopes, Fernando Grison, Pedro L. B. Chaffe, Simone Malutta,
Ulisses Ribas Junior, Reinaldo Langa & Sandro Basso, 250
. Groundwater and its association with sustainability of agriculture in the
North China Plain

Jianyao Chen, Yoshihiro Fukushima & Makoto Taniguchi, 258
. Impacts of human activities on the flow regime of the Yangtze River

Qiongfang Li, Zhenhua Zou, Ziqiang Xia, Jin Guo & Yi Liu, 266
. The puzzle of policy learning in water resources management

Leon M. Hermans, 276
. Blue Nile flow sensitivity to projected climatic change until 2100

Rizwan Nawaz & Timothy Bellerby, 284
. Quantitative analysis of human impact on river runoff in west Liaohe
basin through the conceptual Xin'anjiang model

Liliang Ren, Vu Van Nghi, Fei Yuan, Chunhong Li & Jixin Wang, 295
. Impacts of water pollution and shortage on the economic development of
the Haihe River basin

Huang Hao & Xia Jun, 303
. A water balance approach to indicate effects of man-made enhanced
greenhouse warming on groundwater recharge in the Kalahari

Heike Wanke, Ulrike Beyer, Armin Dünkeloh & Peter Udluft, 310
. Socio-economic activities and the balance between water resource supply
and demand in the Yellow River basin, China

Akio Onishi, Hidefumi Imura, Ji Han, Feng Shi & Yoshihiro Fukushima, 320

SOIL-VEGETATION-ATMOSPHERE TRANSFER SCHEMES AND LARGE-SCALE HYDROLOGICAL
MODELS (270)

Edited by A. J. Dolman, A. J. Hall, M. L. Kavvas, T. Oki & J. W. Pomeroy

|General SVAT Modelling | |
|Relative influence of vertical and horizontal processes in large-scale | |
|water and energy balance modelling Eleanor Blyth |3 |
|The representation of the seasonal hydrological cycle in a regional | |
|climate model in west Europe A. J. Dolman, M. Soet, B. J. J. M. | |
|Van Den Hurk, R. J. M. Ijpelaar & R. J. Ronda |11 |
|Hydrological simulation by SiB2-Paddy in the Chao Phraya River basin, | |
|Thailand Wonsik Kim, Yasushi Agata, Shinjiro Kanae, Taikan Oki & Katumi|19 |
|Musiake | |
|A framework for coupling atmospheric and hydrological models | |
|Alain Pietroniro, Eric D. Soulis, Ken Snelgrove & Nick Kouwen |27 |
|Regional mechanistic estimations of sugar-cane water use Angel Utset & | |
|Gilberto Lopez |35 |
|A bucket with a bottom hole (BBH) model of soil hydrology | |
|Tetsuo Kobayashi, Shuh Matsuda, Hideyuki Nagai & Jun'ichi Tesima |41 |
|Impact of soil moisture movement schemes in a SVATS on the global | |
|climate of an AGCM Tosiyuki Nakaegawa & Masato Sugi |47 |
|Estimation model for litter moisture content ratio on forest floor |53 |
|Koji Tamai | |
|Development of the evaporation component for the physically-based | |
|distributed tank model Zongxue Xu, Jingyu Li & Kazumasa Ito |59 |
| SVAT and Precipitation Runoff Modelling | |
|Application of a land surface model for studying the role of boreal | |
|spruce forest in land surface-atmosphere interactions Olga N. Nasonova |65 |
|& Yeugeniy M. Gusev | |
|Investigating the ability of a land surface model to simulate runoff on| |
|a large river basin scale Yeugeniy M. Gusev & Olga N. Nasonova |73 |
|Large-scale modelling and spatial heterogeneity of landscape | |
|characteristics-experience from the Upper Danube River basin | |
|Joachim Geyer & Andreas H. Schumann |81 |
|Toward improved parameter estimation of land surface hydrology models | |
|through the Model Parameter Estimation Experiment (MOPEX) John Schaake,| |
|Qingyun Duan, Victor Koren & Alan Hall |91 |
|Hydrological modelling of the Mekong River basin Geoff Kite |99 |
|A distributed dynamic parameters inverse model for rainfall-runoff Li |103|
|Lan | |
|Sub-grid runoff processes and hydrological modelling in the subarctic | |
|Canadian Shield Christopher Spence |113|
| Parameter Estimation for Large-Scale Hydrological Models | |
|An analysis of the variation in hydrological conditions in the Korean | |
|peninsula due to global warming Yong Nam Yoon, Jae Soo Lee, |119|
|Chulsang Yoo & Jae Hyun Ahn | |
|Expanding distributed hydrological modelling to the continental scale | |
|Dawen Yang, Shinjiro Kanae, Taikan Oki & Katumi Musiake |125|
|A physically-based rainfall-runoff model and distributed dynamic hybrid| |
|control inverse technique Li Lan |135|
|Calibration of a global hydrological model against measured discharge | |
|Petra DÆll, Frank Kaspar & Bernhard Lehner |143|
|Using conceptual hydrological modelling to develop better sub-grid | |
|variability in the Rossby Centre Regional Atmospheric Model | |
|L. Phil Graham, GÆran LindstrÆm, BjÆrn Bringfelt, Marie Gardelin, |151|
|Stefan Gollvik, Sten BergstrÆm & Patrick Samuelsson | |
|Daily river discharge prediction using GCM generated atmospheric data | |
|A. W. Jayawardena & S. P. P. Mahanama |159|
|A semi-distributed hydrological model and its application in a | |
|macroscale basin in China Shenglian Guo, Jinxing Wang & Jin Yang |167|
|Parameterization of sub-grid effects in a large-scale hydrological | |
|model Lev Kuchment |175|
|A completely-formed distributed rainfall-runoff model for the catchment| |
|scale Huaxia Yao & Michio Hashino |183|
|Coupled regional-scale hydrological-atmospheric model for the study of | |
|climate impact on Japan Junichi Yoshitani, M. L. Kavvas & Z.-Q. Chen |191|
|Spatially-distributed snowmelt, water balance and streamflow modelling | |
|for a large mountainous catchment: Boise River, Idaho, USA | |
|David C. Garen, Joachim Geyer, Andreas H. Schumann & Danny Marks |199|
|Influence de la nature et de l'origine des donnÈes sur la modÈlisation | |
|hydrologique de grands bassins versants en Afrique de l'Ouest | |
|M. Ouedraogo, J. E. Paturel, G. MahÈ, E. Servat, A. Dezetter & D. |209|
|Conway | |
|Data Assimilation in Large-Scale Hydrological Models | |
|Improved conditioning of SVAT models with observations of infrared | |
|surface temperatures M. F. McCabe, S. W. Franks & J. D. Kalma |217|
|Thermal remote sensing of the land surface for numerical weather | |
|prediction | |
|models S. W. Franks, S. R. McKee, J. D. Kalma, B. J. J. M. Van den Hurk|225|
|& | |
|Yaping Shao | |
|Contribution of satellite and lightning data to convective rainfall | |
|frequency analysis Maria Helena Ramos, Stephane SÈnÈsi, Jean-Dominique |233|
|Creutin & Christophe Morel | |
|Modelling the hydrological cycle of river basins using high resolution | |
|satellite information E. L. Muzylev & A. B. Uspensky |241|
|Assimilation of soil moisture in a hydrological model for flood | |
|forecasting A. Weisse, C. Michel, D. Aubert & C. Loumagne |249|
|Directives for 4-D soil moisture data assimilation in hydrological | |
|modelling E. E. van Loon & P. A. Troch |257|
|Incidence de l'incertitude pluviomÈtrique sur la modÈlisation | |
|pluie-dÈbit Radhia M'Chirgui, Zoubeida Bargaoui & AndrÀs BÀrdossy |269|
|Daytime long-wave radiation approximation for physical hydrological | |
|modelling of snowmelt: a case study of southwestern Ontario | |
|S. R. Fassnacht, K. R. Snelgrove & E. D. Soulis |279|
|Large-scale mapping of leaf area index using remote sensing data | |
|Takashi Ishii, Makoto Nashimoto & Hisashi Shimogaki |287|
|Regional extrapolation of meteorological data in a distributed | |
|hydrological model Vladimir Konovalov |291|
|Snow-Vegetation Interaction | |
|Snow vegetation interactions: issues for a new initiative J. W. | |
|Pomeroy, P. HÆller, P. Marsh, D. A.Walker & M. Williams |299|
|The impact of the representation of soil-vegetation-atmosphere | |
|interaction upon snow processes E. A. Kowalczyk & J. L. McGregor |307|
|Interactions of shrubs and snow in arctic tundra: measurements and | |
|models Joseph P. McFadden, Glen E. Liston, Matthew Sturm, Roger A. | |
|Pielke, Sr & F. Stuart Chapin, III |317|
|Hydrological modelling of river ice processes in cold regions Xieyao | |
|Ma, Yoshihiro Fukushima & Tetsuo Ohata |327|
|Estimating subsurface drainage from organic-covered hillslopes | |
|underlain by permafrost: toward a combined heat and mass flux model | |
|W. L. Quinton & D. M. Gray |333|
|Sublimation of snow intercepted by coniferous forest canopies in a | |
|climate model Richard Essery & John Pomeroy |343|
|Spatial fields of meteorological input data including forest canopy | |
|corrections for an energy budget snow simulation model David C. Garen &|349|
|Danny Marks | |
|Snow gliding and avalanches in a south-facing larch stand Peter HÆller |355|
|The phenology of four subalpine herbs in relation to snow cover | |
|characteristics Christian Rixen, Veronika Stoeckli, Christine Huovinen |359|
|& Kai Huovinen | |
|A new possible site to study the effects of climate warming on tundra | |
|ecosystems: the Giant Mountains, Czech Republic Milena Kocianova & |363|
|Helena ?tursova | |




PREDICTIONS IN UNGAUGED BASINS: International Perspectives on the State of
the Art and Pathways Forward(301)

Edited by Stewart Franks, Murugesu Sivapalan, Kuniyoshi Takeuchi & Yasuto
Tachikawa
International Perspectives on PUB and Pathways Forward: Outcomes of the
Perth PUB Workshop (Full Text)

Murugesu Sivapalan, Stewart W. Franks, Kuniyoshi Takeuchi & Yasuto
Tachikawa
National, Regional and Global Perspectives on PUB
Hydrology as a Policy-Relevant Science in Japan and Monsoon Asia

Kuniyoshi Takeuchi
Chinese Perspectives on PUB and the Working Group Initiative

Dawen Yang, Chong Li, Baisheng Ye, Heping Hu, Hong Zhang, Zhiyu Liu & Jun
Xia
Australian Perspectives on Predictions in Ungauged Basins

Thomas A. McMahon
Some Perspectives on Hydrological Prediction and the Role of PUB

Dennis P. Lettenmaier
Nature of Hydrological Predictions: Floods, Droughts, Sediments and Water
Quality
Drought and Water Resources Management in Japan

Akira Kawamura & Yasuhisa Kuzuha
Flood Prediction in Japan and the Need for Guidelines for Flood Runoff
Modelling

Yasuto Tachikawa, Roshan K. Shrestha & Takahiro Sayama
Current Issues and Research on Sediment Movement in the River Catchments of
Japan

Yutaka Ichikawa
Flood and Drought Risk in Eastern Australia

Stewart W. Franks
Can We Predict Decadal Changes in Southern Hemisphere Climate?

Scott Power, Rob Colman, Xiandong Wang & Pandora Hope
Towards Better Prediction of Water Quality in Ungauged Basins

John Bradd
New Data Sources and New Approaches for Hydrological Modelling
Standing Back Looking Forward: Role of Satellite Remote Sensing in the
Predictions of Ungauged Basins

Venkat Lakshmi
New Directions for Top-Down Modelling: Introducing the PUB Top-Down
Modelling Working Group

David A. Post, Ian G. Littlewood & Barry F. Croke
Derivation of Closure Relations and Commensurate State Variables for Meso-
scale Models Using the REW Approach

Erwin Zehe, Haksu Lee & Murugesu Sivapalan
Representative Elementary Watershed (REW) Approach: A New Blueprint for
Distributed Hydrological Modelling at the Catchment Scale

Haksu Lee, Murugesu Sivapalan & Erwin Zehe
Approaches Towards Greater Process Understanding and Integration
The Need for a Virtual Hydrologic Laboratory for PUB

Eric F. Wood, Jan Boll, Patrick Bogaart & Peter A. Troch
A Perspective on Hillslope Hydrology in the Context of PUB

Jeffrey J. McDonnell, Brian McGlynn, Kellie Vache & Ilja Tromp-van Meerveld
An Interdisciplinary and Hierarchical Approach to the Study and Management
of River Ecosystems

Martin C. Thoms
Dynamics and Optimality in Coupled Terrestrial Energy, Water, Carbon and
Nutrient Cycles

Michael R. Raupach
Simplicity, Complexity and Scale in Terrestrial Biosphere Modelling

Michael R. Raupach, Damian J. Barrett, Peter R. Briggs & J. Mac Kirby
Towards Reduction of Uncertainty on MEDCLUB (MEDiterranean CLimate Ungauged
Basins)

Mauro Fiorentino & Vito Iacobellis
Uncertainty Estimation and Model Identification
Physical-Statistical Models for Predictions in Ungauged Basins

Edward P. Campbell
A Bayesian View of Rainfall-Runoff Modelling: Alternatives for Parameter
Estimation, Model Comparison and Hierarchical Model Development

Ashish Sharma, Lucy Marshall & David Nott
PUB as Robust State Estimation

John P. Norton


PREDICTION IN UNGAUGED BASINS: Promise and Progress (303)


Murugesu Sivapalan, Thorsten Wagener, Stefan Uhlenbrook, Erwin Zehe, Venkat
Lakshmi, Xu Liang, Yasuto Tachikawa & Praveen Kumar




|Model Improvements Through Detailed Process Studies |
| | |
|Hydrological conceptual models of two Haute-Mentue subcatchments through|7 |
|environmental tracing and TDR soil moisture measurements | |
|Daniela Balin, Christophe Joerin & AndrÈ Musy | |
|Identification of flow pathways along hillslopes using electrical |15 |
|resistivity tomography (ERT) | |
|Stefan Uhlenbrook & Jochen Wenninger | |
|Using factor analysis and end-member mixing techniques to infer sources |21 |
|of runoff generation | |
|Corinna Abesser, Ruth Robinson & Chris Soulsby | |
|Process-based strategies for model structural improvement and reduction |30 |
|of model prediction uncertainty | |
|Kellie B. VachÈ & Jeffrey J. Mcdonnell | |
|Analysis of process controls on streamflow response in an Australian |38 |
|tropical catchment | |
|Laura Montanari, Murugesu Sivapalan & Alberto Montanari | |
|Evaluation of a grid-based distributed hydrological model over a large |47 |
|area | |
|Victor Koren, Fekadu Moreda, Seann Reed, Michael Smith & Ziya Zhang | |
|PAI-OFF: a new strategy for online flood forecasting in mountainous |57 |
|catchments | |
|J. Cullmann, G. H. Schmitz & W. GÆrner | |
| | |
|Model Evaluation and Comparison: Uncertainty Analysis and Diagnostics |69 |
|Thorsten Wagener | |
| |72 |
|Water resources estimation in less developed regions-issues of | |
|uncertainty associated with a lack of data | |
|Denis A. Hughes | |
|Evaluating uncertainty in modelled sediment delivery in data-sparse |80 |
|environments: application to the Mae Chaem Catchment, Thailand | |
|David A. Post & Michael G. Hartcher | |
|Bayesian kriging and GLUE applied to estimation of uncertainty due to |90 |
|precipitation representation in hydrological modelling | |
|Luciano Nobrega Rodrigues Xavier, Afonso Augusto Araujo De Magalhaes & | |
|Otto Correa Rotunno Filho | |
|Evaluation of water quantity and quality modelling in ungauged European |99 |
|basins | |
|Berit Arheimer | |
|Identification of a river water quality model and assessment of data |108|
|information content | |
|Michael Rode & Gunter Wriedt | |
|Influence of rating curve uncertainty on daily rainfall-runoff model |116|
|predictions | |
|Giuseppe T. Aronica, Angela Candela, Francesco Viola, & Marcella | |
|Cannarozzo | |
|Parameterization of frozen ground effects: sensitivity to soil |125|
|properties | |
|Victor Koren | |
|The Multi-Model approach to rainfall-runoff modelling |134|
|Adam M. Wyatt & Stewart W. Franks | |
|Hydrological model evaluation and comparison through uncertainty |145|
|recognition and quantification | |
|Shen Chiang, Yasuto Tachikawa & Kaoru Takara | |
|Evaluation of the Xinanjiang model structure by observed discharge and |153|
|gauged soil moisture data in the HUBEX/GAME Project | |
|Liliang Ren, Qiong Huang, Fei Yuan, Jixin Wang, Jing Xu, Zhongbo Yu & | |
|Xinren Liu | |
|Multi-objective conditioning of a SVAT model for heat and CO2 fluxes |164|
|prediction | |
|Xingguo Mo, Suxia Liu, Zhonghui Lin, Xiaomin Sun & Zhilin Zhu | |
|Uncertainty propagation in a sequential model for flood forecasting |177|
|Renata J. Romanowicz, Keith J. Beven & Peter C. Young | |
|New Data Collection, Approaches and Model Development |185|
|Venkat Lakshmi | |
| |187|
|Role of spatial aggregation over runoff calculations on southeast France| |
|catchments | |
|Nabil J. Eid, Flavie Cernesson, Nathalie Folton & Pascal Kosuth | |
|Influence of spatial variability of precipitation in a distributed |195|
|rainfall-runoff model | |
|Tapash Das, AndrÀs BÀrdossy & Erwin Zehe | |
|The frequency of precipitation days in the Yangtze River basin |204|
|Yijin Wu, Stefan Becker, Lorenz King, Hsiang-Te Kung, Tong Jiang, Heike | |
|Hartmann & Wenjing Zhu | |
|Estimating the potential evapotranspiration over the Yellow River basin |214|
|by considering the land cover characteristics | |
|M. C. Zhou, H. Ishidaira & K. Takeuchi | |
|Assimilation of remotely sensed soil saturation levels in conceptual |226|
|rainfall-runoff models | |
|Patrick Matgen, Jean-Baptiste Henry, Lucien Hoffmann & Laurent Pfister | |
|Investigation of the effect of a coupled land-atmosphere satellite data |235|
|assimilation system on land-atmosphere processes | |
|Souhail Boussetta,Toshio Koike, Mahadevan Pathmathevan & Kun Yang | |
|Hydrological modelling in Amazonia-use of the MGB-IPH model and |246|
|alternative databases | |
|Alfredo Ribeiro Neto, Walter Collischonn, Rui Carlos Vieira Da Silva & | |
|Carlos E. M. Tucci | |
|A new approach for the numerical modelling of the groundwater flow in |255|
|the fractured rock massifs | |
|Ji?Ì Mary?ka, Otto SeverÙn, Miloslav Tauchman & David Tondr | |
|PUB and water resources management practises in Nigeria |267|
|Olusegun Adeaga, Lekan Oyebande & Idowu Balogun | |
|Frequency-domain analyses of GPR waveforms: enhancing near-surface |274|
|observational capabilities | |
|Guy Serbin & Dani Or | |
|Water level change in wells-a predictor for earthquakes? |286|
|Joseph Guttman, Akiva Flexer & Annat Yellin-Dror | |
|New Modelling Approaches and Methods for Testing Models against |291|
|Observations | |
|Erwin Zehe & Yasuto Tachikawa | |
| |293|
|Physically-based model of heat and water transfer in frozen soil and its| |
|parameterization by basic soil data | |
|Alexander Gelfan | |
|Effect of soil shrinkage on runoff generation in micro and mesoscale |305|
|catchments | |
|Falk Lindenmaier, Erwin Zehe, Martin Helms, Oleg Evdakov & JÝrgen | |
|Ihringer | |
|Modelling flood plain vegetation based on long-term simulations of daily|318|
|river-groundwater dynamics | |
|Bruno BÝchele, Peter Burek, Ralf Baufeld & Ilona Leyer | |
|Indirect assessment of flooding duration as a driving factor of plant |334|
|diversity in wet grasslands | |
|Cyrille Violle, Christophe Cudennec, Manuel Plantegenest, Christian | |
|Damgaard, Didier Le Coeur, Jan-Bernard Bouzille & Anne Bonis | |
|Effects of conservation tillage on storm flow: a model-based assessment |342|
|for a mesoscale watershed in Germany | |
|Ingo Haag, Annette Luce & Kai Gerlinger | |
|Assessing the predictive ability of the spatially distributed conceptual|351|
|AFFDEF model for a mesoscale catchment | |
|Tapash Das, Greta Moretti, AndrÀs BÀrdossy & Alberto Montanari | |
|Large basin simulation experience in South America |360|
|Daniel Gustavo Allasia, Benedito ClÀudio da Silva, Walter Collischonn & | |
|Carlos Eduardo Morelli Tucci | |
|Distributed rainfall-runoff analysis in a flow regulated basin having |371|
|multiple multi-purpose dams | |
|Takahiro Sayama, Yasuto Tachikawa, Kaoru Takara & Yutaka Ichikawa | |
|Surface runoff simulation for part of Yewa basin |382|
|Olusegun Adeaga, Lekan Oyebande & Christian Depraetere | |
|Inversion d'une modÈlisation de type hydrogramme unitaire Þ base |391|
|gÈomorphologique: interprÈtation physique et premiÕre mise en ?uvre | |
|(Full Text) | |
|Houda Boudhraa, Christophe Cudennec, Mohamed Slimani & Herve Andrieu | |
|Numerical modelling of water transfer among precipitation, surface |400|
|water, soil moisture and groundwater | |
|Xi Chen, Zhicai Zhang & Yongqin David Chen | |
|Disaggregation of upslope catchment area and steepest slope for |414|
|transferring geomorphometric information across scales | |
|Nawa R. Pradhan, Yasuto Tachikawa & Kaoru Takara | |
|A multi-level and multi-scale structure of river network geomorphometry |422|
|with potential implications towards basin hydrology (Full Text) | |
|Christophe Cudennec, Jean-Christophe Pouget, Houda Boudhraa, Mohamed | |
|Slimani & Slah Nasri | |
|Application of the wavelet transform for analysis of precipitation and |431|
|runoff time series | |
|Celso Augusto G. Santos & Sandra Maria AraÇjo IdeiÖo | |
| | |
|Progress in PUB Implementation (PUB Working Groups) |441|
|Murugesu Sivapalan | |
| |443|
|The PUB Top-Down Modelling Working Group (TDWG): initial development and| |
|activities | |
|Ian G. Littlewood, Barry F. W. Croke & David A. Post | |
|Towards an uncertainty framework for predictions in ungauged basins: The|454|
|Uncertainty Working Group | |
|Thorsten Wagener, Jim Freer, Erwin Zehe,Keith Beven, Hoshin V. Gupta & | |
|Andras Bardossy | |
|MEDCLUB-starting line and first activities |463|
|Mauro Fiorentino, Domenico Carriero, Vito Iacobellis, Salvatore Manfreda| |
|& Ivan Portoghese | |
|Groundwater pollution and risks for the coastal environment |477|
|(southeastern Italy) | |
|Maurizio Polemio & Pier Paolo Limoni | |
|Canadian PUB planning and implementation |487|
|Christopher Spence, John W. Pomeroy & Alain Pietroniro | |
|Research initiatives in Thailand on Predictions in Ungauged Basins |492|
|Dushmanta Dutta, Chavalit Chaleeraktrakoon & Saisunee Budhakooncharoen | |
|PUB Working Group on Orographic Precipitation, Surface Water and |500|
|Groundwater Interactions, and their Impacts on Water Resources | |
|Xu Liang, L. Ruby Leung, Maoyi Huang, Yun Qian, Mark S. Wigmosta, George| |
|B. Matanga & Dave Matthews | |
| | |




IMPACTS OF URBAN GROWTH ON SURFACE WATER AND GROUNDWATER QUUALITY (259)


Edited by J. Bryan Ellis

GROUNDWATER: National perspectives

S. S. D. Foster, B. L. Morris & P. J. Chilton

Groundwater in urban development-a review of linkages and concerns, 3
Frans Van de Ven & Michiel Rijsberman

Impact of groundwater on urban development in The Netherlands, 13
Oliver T. N. Sililo

Groundwater contamination by organic chemicals in industrializing
countries: the unseen threat, 23
Nahed E. El Arabi

Problems of groundwater quality related to the urban environment in Greater
Cairo, 29
Chung-Ho Wang, Chung-Jung Chiang, Tsung-Ren Peng & Wen-Cheh Liu

Deterioration of groundwater quality in the coastal Pingtung Plain,
southern Taiwan, 39
R. Ramesh

Groundwater quality management: pollution perspectives, 47
GROUNDWATER: Modelling

A. Jake Gusman & Miguel A. Marißo

Modelling of nitrogen dynamics in the subsurface environment, 59
E. VÀzquez-SußÈ & X. SÀnchez-Vila

Groundwater modelling in urban areas as a tool for local authority
management: Barcelona case study (Spain), 65
V. V. S. Gurunadha Rao & S. K. Gupta

Modelling contamination of a drinking water supply well in the Sabarmati
river bed aquifer, Ahmedabad, India,
Anna Belousova

Ecological indicators and indices of sustainable development, 83
M. Kamrul Hasan, William Burgess & Jane Dottridge

The vulnerability of the Dupi Tila aquifer of Dhaka, Bangladesh, 91
V. V. S. Gurunadha Rao, K. Subrahmanyam, P. Yadaiah & R. L. Dhar

Assessment of groundwater pollution in the Patancheru Industrial
Development Area and its environs, Medak District, Andhra Pradesh, India,
99
M. Chandra Sekhar & K. Karuna Kumar

The use of DRASTIC modelling indices for the assessment of groundwater
pollution potential, 111
GROUNDWATER: Methodological approaches

David N. Lerner, Yuesuo Yang, Mike H. Barrett & John H. Tellam

Loadings of non-agricultural nitrogen in urban groundwater, 117
Ian Holman & Robert Palmer

Groundwater protection incorporated into land use planning: a study from
Cebu City, the Philippines, 125
Chris D. Handley

Autopsy of an aquifer: a case study of Al Hayma, Yemen, 133
Anwen J. Hughes, John H. Tellam, John W. Lloyd, Kim A. Stagg, Simon H.
Bottrell, Andrew P. Barker & Michael H. Barrett

Sulphate isotope signatures in borehole waters from three urban Triassic
Sandstone aquifers, UK, 143
Masaya Yasuhara, Kohei Kazahaya, Hiroyuki Higuchi & Toshifumi Ueda

A stable carbon isotope study on direct precipitation recharge to the
aquifer in the City of Yamagata, northern Japan,
Lynda Taylor & Michael Rivett

Monitoring solvents in the Birmingham aquifer (UK): 1987, 1998 and on to
the next millennium, 161
Giuseppe Capelli, Renato Funiciello, Daniela Iorio & Roberto Salvati

Loss of groundwater resources following major quarrying activity in urban
areas: the Galeria-Magliana quarry basin (Rome, Italy), 169
GROUNDWATER: Process and case studies

Emily Whitehead, Kevin Hiscock & Paul Dennis

Evidence for sewage contamination of the Sherwood Sandstone aquifer beneath
Liverpool, UK, 179
Matthias Eiswirth, Renke Ohlenbusch & Klaus Schnell

Impact of chemical grout injection on urban groundwater, 187
Tullia Bonomi

Groundwater level evolution in the Milan area: natural and human issues,
195
C. Subba Rao & N. V. Subba Rao

The impact of urban industrial growth on groundwater quality in
Visakhapatnam, India, 203
E. Khazai & M. G. Riggi

Impact of urbanization on the Khash aquifer, an arid region of southeast
Iran, 211
H. K. Ramaraju, M. Venkatachalappa, G. Ranganna, C. Sadashivaiah & N.
Manamohan Rao

Hazards due to migration of septic tank leakages in peri-urban settlements,
219
R. B. Singh

Urban impacts on groundwater quality in the Delhi region, 227
SURFACE WATER: Hydrology and meteorology inputs

C. S. B. Grimmond & T. R. Oke

Evapotranspiration rates in urban areas, 235
Markus Quirmbach, Gert A. Schultz & Torsten Frehmann

Use of weather radar for combined control of an urban drainage system and a
sewage treatment plant, 245
Victor E. Chub & Sergey V. Myagkov

A model of the flood transformation in the Amudarya River, 251
E. I. Chembarisov & E. I. Chembarisova

Contemporary status of surface water quality of the Aral Sea basin, 255
SURFACE WATER: Methodological and source tracing studies

Andreas Krein & Reinhard Bierl

Identifying major sources of organic micropollutants and heavy metals
during flood events in a partly urbanized headwater catchment, 263
Ross A. Sutherland

Spatial variation of metals in bed sediments of an urban drainage basin,
Hawaii, 269
Norman E. Peters & Stephen J. Kandell

Evaluation of stream water quality in Atlanta, Georgia, and the surrounding
region (USA), 279
Sergei Kondratyev, Ludmila Efremova, Tatiana Gronskaya & Irina Varfolomeeva

Water quality and ecology of water bodies in urban territories: St
Petersburg as a case study, 291
SURFACE WATER: Identifying and measuring impacts

Nilo Oliveira Nascimento, MÀrcio Benedito Baptista & Luiz Augusto Kauark-
Leite

Stormwater management problems in a tropical city - the Belo Horizonte case
study, 299
U. Riemann

Impacts of urban growth on surface water and groundwater quality in the
City of Dessau, Germany, 307
Mervyn Peart

Development and water quality in the Kam Tin basin, Hong Kong, 315
E. Pretorius & G. du T. de Villiers

An integrated approach to the management of water quality in a developing
South Africa, 321
SURFACE WATER: Ecological and source controls

Kate Heal

Metals in sediments of sustainable urban drainage structures in Scotland,
331
Tom Shatwell & Ian Cordery

Nutrient storage in urban wetlands, 339
Michael Revitt, Brian Shutes & Lian Scholes

The use of constructed wetlands for reducing the impacts of urban surface
runoff on receiving water quality, 349
J. Bryan Ellis

Design considerations for the use of vegetative controls for the treatment
of highway discharges, 357
Peter Callander, Robert Watts & Tony Oliver

Sustainable management of Christchurch's waterways and wetlands using
stormwater soakage disposal, 365
Chris Jefferies, Anna Govier & Katherine Bradshaw

Improving degraded urban water courses in eastern Scotland: a case study,
373
S. Brown, S. Shrestha & S. J. Riley

The allocation of resources to stormwater pollution control, 381
SURFACE WATER: Integrated management and planning

Sveinn T. Thorolfsson & Magnar Sekse

Towards integrated stormwater-meltwater management in the coastal part of
Norway, 393
Luiz Augusto Kauark-Leite, Nilo Oliveira Nascimento & MÀrcio
Benedito Baptista

Stormwater master planning in developing tropical countries, 401
Uri Shamir & Naomi Carmon

Water-sensitive urban planning: the case of Israel's coastal aquifer, 409
SURFACE WATER: Case studies

John Kioko Musingi, Shadrack Mulei Kithiia & Boniface Nzuve Wambua

The urban growth of Mombasa coastal town and its implication for surface
and groundwater resources, 419
Wang Gengxu & Cheng Guodong

Water resources utilization and its influence on the eco-environment in the
arid zone of northwest China, 423
T. K. S. Abam

Dynamics and quality of water resources in the Niger Delta, 429