Title | Pages | File |
Preface by Trevor M. Daniell Trevor M. Daniell | v-vi | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Over 25 years of FRIEND-Water: an overview Henny A. J. Van Lanen, Siegfried Demuth, Trevor Daniell, David M. Hannah, Gregor Laaha, Gi | 1-8 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Regional assessment of low flow processes and prediction methods across European regimes Gregor Laaha, Anne F. Van Loon, Claire Lang Delus & Daniel Koffler | 11-16 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Progressive aridity impact on the hydrological regime in the Volta River basin in Benin (West Africa) Henri S. V. Totin, Arnaud Zannou, Ernest Amoussou, Abel Afouda & Michel Boko | 17-22 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Multi-annual droughts in the water-stressed English Lowlands: long-term variability and climate drivers Jamie Hannaford, Chris K. Folland, Mike C. Kendon & John P. Bloomfield | 23-29 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Synthesizing changes in low flows from observations and models across scales Kerstin Stahl, Jean-Philippe Vidal, Jamie Hannaford, Christel Prudhomme, Gregor Laaha & Le | 30-35 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Understanding and adapting to flood risk in a variable and changing climate Anthony S. Kiem | 36-41 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Trends in floods in small Norwegian catchments – instantaneous vs daily peaks Donna Wilson, Hege Hisdal & Deborah Lawrence | 42-47 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Climate change impact on flood generation process Biljana Radojevic, Pascal Breil & Dejan Dimkic | 48-53 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Flood duration frequency analysis in a changing climate: the methodology applied to Fengle River (Yangtze basin, China) C. Salles, Y. Chu, J. L. Perrin, M. G. Tournoud, L. Boudet, F.N. Cres, C. Rodier, S. Zheng | 54-59 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Future low flows and hydrological drought: how certain are these for Europe? Marcel A. A. Alderlieste, Henny A. J. Van Lanen & Niko Wanders | 60-65 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Do large-scale models capture reported drought events? Marjolein H. J. Van Huijgevoort, Henny A. J. Van Lanen, Adriaan J. Teuling & Remko Uijlenh | 66-71 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Analysis of dry spells in the Ichkeul basin (Tunisia) using daily rainfall data Majid Mathlouthi & Fethi Lebdi | 72-77 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Changes of drought characteristics in small Czech and Slovakian catchments projected by the CMIP5 GCM ensemble Martin Hanel, Adam Vizina, Marta Martínková, Stanislav Horáček, Diana Porubská, Marián Fen | 78-83 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Impact of land-use change on the hydrology of North Lao PDR watersheds Emmanuel Mouche, François Moussu, Claude Mügler, Olivier Ribolzi, Christian Valentin, Olot | 84-89 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Assessment of wildfire impact on hydrological extremes in eastern Siberia Lyudmila Lebedeva, Olga Semenova & Nina Volkova | 90-95 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
The correlation between variations of climatic factors and zonal runoff of mountain rivers Mikhail Bolgov & Marina Trubetskova | 96-101 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Linking variations in large-scale climatic circulation and high groundwater levels in southern England David A. Lavers, David M. Hannah & Chris Bradley | 102-106 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Rainfall regime evolution and drought forecasting in eastern Algeria Mohamed Meddi & Abdelwahab Rahmouni | 107-112 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Up-to-date climate forced seasonal flood changes (the case study for the European part of Russia) Natalia Frolova, Maria Kireeva, Dmitry Nesterenko, Svetlana Agafonova & Pavel Tersky | 113-118 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Improvement of reservoir operation by hybrid optimization algorithm: case study of Huong Dien Reservoir, Vietnam Van Hoa Ho & Joong Hoon Kim | 119-125 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Optimal reservoir operation strategy for balancing ecosystem and human needs Fi-John Chang, Wen-Ping Tsai, Yu-Chung Wang, Pin-An Chen, Li-Chiu Chang, Alexandra Coynel | 126-131 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Recent trends in monthly temperature and precipitation patterns in Europe Irene B. Nilsen, Anne K. Fleig, Lena M. Tallaksen & Hege Hisdal | 132-137 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Large-scale climate control on lake inflow in the Waitaki basin, New Zealand Daniel G. Kingston, Clare S. Webster & Pascal Sirguey | 138-144 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Sensitivity analysis of hydrological modelling to climate forcing in a semi-arid mountainous catchment D. Ruelland, A. Dezetter & P. Hublart | 145-150 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Prediction of water resources in the Chao Phraya River Basin, Thailand Supattana Wichakul, Yasuto Tachikawa, Michiharu Shiiba & Kazuaki Yorozu | 151-157 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Modelling runoff and its components in Himalayan basins Hong Li, Stein Beldring, Chong-Yu Xu & Sharad K. Jain | 158-164 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Statistical analysis of river discharge projected using the MRI-AGCM3.2S dataset in Indochina Peninsula D. T. Duong, Y. Tachikawa, M. Shiiba & K. Yorozu | 165-170 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Extreme precipitation events and related impacts in western Iberia Margarida L. R. Liberato & Ricardo M. Trigo | 171-176 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Unidirectional trends in rainfall and temperature of Bangladesh Shamsuddin Shahid, Xiao-Jun Wang & Sobri B. Harun | 177-182 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Assessing past and future water demands under climate change and anthropogenic pressures on two Mediterranean basins B. Grouillet, J. Fabre, D. Ruelland, L. Collet & J-F. Boyer | 185-190 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
A multi-tracer approach to understand the hydrogeochemical functioning of a coastal aquifer located in NE Tunisia Fethi Lachaal, Anis Chekirbane, Ammar Mlayah, Bilel Hjiri & Jamila Tarhouni | 191-196 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Is the building of dams an adaptation strategy to fight against drought in the basin of the River Niger? G. Lienou, G. Mahe, S. L. Piih, D. Sighomnou, J. E. Paturel & F. Bamba | 197-202 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Assessing the long-term evolution of water supply capacity: comparison of two Mediterranean catchments J. Fabre, L. Collet, M. Milano, D. Ruelland, A. Dezetter, S. Ardoin-Bardin & E. Servat | 203-208 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Assessing the capacity to meet irrigation water needs for viticulture under climate variability in the Chilean Andes P. Hublart, D. Ruelland, A. Dezetter & H. Jourde | 209-214 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Present-day surface and subsurface water resources of European Russia: conditions, use and forecast R. Dzhamalov, N. Frolova, M. Kireeva & E. Rets | 215-220 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
The territorial foresight, a reflection framework for water management planning in the Durance River basin in 2050 R. Samie, C, Monteil, Y. Arama, H. Bouscasse & E. Sauquet | 221-227 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Changes in temperature and precipitation in the Bani watershed, a sub-basin of the Niger River Jean-Emmanuel Paturel & Malicki Zorom | 228-233 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Climate change and debris flow: hazards maps in Matucana village Peru under IPCC scenarios Juan W. Cabrera Cabrera & Leonardo F. Castillo Navarro | 234-238 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
A reconnaissance study of water and carbon fluxes in a tropical watershed of Peninsular Malaysia: stable isotope constraints Muhammad I. Syakir, Kern Y. Lee, Ian D. Clark & Jan Veizer | 239-244 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Characterizing infiltration of a tropical watershed from ALOSPALSAR data using the Green-Ampt infiltration model Nor Liyana Mohammad Khan, Muhamad Askari & Ab. Latif Ibrahim | 245-249 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Projected climate change impacts on water resources in northern Morocco with an ensemble of regional climate models Y. Tramblay, D. Ruelland, R. Bouaicha & E. Servat | 250-255 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Conceptual model of Abidjan Continental Terminal aquifer Auguste K. Kouassi, Francis W. Kouassi, Jules O. M. Mangoua & Issiaka Savane | 256-262 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Characterization and evaluation of the confined limestone aquifer in Kuwait Fawzia M. Al-Ruwaih | 263-268 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Geochemical and isotope study of coastal anthropogenic phreatic groundwater: Oussja-Ghar El Melah aquifer (Tunisia) Safouan Ben Ammar, Jean-Denis Taupin, Kamel Zouari, Mohamed Khouatmia & Mohamed Ben Assi | 269-275 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Choosing metrics that matter – quantifying performance to help address reservoir operation challenges in Kenya’s Tana basin Anthony P. Hurford & Julien J. Harou | 276-281 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Environmental and geomatics assessment of the Ha Thanh basin to hydrological hazards in central Vietnam Stephane Grivel, Anh Tu Ngo, Jean-Marc Zaninetti & Thi Van Luong | 282-287 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Forecasting and mitigation of flooding in a Mediterranean karstic watershed V. Borrell-Estupina, B. Ladouche, P.-O. Malaterre, S. Ricci, Y. Caballero, M. Coustau, N. | 288-294 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Using 137Cs and 210Pbex measurements to document erosion rates for different time windows in a small catchment in southern Italy Paolo Porto & Desmond E. Walling | 297-302 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Lessons from long-term monitoring of soil erosion in three southeast Asian agricultural catchments undergoing rapid land-use changes C. Valentin, A. Boonsaner, J. L. Janeau, P. Jouquet, T. Henry Des Tureaux, S. Huon, K. Lat | 303-308 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Study of the relationship between sediment transport and rainfall extremes in the watershed of the wadi Mina (northwest Algeria) F. Hallouz, M. Meddi & G. Mahe | 309-314 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
“Blue-green” corridors as a tool for erosion and stream control in highly urbanized areas – case study of Belgrade city Ratko Ristic, Boris Radic, Goran Trivan& Ivan Malus¡evic | 315-320 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Ensuring hydrometric data are fit-for-purpose through a national Service Level Agreement Katie Muchan & Harry Dixon | 323-329 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Future Flows: a dataset of climate, river flow and groundwater levels for climate change impact studies in Great Britain C. Prudhomme, C. Jackson, T. Haxton, S. Crooks, S. Dadson, D. Morris, J. Williamson, A. Ba | 330-335 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Architecture of environmental information systems applied to scientific observatories: examples of Carnoulès and MEDYCYSS observatories J. F. Boyer, E. Servat, C. Casiot & H. Jourde | 336-341 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Cooperative WebGIS interactive information systems for water resources data management Charalampos Skoulikaris, Jacques Ganoulis, Nikolaos Karapetsas, Fotis Katsogiannos & Georg | 342-347 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Towards a pan-European assessment of low flow indices Claire Lang Delus, Gregor Laaha, Daniel Koffler, Kerstin Stahl, Hege Hisdal, Christel Prud | 348-354 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Selecting an optimal climatic dataset for integrated modelling of the Ebro hydrosystem A. Dezetter, J. Fabre, D. Ruelland & E. Servat | 355-360 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Growing season length and rainfall extremes analysis in Malawi Cosmo Ngongondo, Lena M. Tallaksen& Chong-Yu Xu | 361-366 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Standardized precipitation-evapotranspiration index (SPEI): Sensitivity to potential evapotranspiration model and parameters James H. Stagge, Lena M. Tallaksen, Chong-Yu Xu & Henny A. J. Van Lanen | 367-373 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Minimizing “geopolitically ungauged” catchment area of transboundary river basins to support disaster risk reduction Kelly M. Kibler | 374-378 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Probability distribution of rainfall in the Bia watershed: contribution of Markov chains Meledje N'diaye Hermann, Kouassi Kouakou Lazare, Ngo Yao Alexis& Savane Issiaka | 379-385 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Assessment of rainfall observed by weather radar and its effect on hydrological simulation performance Nghi Vu Van, Nhung Tran Thi & Quyet Le Dinh | 386-391 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Predicting soil water retention characteristics for Vietnam Mekong Delta soils Nguyen M. Phuong ,LeV. Khoa & Wim Cornelis | 392-398 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Connecting streamflow and atmospheric conditions in Europe: state-of-the-art review and future directions David M. Hannah, Anne K. Fleig, Daniel G. Kingston, James H. Stagge & Donna Wilson | 401-406 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Water budget in the Amazon basin and impacts on flood modelling Augusto Getirana, Sujay Kumar, Christa Peters-Lidard & Kristi Arsenault | 407-412 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Measurement, modelling and analysis of hydrological and hydrogeological processes and trends in a marsh area Branka Bracic Zeleznik & Lidija Globevnik | 413-418 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
From drought to floods in 2012: operations and early warning services in the UK Charlie Pilling, David Price, Adrian Wynn, Andrew Lane, Steven J. Cole, Robert J. Moore & | 419-424 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Small lakes in Tunisia: water and soil conservation technique Hamadi Habaieb, Taoufik Hermassi, Slaheddine Ghedaoui & Issam Anatar | 425-430 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Application of a hydrological model to evaluate the potential hydro energy in a mountainous small river basin of Japan Kazumasa Fujimura, Masahiro Murakami, Yoshihiko Iseri & Shinjiro Kanae | 431-436 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Human activities influence on the hydrological regime of the Logone River basin from 1960 to 2000 N. Tellro Wai, B. Ngounou Ngatcha, G. Mahe, J. C Doumnang, F. Delclaux, N. Goundoul & P. | 437-442 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Estimation of runoff curve numbers using a physically-based approach of preferential flow modelling Pori DAS, AMINUL ISLAM, subashisa dutta, AMIT K. DUBEY& RUPAK SARKAR | 443-448 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Hydrological regime of a tidal system in the Red River Delta, northern Vietnam Luu Thi Nguyet Minh, Didier Orange, Tran Hong Thai, Josette Garnier, Le Lan Anh & Trinh An | 451-456 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Measuring impact of water management on ecological health of a river: Poudre River, Colorado, USA Robert T. Milhous | 457-462 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Impact of climate change on aquatic ecosystems along the Asse River network Thomas Cipriani, François Tilmant, Flora Branger, Eric Sauquet & Thibault Datry | 463-468 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |
Ecological flow for integrated planning of small hydropower plants: a case study from Greece Thomas Patsialis, Charalampos Skoulikaris & Jacques Ganoulis | 469-474 | ![PDF Icon](https://iahs.info/images/icon_pdf.gif) |