Erosion Prediction in Ungauged Basins (PUBs): Integrating Methods and Techniques![](https://iahs.info/uploads/dms/thumbs/thumb_279.jpg) Author / Editor: Dirk H. de Boer, Wojciech Froehlich & Takahisa Mizuyama & Alain Pietroniro Publication Number: 279 ISBN Number: 978-1-901502-22-0 Year: 2003 Pages: 250 Price: £15.00 Human impact on runoff and erosion is increasing worldwide because of growing pressure to develop land and water resources. However, in many parts of the world runoff and erosion rates are not monitored, precluding an accurate assessment of human impact and sustainable practices. The objective of IAHS Symposium held at Sapporo, Japan, in July 2003, was to review recent developments in a wide range of methods and techniques that can be used to characterize runoff and erosion in ungauged basins, and to evaluate how to integrate the information obtained using remote sensing, GIS, modelling and other methods into a coherent view of the ungauged basin. This collection of 28 contributions thus provides an up-to-date overview of work worldwide in this field Contents for Erosion Prediction in Ungauged Basins (PUBs): Integrating Methods and Techniques Title | Pages | File | Sapporo Symposium, 2003, Erosion Prediction in Ungauged Basins (PUBs) :Integrating Methods and Techniques Dirk H. de Boer, Wojciech Froehlich, Takahisa Mizuyama & Alain Pietroniro, Editors | |   | Preface of Volume 279 de Boer, D., Froehlich, W., Mizuyama, T. & Pietroniro, A. | v-vii | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Contents of Volume 279 - | ix-xi | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Use of reconnaissance measurements to establish catchment sediment budgets: a Zambian example Walling, D.E., Collins, A.L., Sichingabula,H.M. & Leeks, G.J.L. | 3-12 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Erosion prediction in ungauged glacierized basins Bogen J.& Bonsnes, T.E. | 13-23 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Soil erosion in the republic of Moldova-the importance of institutional arrangements Summer W. & Diernhofer, W. | 24-32 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Identification of sources of sediment to Lake Samsonvale (North Pine Dam), southeast Queensland, Australia Douglas, G., Ford, P., Jones, G. & Palmer, M. | 33-42 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Chronology of alluvial sediment using the date of production of buried refuse: a case study in an ungauged river in central Japan Kurashige, Y., Kibayashi, H. & Nakajima, G. | 43-50 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Sediment yield estimation and check dams in a semiarid area (Sierra de Gádor, southern Spain) Martin-Rosales, W.M., Pulido-Bosch, A., Gisbert, J. & Vallejos, A. | 51-58 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Reconstructing upland sediment budgets in ungauged catchments from reservoir sedimentation and rainfall records calibrated using short-term streamflow monitoring Holliday, V., Higgitt, D., Warburton, J. & White, S. | 59-67 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Estimation of erosion and sediment outflow in the recent past Mizuyama, T., Kimoto, A., Yasuda, Y., Tomomatsu, Y., Touhei, M. & Fujita, M. | 68-78 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Mathematical model for predicting soil erosion by flowing water in ungauged watersheds Sharma, U.C. & Sharma, V. | 79-83 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Method for estimation of the delivery of sediments and solutes from Greenland to the ocean Hasholt, B. | 84-92 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | A distributed model for estimating erosion and deposition of sediment in the Yellow River basin Xu, Z.X., Takeuchi, K., Ishidaira, H. & Liu, C.M. | 93-100 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Physically-based mathematical formulation for hillslope scale prediction of erosion in ungauged basins Aksoy, H., Kavvas, M.L. & Yoon, J. | 101-108 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Evaluation of an erosion simulation model in a semiarid region of Brazil Srinivasan, V.S., de Aragão, R., Suzuki, K. & Watanabe, M. | 109-116 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Application of a process-based model as a predictive tool for erosion loss in ungauged basins Guimaraes Santos, C.A., Srinivasan, V.S. & de Oliveira Galvãão, C. | 117-124 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Application of the Agricultural Non-Point Source Pollution (AGNPS) model for sediment yield and nutrient loss prediction in the Dumpul sub-watershed, Central Java, Indonesia Nugroho, S.P. | 125-130 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Reliability evaluation of rainfall-sediment-runoff models Sayama, T., Takara, K. & Tachikawa, Y. | 131-144 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Hydrological modelling of imperfectly gauged basins: a new challenge Xia, J., Ge, T., Xin, L. & Yizhong, Z. | 145-150 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Calibrating the SEDD model for Sicilian ungauged basins Ferro, V., Di Stefano, C., Minacapilli, M. & Santoro, M. | 151-161 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Effects of land-use change on runoff response in the ungauged Ta-Chou basin, Taiwan Yu, P.-S., Wang, Y.-C. & Kuo, C.-C. | 162-170 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Development of an interactive embeddable Geographic Information System (E-GIS) for soil erosion prediction Munir, A. & Abdullah, M.N. | 171-179 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Land-use based GIS-modelling for sedimentation reduction at Bili-Bili Dam, Indonesia Abdullah, M.N., Munir, A. & Lyas, S.A. | 180-187 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Assessment of gully erosion process dynamics for water resources management in a semiarid catchment of Swaziland, (Southern Africa) Marker, M. & Sidorchuk, A. | 188-198 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Predicting road erosion rates in selectively logged tropical rain forests Douglas, I. | 199-205 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Construction of sediment budgets in large scale drainage basins: the case of the upper Indus River Khawaja, F.A. & De Boer, D.H. | 206-215 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | First-order analysis of overland flow buffering in an ungauged fragmented upland basin Ziegler, A.D. & Giambelluca, T.W. | 216-223 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Applicability of the Gavrilovic method in erosion calculation using spatial data manipulation techniques Globevnik, L., Holjevic, D., Petkovšek, G. & Rubinic, J. | 224-233 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Quantitative estimation of degradation in the Aliakmon River basin using GIS Emmanouloudis, D.A., Christou, O.P. & Filippidis, E.I. | 234-240 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) | Spaceborne radar interferometry: a promising tool for hydrological analysis in mountain alluvial fan environments Catani, F., Farina, P., Moretti, S. & Nico, G. | 241-248 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
| |