| Title | Pages | File |
Preface of Volume 367
Y. Jun Xu, M.A. Allison, S.J. Bentley, A.L. Collins, W.D. Erskine, V. Golosov, A.J. Horowi | v |  |
Downstream hydraulic geometry of alluvial rivers
P. Y. Julien | 3-11 | |
Daily variability of suspended particulate concentrations and yields and their effect on river particulates chemistry
Michel Meybeck & Florentina Moatar | 12-28 | |
Temporal and spatial responses of river discharge to tectonic and climatic perturbations: Choshui River, Taiwan, and Typhoon Mindulle (2004)
J. D. Milliman, T.Y Lee, J.C. Huang & S.J. Kao | 29-40 | |
Simulation of rainfall effects on sediment transport on steep slopes in an Alpine catchment
A. Kaiser, F. Neugirg, M. Schindewolf, F. Haas & J. Schmidt | 43-50 | |
Quantification, analysis and modelling of soil erosion on steep slopes using LiDAR and UAV photographs
F. Neugirg, A. Kaiser, J. Schmidt, M. Becht & F. Haas | 51-58 | |
Estimates of slope erosion intensity utilizing terrestrial laser scanning
Bulat Usmanov, Oleg Yermolaev & Artur Gafurov | 59-65 | |
An aerodynamic approach in soil hydraulic conductivity estimation for investigating soil erosion degree
Vasyukov Sergey & Sirotkin Vyacheslav | 66-71 | |
Predicting ephemeral gully erosion with RUSLER and EphGEE
Seth M. Dabney, Dalmo A. N. Vieira & Daniel C. Yoder | 72-79 | |
Distributed soil loss estimation system including ephemeral gully development and tillage erosion
Dalmo A. N. Vieira, Seth M. Dabney & Daniel C. Yoder | 80-86 | |
Impact of precipitation and runoff on ephemeral gully development in cultivated croplands
Vladimir Karimov, Aleksey Sheshukov & Philip Barnes | 87-92 | |
Predicting location and length of ephemeral gullies with a process-based Topographic Index model
Aleksey Y. Sheshukov | 93-98 | |
Assessing the applicability of the Revised Universal Soil Loss Equation (RUSLE) to Irish catchments
A. Rymszewicz, E. Mockler, J. O’Sullivan, M. Bruen, J. Turner, E. Conroy, M. Kelly-Quinn, | 99-106 | |
Channel morphodynamics on a small proglacial braid plain (Fagge River, Gepatschferner, Austria)
David Morche, Anne Schuchardt, Karolin Dubberke & Henning Baewert | 109-116 | |
Erosion depth of sand from an immobile gravel bed
Roger Kuhnle, Daniel Wren & Eddy Langendoen | 117-121 | |
Modelling streambank erosion potential using maximum entropy in a central Appalachian watershed
Jonathan Pitchford, Michael Strager, Adam Riley, Lianshin Lin & James Anderson | 122-127 | |
Evaluating sediment transport capacity relationships for use in ephemeral gully erosion models
Eddy J. Langendoen, Robert R. Wells, Mick E. Ursic, Dalmo A. N. Vieira & Seth M. Dabney | 128-133 | |
Wave-current induced erosion of cohesive riverbanks in northern Manitoba, Canada
Navid Kimiaghalam, Shawn Clark, Habib Ahmari & Joel Hunt | 134-140 | |
Long-term flood controls on semi-arid river form: evidence from the Sabie and Olifants rivers, eastern South Africa
George Heritage, Stephen Tooth, Neil Entwistle & David Milan | 141-146 | |
Vistula River bed erosion processes and their influence on Warsaw’s flood safety
Artur Magnuszewski & Sharon Moran | 147-154 | |
The effect of coarse gravel on cohesive sediment entrapment in an annular flume
Ken Glasbergen, Mike Stone, Bommanna Krishnappan, Jamie Dixon & Uldis Silins | 157-162 | |
Ratio of basin lag times for runoff and sediment yield processes recorded in various environments
Kazimierz Banasik & Agnieszka Hejduk | 163-169 | |
Measurement of light attenuation extends the application of suspended sediment monitoring in rivers
A.O. Hughes, R.J. Davies-Colley & A.H. Elliott | 170-176 | |
A micromechanical modelling approach for predicting particle dislodgement
WuRong Shih & Panayiotis Diplas | 177-184 | |
Bedload flux in southern Brazilian basalt scarp
Gustavo Henrique Merten & Jean Paolo Gomes Minella | 185-192 | |
Fitting sediment rating curves using regression analysis: a case study of Russian Arctic rivers
Nikita I. Tananaev | 193-198 | |
Interactions between sediment delivery, river bed deposition and salmon spawning success
Ian Pattison, David A. Sear, Adrian L. Collins, J. Iwan Jones, Pamela S. Naden | 199-206 | |
Simulation and control of morphological changes due to dam removal in the Sandy River, Oregon, USA
Yan Ding & Mustafa S. Altinakar | 207-214 | |
Anastomosing reach control on hydraulics and sediment distribution on the Sabie River, South Africa
Neil Entwistle, George Heritage, Stephen Tooth & David Milan | 215-219 | |
Combining caesium-137 measurements and suspended sediment load data to investigate the sediment response of a small catchment in southern Italy
Paolo Porto, Desmond E. Walling, Carmelo La Spada & Nicola Mallimo | 220-227 | |
Using fallout radionuclides to investigate recent overbank sedimentation rates on river floodplains: an overview
Valentin Golosov & Desmond E. Walling | 228-234 | |
Tracking the origin and dispersion of contaminated sediments transported by rivers draining the Fukushima radioactive contaminant plume
Hugo Lepage, Olivier Evrard, Yuichi Onda, Caroline Chartin, Irene Lefevre, Ayrault Sophie | 237-243 | |
Heavy metal enrichment in the riparian sediments and soils of the Three Gorges Reservoir, China
Qiang Tang, Yuhai Bao, Xiubin He & Anbang Wen | 244-250 | |
Annual layers in river-bed sediment of a stagnant river-mouth area of the Kitagawa Brook, Central Japan
Yoshimasa Kurashige, Toshiaki Nakano, Eri Kasubuchi, Masahiro Maruo & Hanako Domitsu | 251-257 | |
Influence of land use on total suspended solid and dissolved ion concentrations: Baton Rouge, Louisiana area
Douglas Carlson | 258-264 | |
Mutual relationships of suspended sediment, turbidity and visual clarity in New Zealand rivers
Deborah J. Ballantine, Andrew O. Hughes & Robert J. Davies-Colley | 265-271 | |
A coupled modelling effort to study the fate of contaminated sediments downstream of the Coles Hill deposit, Virginia, USA
Celso F. Castro-Bolinaga, Edgardo R. Zavaleta & Panayiotis Diplas | 272-280 | |
Do suspended sediment and bedload move progressively from the summit to the sea along Magela Creek, northern Australia?
Wayne D. Erskine, Michael J. Saynor, Kate Turner, Timothy Whiteside, James Boyden & Kennet | 283-290 | |
Impact of earthquake-triggered landslides on catchment sediment yield
Matthias Vanmaercke, Florin Obreja & Jean Poesen | 291-296 | |
Recent changes of suspended sediment yields in the Upper Yangtze River and its headwater tributaries
Xinbao Zhang, Qiang Tang, Yi Long, Xiubin He & Anbang Wen | 297-303 | |
Spatial and temporal variability of suspended sediment yield in the Kamchatka Krai, Russian Federation
Liudmila Kuksina & Nikolay Alexeevsky | 304-311 | |
A comparative study of the flux and fate of the Mississippi and Yangtze river sediments
Kehui Xu & S.L. Yang | 312-319 | |
Sediment budget in the Ucayali River basin, an Andean tributary of the Amazon River
William Santini, Jean-Michel Martinez, Raul Espinoza-Villar, Gerard Cochonneau, Philippe V | 320-325 | |
Suspended sediment yield mapping of Northern Eurasia
K.A. Maltsev, O.P. Yermolaev & V.V. Mozzherin | 326-332 | |
Recent changes in sediment redistribution in the upper parts of the fluvial system of European Russia: regional aspects
O.P. Yermolaev, V.N. Golosov, M.V. Kumani, L. F. Litvin, I.I. Rysin & A.P. Dvinskikh | 333-339 | |
Changing trends of rainfall and sediment fluxes in the Kinta River catchment, Malaysia
Wan Ruslan Ismail & Mohmadisa Hashim | 340-346 | |
Erosion modelling towards, and sediment transport modelling in unnavigable watercourses in Flanders, Belgium
B. Ferket, M. Van de Broek, T. Van Hoestenberghe, J. Degerickx, R. De Sutter, G. Govers, N | 349-356 | |
A combined model of sediment production, supply and transport
Masaharu Fujita, Kazuki Yamanoi & Hiroaki Izumiyama | 357-365 | |
Simulation of hydrosedimentological impacts caused by climate change in the Apucaraninha River watershed, southern Brazil
Isabela Raquel Ramos Iensen, Gilson Bauer Schultz & Irani Dos Santos | 366-373 | |
Investigating transport capacity equations in sediment yield modelling for the Cariri semi-arid region of Paraiba-PB/Brazil
Eduardo E. De Figueiredo, Caio César R. A. Souto & Zacarias Caetano Vieira | 374-381 | |
The costs and efficacy of sediment mitigation measures for representative farm types across England and Wales
Adrian L. Collins, Yusheng Zhang & Pamela Naden | 382-388 | |
Tidal modulated flow and sediment flux through Wax Lake Delta distributary channels: Implications for delta development
Kevin Hanegan & Ioannis Georgiou | 391-398 | |
Effects of human alterations on the hydrodynamics and sediment transport in the Sacramento-San Joaquin Delta, California
Mathieu D. Marineau & Scott A. Wright | 399-406 | |
Tapped lakes as sediment traps in an Arctic delta
Jesse Walker & Molly McGraw | 407-412 | |
River, delta and coastal morphological response accounting for biological dynamics
Wendi Goldsmith, Dario Bernardi & Leonardo Schippa | 413-420 | |
Sedimentary signature of Hurricane Isaac in a Taxodium swamp on the western margin of Lake Pontchartrain, Louisiana, USA
Kam-biu Liu, Terrence A. McCloskey, Stacy Ortego & Kanchan Maiti | 421-428 | |
Large freshwater and sediment impoundments between the Mississippi River and the Louisiana coastline
Glen R. Andersen, Brad Hall & E. Marco Aieta | 429-434 | |
Effects of salinity and particle concentration on sediment hydrodynamics and critical bed-shear-stress for erosion of fine grained sediments used in wetland restoration projects
Malay Ghose-Hajra, Alex McCorquodale, Gregory Mattson, Donald Jerolleman & John Filostrat | 435-446 | |
Sediment capture in flood plains of the Mississippi River: A case study in Cat Island National Wildlife Refuge, Louisiana
Matthew Smith & Samuel J. Bentley, Sr. | 442-446 | |
Design of a semi-autonomous boat for measurements of coastal sedimentation and erosion
Daniel Smith, Linda Cross, Jared Rivet & Steven Hall | 447-454 | |
Challenges of ecosystem restoration in Louisiana – availability of sediment and its management
Syed M. Khalil & Angelina M. Freeman | 455-562 | |
Rethinking the Mississippi River diversion for effective capture of riverine sediments
Y. Jun Xu | 463-470 | |
