Title | Pages | File |
Preface by A.L.Collins et al. Collins, A.L. | v-vi | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
The role of dams in the global sediment budget Des E. Walling | 3-11 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Redistribution of sediment and sediment-associated contaminants in the River Chern basin during the last 50 years Valentin Golosov, Elena Aseeva, Vladimir Belyaev, Maxim Markelov & Alisa Alyabieva | 12-19 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Delineation of China’s reservoirs and lakes using remote sensing techniques Xixi Lu, Xiankun Yang & Lishan Ran | 20-28 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Impacts of eco-restoration on suspended sediment load in the upper Yangtze River, China He Xiubin & Wei Jie | 29-36 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Annual fluxes of sediment-associated trace/major elements, carbon, nutrients and sulfur from US coastal rivers Arthur J. Horowitz, Verlon C. Stephens, Kent A. Elrick & James J. Smith | 39-48 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Transport of suspended sediment by the Vistula River basin upstream of Kraków, southern Poland, and the human impact during the second half of the 20th century Adam Lajczak | 49-56 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Dynamics of bank erosion on the River Dane, England Janet Hooke | 57-64 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
An update of the magnitude–frequency analysis of Rio Cordon (Italy) bedload data after 25 years of monitoring L. Picco, L. Mao, E. Rigon, J. Moretto, D. Ravazzolo, F. Delai & M. A. Lenzi | 65-71 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Sediment transport in the proglacial Fagge River (Kaunertal/Austria) David Morche, Florian Haas, Henning Baewert, Tobias Heckmann, Karl-Heinz Schmidt & Michael | 72-80 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Sediment and water quality in the Kam Tin River, Hong Kong M. R. Peart, L. Fok & J. Chen | 81-90 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Dynamics of sediment delivery in drain flow on clay soils across England and Wales Yusheng Zhang, Adrian L. Collins & John R. Williams | 91-97 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Suspended sediment transport by rivers in the different climatic zones of Cameroon (Central Africa) Gaston Lienou, Gil Mahe, Luc Sigha-Mkamdjou, Jean Emmanuel Paturel, Jacob Nwalal & Justin | 98-103 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Are riverine sediment discharges sufficient to offset the sinking coast of Louisiana? Y. Jun Xu & Timothy Rosen | 104-113 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Sediment quality in the water-level-fluctuation-zone of the Three Gorges Reservoir, China Zhijing Cao & Yuhai Bao | 114-121 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Assessing “modern background sediment delivery to rivers” across England and Wales and its use for catchment management Adrian L. Collins, Ian Foster, Yusheng Zhang, Richard Gooday, David Lee, David Sear, Pamel | 125-131 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Transient storage and release of sediment and phosphorus in a small urban impoundment N. McLellan, L. Gray, D. Allin, K. Damude, A. DiFebo, K. McLean, E. Sararas, M. Stone & J. | 132-137 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Landslide impacts on suspended sediment sources following an extreme event in the Magela Creek catchment, northern Australia Wayne D. Erskine & Michael J. Saynor | 138-145 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Driving forces in a floodplain restoration project: interaction between surface water, groundwater and morphodynamic processes during an ecological flooding Peter Fischer, Florian Haas & Bernd Cyffka | 146-154 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Fractal geometry of aggregates in natural grassland soils with different restoration stages Zhou Ping, Wen Anbang, Zhuang Wenhua & Liu Guobin | 155-160 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Decadal sediment yield from an Alpine proglacial zone inferred from reservoir sedimentation (Pasterze, Hohe Tauern, Austria) Martin Geilhausen, Jan-Christoph Otto, David Morche & Lothar Schrott | 161-172 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Efficiency of rice straw mulch as a soil amendment to reduce splash erosion Leila Gholami, Seyed Hamid Reza Sadeghi & Mahdi Homaee | 173-177 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Thirty years of vegetation cover dynamics and planform changes in the Brenta River (Italy): implications for channel recovery E. Rigon, J. Moretto, L. Mao, L. Picco, F. Delai, D. Ravazzolo, M. A. Lenzi & G. Kaless | 178-186 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Numerical simulation of non-equilibrium sediment transport in a flume Donatella Termini | 187-197 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Soil erosion under different land uses in the riparian zone of the Three Gorges Reservoir, China Yuhai Bao, Xiubin He, Jie Wei, Qiang Tang & Feng Guo | 198-201 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Sedimentation patterns and sediment composition in a Norwegian glacial lake during a large magnitude flood Patricia Kennie & Jim Bogen | 202-209 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Impact of climate change on glacial sediment delivery to Norwegian rivers and consequences for hydropower operations Jim Bogen, Truls Bønsnes & Galina Ragulina | 210-218 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
A GIS-based model for ditch erosion risk assessment in peatland forestry Tapio Tuukkanen, Harri Koivusalo, Hannu Marttila, Antti Leinonen, Bjørn Kløve, Ari Laurén | 221-227 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Estimation of the spatial distribution of soil erosion in the hilly area of Sichuan, China Xiaoli Jin, Genwei Cheng, C-Y Xu, Jihui Fan & Zelong Ma | 228-234 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Model of water regulation in the Yangtze River Basin and its effects using remote sensing techniques Xiankun Yang & X. X. Lu | 235-243 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Characteristics of runoff processes on unmetalled loess roads under experimental rainfall conditions Fengxia Tian, Xiubin He, Guiyu Li & Shiqing Zheng | 244-250 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Mapping and spatial analysis of suspended sediment yields from the Russian Plain Kirill Maltsev, Oleg Yermolaev & Vadim Mozzherin | 251-258 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Estimating sediment trapping efficiency from Landsat images: a case study of the Yellow River basin Lishan Ran & Xixi Lu | 259-266 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Estimating the annual sediment yield of a small agricultural catchment in central Poland Kazimierz Banasik, Dariusz Górski, Zbigniew Popek & Leszek Hejduk | 267-275 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
A Geomorphological Response Model for predicting sediment-related habitat change in ephemeral rivers Bennie van der Waal & Kate Rowntree | 276-283 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Estimation of sediment yield for geo-climatically diverse watersheds Jui-Yi Ho, Chi-Cheng Yang, Kwan Tun Lee, Yu-Han Hsu, Shuyou Cao & Ravinder Kaur | 284-290 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Quantification and modelling of debris flows in the proglacial area of the Gepatschferner, Austria, using ground-based LiDAR Florian Haas, Tobias Heckmann, Ludwig Hilger & Michael Becht | 293-302 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
A rare occurrence of landslides initiated by an extreme event in March 2007 in the Alligator Rivers Region, Australia M. J. Saynor, W. D. Erskine, G. Staben & J. Lowry | 303-310 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Study of viscous debris-flow surges moving on a residual layer in a flume Mi Tian, Kai-Heng Hu, Chuan-Chang Wang, Chao Ma & Fa-Hong Lei | 311-316 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Determining soil erosion by water using high resolution remotely-sensed data Magdalena Fitrzyk | 319-326 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Evaluation of two sediment tracers under simulated rainfall Peter Strauss, Gema Guzman, Axel Mentler, Rosemarie Hösl, Shengping Wang, Jose Alfonso Gom | 327-331 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Cartographic-geoinformational estimation of spatio-temporal erosion dynamics of arable soils in forest-steppe landscapes of the Russian Plain Oleg Yermolaev & Alina Avvakumova | 332-337 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Using 137Cs measurements and sediment yield monitoring to document catchment-scale sediment dynamics and budgets Jean P. G. Minella, Gustavo H. Merten, Desmond E. Walling & Michele Moro | 338-344 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Hydrodynamic and sediment measurements in estuaries of Rio de Janeiro State, Brazil: methodology and application Geraldo Wilson Junior | 345-355 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
MODIS-based remote sensing of suspended sediment concentrations of the Middle and Lower Yangtze River, China Xi-Xi Lu, Jian-jun Wang & Cheng Liu | 356-363 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Potential use of synthetic color-contrast aggregates and a digital image processing technique in soil splash measurements Abdulvahed Khaledi Darvishan, Seyed Hamidreza Sadeghi, Mahdi Homaee & Mahmood Arabkhedri | 364-368 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Understanding polycyclic aromatic hydrocarbon transfers at the catchment scale combining chemical and fallout radionuclides analyses David Gateuille, Olivier Evrard, Irène Lefevre, Elodie Moreau-Guigon, Fabrice Alliot, Marc | 369-377 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Use of 137Cs and 210Pbex peaks produced by events in the catchment for dating sediments in the Jiulongdian Reservoir, Chuxiong, Yunnan Province, China Xinbao Zhang, Yi Long, Xiubin He, Anbang Wen & Dongchun Yan | 378-384 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Further investigation of the relationship between 137Cs and 210Pbex flux and sediment output from two small experimental catchments in Calabria, southern Italy Paolo Porto, Desmond E. Walling, Giovanni Callegari & Carmelo La Spada | 385-393 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Quantification of the sediment budget of a river basin, based on reconstruction of the post-fallout redistribution of Chernobyl particle-bound 137Cs Vladimir Belyaev, Eugenia Shamshurina, Maxim Markelov, Valentin Golosov, Nadezda Ivanova, | 394-403 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Sediment source tracing in the Thina catchment, Eastern Cape, South Africa Kate Rowntree, Pearl Mzobe & Bennie van der Waal | 404-411 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Tracing the dispersion of sediment contaminated with radionuclides in catchments exposed to Chernobyl and Fukushima fallout Olivier Evrard, Vladimir Belyaev, Caroline Chartin, Catherine Ottlé, Nadezda Ivanova, Maxi | 412-417 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Assessing morphological changes in gravel-bed rivers using LiDAR data and colour bathymetry J. Moretto, E. Rigon, L. Mao, F. Delai, L. Picco & M. A. Lenzi | 419-427 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Using a Terrestrial Laser Scanner to assess the morphological dynamics of a gravel-bed river L. Picco, L. Mao, M. Cavalli, E. Buzzi, E. Rigon, J. Moretto, F. Delai, D. Ravazzolo & M. | 428-437 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Investigating an Alpine proglacial sediment budget using field measurements, airborne and terrestrial LiDAR data Tobias Heckmann, Florian Haas, David Morche, Karl-Heinz Schmidt, Joachim Rohn, Michael Mos | 438-447 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |