Contents for Water Quality and Sediment Behaviour of the Future: Predictions for the 21st Century
Title | Pages | File |
Water Quality and Sediment Behaviour of the Future:Predictions for the 21st Century, Symposium held at Perugia (2007) Bruce W. Webb & Dirk De Boer Editors | |   |
Preface of Volume 314 Bruce W. Webb | v-vi | |
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 La | 3-10 | |
Impacts of human activities on the sediment regime of the Yangtze River Qiongfang Li, Zhenhua Zou, Ziqiang Xia, Wei Zhang & Huiqing Wang | 11-19 | |
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 | 20-27 | |
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 | 28-37 | |
Neuroevolution methodologies applied to sediment forecasting Alison J. Heppenstall, Linda M. See & Robert J. Abrahart | 38-44 | |
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 | 45-56 | |
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 | 57-70 | |
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 | 71-78 | |
Scale-related sediment and phosphorus transfers in small agricultural catchments Clare Deasy, Richard E. Brazier, A. Louise Heathwaite & Robin Hodgkinson | 79-89 | |
Modelling climate change impact on phosphorus load in Swedish rivers Jorgen Rosberg & Berit Arheimer | 90-97 | |
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 | 98-107 | |
Effect of frequent storms on nutrient discharge in a mountainous coastal catchment, western Japan Shin-ichi Onodera, Misa Sawano, Mitsuyo Saito & Hidehiro Takahashi | 108-116 | |
Evaluation of estimation methods for nitrate and atrazine loads during rainfall events in agricultural catchments Adilson Pinheiro, Flavie Cernesson & Jean Fran�ois Dubernet | 117-124 | |
Modelling catchment-scale nitrate transport using a combined process-based and data-driven approach Rajesh Raj Shrestha & Michael Rode | 125-134 | |
Long-term trend of uranium concentrations in Beaverlodge Lake, Saskatchewan, Canada, under mine decommissioning Huaxia Yao, Robert Kidd & Michio Hashino | 137-144 | |
The distribution of heavy metals in a highly regulated river: the River Murray, Australia Martin C. Thoms | 145-154 | |
Assessing water-sediment processes for metals in rivers polluted by mining to predict environmental impacts in developing countries M. Aurora Armienta, Azucena Dotor, Flor E. Arcega-Cabrera, Oscar Talavera, Alejandra Aguay | 155-162 | |
The distribution of metals (Co, As and Zn) in a residential urban watershed, typical of the Brazilian suburbs Cristiano Poleto & Gustavo Henrique Merten | 163-172 | |
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 Barba | 173-180 | |
Kohonen self-organising map (KSOM) extracted features for enhancing MLP-ANN prediction models of BOD5 Rabee Rustum, Adebayo Adeloye & Aurore Simala | 181-187 | |
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. Marino | 188-196 | |
Some reflections on the future of the water quality of the Corumbatai River basin, Sao Paulo State, Brazil Daniel Marcos Bonotto & Jorge Luis Nepomuceno De Lima | 197-204 | |
An assessment of water quality changes within the Athi and Nairobi river basins during the last decade Shadrack Mulei Kithiia | 205-212 | |
Flood flow water quality analysis using low-cost samplers in small rivers Janana Bezerra Mesquita Lima & Sergio Koide | 213-216 | |
Community-based monitoring and the science of water quality - C. Conrad C. Conrad | 217-228 | |
Future impacts of freshwater resource management: sensitivity of coastal deltas Charles J. Vorosmarty, Jason P. Ericson, S. Lawrence Dingman, Larry G. Ward & Michel Meybe | 231-238 | |
Appropriate use of catchment models for water-quality target setting and land-use management Bradford S. Sherman, Jon Brodie, Lex Cogle & Chris Carroll | 239-250 | |
Development and application of a Watershed Information System (WIS) for water quality analyses Conceicao De Maria Albuquerque Alves & Daniel Pete Loucks | 251-264 | |
Groundwater of the future in the Roussillon flood plain: present-day situation and solutions for the 21st century Pierre Serrat | 261-270 | |
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, Guanqu | 271-277 | |
The assessment of groundwater vulnerability in China Tang Lihua, Zhang Sicong & Yao Wenfeng | 278-285 | |
Hydrogeochemistry of groundwater in a part of the hard rock terrain of central India L. P. Chourasia | 286-292 | |
Runoff erosion control for a sustainable water supply in Niamey, Niger Republic Issoufou Abdoulkader | 293-299 | |
The effect of parent material and land use on soil erosion: a case study of the Taleghan drainage basin, Iran Sadat Feiznia & Kazem Nosrati | 300-305 | |
Sediment yield in the Daryacheh-Namak drainage basin, Iran, and its relation to land-use changes Sadat Feiznia, Abdolhossein Mohammadi & Sepideh Zakikhani | 306-311 | |
Implications of changes in river sediments during the 21st century for freshwater ecosystems in northeast India U. C. Sharma & Vikas Sharma | 312-320 | |