Soil–Vegetation–Atmosphere Transfer Schemes and Large-Scale Hydrological Models

Edited by A. J. Dolman, A. J. Hall, M. L. Kavvas, T. Oki & J. W. Pomeroy
IAHS Publication no. 270

Alphabetical list of authors

• Agata, Y. See Kim, W., Publ. 270, 19-26.
• Ahn, J.H. See Yoon, Y.N., Publ. 270, 119-124.
• Aubert, D. See Weisse, A., Publ. 270, 249-256.
• Bárdossy, A. See M’Chirgui, R., Publ. 270, 269-278.
• Bargaoui, Z. See M’Chirgui, R., Publ. 270, 269-278.
• Bergström, S. See Graham, L.P., Publ. 270, 151-158.
• Blyth, E. Relative influence of vertical and horizontal processes in large-scale water and energy balance modelling, Publ. 270, 3-10.
• Bringfelt, B. See Graham, L.P., Publ. 270, 151-158.
• Chapin, III, F.S. See McFadden, J.P., Publ. 270, 317-326.
• Chen, Z.-Q. See Yoshitani, J., Publ. 270, 191-198.
• Conway, D. See Ouedraogo, M., Publ. 270, 209-216.
• Creutin, J.-D. See Ramos, M.H., Publ. 270, 233-240.
• Dezetter, A. See Ouedraogo, M., Publ. 270, 209-216.
• Döll, P., Kaspar, F. & Lehner, B. Calibration of a global hydrological model against measured discharge, Publ. 270, 143-150.
• Dolman, A.J., Soet, M., Van Den Hurk, B. J. J. M., Ijpelaar, R. J. M. & Ronda, R.J. The representation of the seasona hydrological cycle in a regional climate model in west Europe, Publ. 270, 11-18.
• Dolman, H., Hall, A., Kavvas, L., Oki, T. & Pomeroy, J., Preface of Volume 270, v.
• Duan, Q. See Schaake, J., Publ. 270, 91-98.
• Essery, R. & Pomeroy, J.W. Sublimation of snow intercepted by coniferous forest canopies in a climate model, Publ. 270, 343-348.
• Fassnacht, S.R., Snelgrove, K.R. & Soulis, E.D. Daytime long-wave radiation approximation for physical hydrological modelling of snowmelt: a case study of southwestern Ontario, Publ. 270, 279-286.
• Franks, S.W. See McCabe, M.F., Publ. 270, 217-224.
• Franks, S.W., McKee, S.R., Kalma, J.D., Van den Hurk, B. J. J. M. & Shao, Y. Thermal remote sensing of the land surface for numerical weather prediction models, Publ. 270, 225-232.
• Fukushima, Y. See Ma, X., Publ. 270, 327-332.
• Gardelin, M. See Graham, L.P., Publ. 270, 151-158.
• Garen, D.C. & Marks, D. Spatial fields of meteorological input data including forest canopy corrections for an energy budget snow simulation model, Publ. 270, 349-354.
• Garen, D.C., Geyer, J., Schumann, A.H. & Marks, D. Spatially-distributed snowmelt, water balance and streamflow modelling for a large mountainous catchment: Boise River, Idaho, USA, Publ. 270, 199-208.
• Geyer, J. & Schumann, A.H. Large-scale modelling and spatial heterogeneity of landscape characteristics—experience from the Upper Danube River basin, Publ. 270, 81-90.
• Geyer, J. See Garen, D.C., Publ. 270, 199-208.
• Gollvik, S. See Graham, L.P., Publ. 270, 151-158.
• Graham, L.P., Lindström, G., Bringfelt, B., Gardelin, M., Gollvik, S., Bergström, S. & Samuelsson, P. Using conceptual hydrological modelling to develop better sub-grid variability in the Rossby Centre Regional Atmospheric Model, Publ. 270, 151-158.
• Gray, D.M. See Quinton, W.L., Publ. 270, 333-342.
• Guo, S., Wang, J. & Yang, J. A semi-distributed hydrological model and its application in a macroscale basin in China, Publ. 270, 167-174.
• Gusev, Y.M. & Nasonova, O.M. Investigating the ability of a land surface model to simulate runoff on a large river basin scale, Publ. 270, 73-80.
• Gusev, Y.M. Nasonova, O.N., Publ. 270, 65-72.
• Hall, A. See Schaake, J., Publ. 270, 91-98.
• Hall, A. See Dolman, H., Preface of Volume 270, v.
• Hashino, M. See Yao, H., Publ. 270, 183-190.
• Höller, P. See Pomeroy, J.W., Publ. 270, 299-306.
• Höller, P. Snow gliding and avalanches in a south-facing larch stand, Publ. 270, 355-358.
• Huovinen, C. See Rixen, C., Publ. 270, 359-362.
• Huovinen, K. See Rixen, C., Publ. 270, 359-362.
• Ijpelaar, R. J. M. See Dolman, A.J., Publ. 270, 11-18.
• Ishii, T., Nashimoto, M. & Shimogaki, H. Large-scale mapping of leaf area index using remote sensing data, Publ. 270, 287-290.
• Ito, K. See Xu, Z., Publ. 270, 59-64.
• Jayawardena, A.W. & Mahanama, S.P.P. Daily river discharge prediction using GCM generated atmospheric data, Publ. 270, 159-166.
• Kalma, J.D. See McCabe, M.F., Publ. 270, 217-224.
• Kalma, J.D. See Franks, S.W., Publ. 270, 225-232.
• Kanae, S. See Kim, W., Publ. 270, 19-26.
• Kanae, S. See Yang, D., Publ. 270, 125-134.
• Kaspar, F. See Döll, P., Publ. 270, 143-150.
• Kavvas, M.L. See Dolman, H., Preface of Volume 270, v.
• Kavvas, M.L. See Yoshitani, J., Publ. 270, 191-198.
• Kim, W., Agata, Y., Kanae, S., Oki, T. & Musiake, K. Hydrological simulation by SiB2-Paddy in the Chao Phraya River basin, Thailand, Publ. 270, 19-26.
• Kite, G. Hydrological modelling of the Mekong River basin, Publ. 270, 99-102.
• Kobayashi, T., Matsuda, S., Nagai, H. & Tesima, J. A bucket with a bottom hole (BBH) model of soil hydrology, Publ. 270, 41-46.
• Kocianova, M. & Štursova, H. A new possible site to study the effects of climate warming on tundra ecosystems: the Giant Mountains, Czech Republic, Publ. 270, 363-368.
• Konovalov, V. Regional extrapolation of meteorological data in a distributed hydrological model, Publ. 270, 291-298.
• Koren, V. See Schaake, J., Publ. 270, 91-98.
• Kouwen, N. See Pietroniro, A., Publ. 270, 27-34.
• Kowalczyk, E.A. & McGregor, J.L. The impact of the representation of soil–vegetation–atmosphere interaction upon snow processes, Publ. 270, 307-316.
• Kuchment, L. Parameterization of sub-grid effects in a large-scale hydrological model, Publ. 270, 175-182.
• Lan, L. A distributed dynamic parameters inverse model for rainfall–runoff, Publ. 270, 103-112.
• Lan, L. A physically-based rainfall–runoff model and distributed dynamic hybrid control inverse technique, Publ. 270, 135-142.
• Lee, J.S. See Yoon, Y.N., Publ. 270, 119-124.
• Lehner, B. See Döll, P., Publ. 270, 143-150.
• Li, J. See Xu, Z., Publ. 270, 59-64.
• Lindström, G. See Graham, L.P., Publ. 270, 151-158.
• Liston, G.E. See McFadden, J.P., Publ. 270, 317-326.
• Lopez, G. See Utset, A., Publ. 270, 35-40.
• Loumagne, C. See Weisse, A., Publ. 270, 249-256.
• M’Chirgui, R., Bargaoui, Z. & Bárdossy, A. Incidence de l’incertitude pluviométrique sur la modélisation pluie–débit, Publ. 270, 269-278.
• Ma, X., Fukushima, Y. & Ohata, T. Hydrological modelling of river ice processes in cold regions, Publ. 270, 327-332.
• Mahanama, S.P.P. See Jayawardena, A.W., Publ. 270, 159-166.
• Mahé, G. See Ouedraogo, M., Publ. 270, 209-216.
• Makaegawa, T. & Sugi, M. Impact of soil moisture movement schemes in a SVATS on the global climate of an AGCM, Publ. 270, 47-52.
• Marks, D. See Garen, D.C., Publ. 270, 199-208.
• Marks, D. See Garen, D.C., Publ. 270, 349-354.
• Marsh, P. See Pomeroy, J.W., Publ. 270, 299-306.
• Matsuda, S. See Kobayashi, T., Publ. 270, 41-46.
• McCabe, M.F., Franks, S.W. & Kalma, J.D. Improved conditioning of SVAT models with observations of infrared surface temperatures, Publ. 270, 217-224.
• McFadden, J.P., Liston, G.E., Sturm, M., Pielke, Sr, R.A.& Chapin, III, F.S. Interactions of shrubs and snow in arctic tundra: measurements and models, Publ. 270, 317-326.
• McGregor, J.L. See Kowalczyk, E.A., Publ. 270, 307-316.
• McKee, S.R. See Franks, S.W., Publ. 270, 225-232.
• Michel, C. See Weisse, A., Publ. 270, 249-256.
• Morel, C. See Ramos, M.H., Publ. 270, 233-240.
• Musiake, K. See Kim, W., Publ. 270, 19-26.
• Musiake, K. See Yang, D., Publ. 270, 125-134.
• Muzylev, E.L. & Uspensky, A.B. Modelling the hydrological cycle of river basins using high resolution satellite information, Publ. 270, 241-248.
• Nagai, H. See Kobayashi, T., Publ. 270, 41-46.
• Nashimoto, M. See Ishii, T., Publ. 270, 287-290.
• Nasonova, O.M. See Gusev, Y.M., Publ. 270, 73-80.
• Nasonova, O.N. & Gusev, Y.M. Application of a land surface model for studying the role of boreal spruce forest in land surface–atmosphere interactions, Publ. 270, 65-72.
• Ohata, T. See Ma, X., Publ. 270, 327-332.
• Oki, T. See Kim, W., Publ. 270, 19-26.
• Oki, T. See Yang, D., Publ. 270, 125-134.
• Oki, T. See Dolman, H., Preface of Volume 270, v.
• Ouedraogo, M., Paturel, J.E., Mahé, G., Servat, E., Dezetter, A. & Conway, D. Influence de la nature et de l’origine des données sur la modélisation hydrologique de grands bassins versants en Afrique de l’Ouest, Publ. 270, 209-216.
• Paturel, J.E. See Ouedraogo, M., Publ. 270, 209-216.
• Pielke, Sr, R.A. See McFadden, J.P., Publ. 270, 317-326.
• Pietroniro, A., Soulis, E.D., Snelgrove, K. & Kouwen, N. A framework for coupling atmospheric and hydrological models, Publ. 270, 27-34.
• Pomeroy, J.W. See Dolman, H., Preface of Volume 270, v.
• Pomeroy, J.W. See Essery, R., Publ. 270, 343-348.
• Pomeroy, J.W., Höller, P., Marsh, P., Walker, D.A. & Williams, M. Snow vegetation interactions: issues for a new initiative, Publ. 270, 299-306.
• Quinton, W.L. & Gray, D.M. Estimating subsurface drainage from organic-covered hillslopes underlain by permafrost: toward a combined heat and mass flux model, Publ. 270, 333-342.
• Ramos, M.H., Sénési, S., Creutin, J.-D. & Morel, C. Contribution of satellite and lightning data to convective rainfall frequency analysis, Publ. 270, 233-240.
• Rixen, C., Stoeckli, V., Huovinen, C. & Huovinen, K. The phenology of four subalpine herbs in relation to snow cover characteristics, Publ. 270, 359-362.
• Ronda, R.J. See Dolman, A.J., Publ. 270, 11-18.
• Samuelsson, P. See Graham, L.P., Publ. 270, 151-158.
• Schaake, J., Duan, Q., Koren, V. & Hall, A. Toward improved parameter estimation of land surface hydrology models through the Model Parameter Estimation Experiment (MOPEX), Publ. 270, 91-98.
• Schumann, A.H. See Geyer, J., Publ. 270, 81-90.
• Schumann, A.H. See Garen, D.C., Publ. 270, 199-208.
• Sénési, S. See Ramos, M.H., Publ. 270, 233-240.
• Servat, E. See Ouedraogo, M., Publ. 270, 209-216.
• Shao, Y. See Franks, S.W., Publ. 270, 225-232.
• Shimogaki, H. See Ishii, T., Publ. 270, 287-290.
• Snelgrove, K. See Pietroniro, A., Publ. 270, 27-34.
• Snelgrove, K.R. See Fassnacht, S.R., Publ. 270, 279-286.
• Soet, M. See Dolman, A.J., Publ. 270, 11-18.
• Soulis, E.D. See Pietroniro, A., Publ. 270, 27-34.
• Soulis, E.D. See Fassnacht, S.R., Publ. 270, 279-286.
• Spence, C. Sub-grid runoff processes and hydrological modelling in the subarctic Canadian Shield, Publ. 270, 113-118.
• Stoeckli, V. See Rixen, C., Publ. 270, 359-362.
• Sturm, M. See McFadden, J.P., Publ. 270, 317-326.
• Štursova, H. See Kocianova, M., Publ. 270, 363-368.
• Sugi, M. See Makaegawa, T., Publ. 270, 47-52.
• Tamai, K. Estimation model for litter moisture content ratio on forest floor, Publ. 270, 53-58.
• Tesima, J. See Kobayashi, T., Publ. 270, 41-46.
• Troch, P.A. See van Loon, E.E., Publ. 270, 257-268.
• Uspensky, A.B. See Muzylev, E.L., Publ. 270, 241-248.
• Utset, A. & Lopez, G. Regional mechanistic estimations of sugar-cane water use, Publ. 270, 35-40.
• Van Den Hurk, B. J. J. M. See Dolman, A.J., Publ. 270, 11-18.
• Van den Hurk, B. J. J. M. See Franks, S.W., Publ. 270, 225-232.
• van Loon, E.E. & Troch, P.A. Directives for 4-D soil moisture data assimilation in hydrological modelling, Publ. 270, 257-268.
• Walker, D.A. See Pomeroy, J.W., Publ. 270, 299-306.
• Wang, J. See Guo, S., Publ. 270, 167-174.
• Weisse, A., Michel, C., Aubert, D. & Loumagne, C. Assimilation of soil moisture in a hydrological model for flood forecasting, Publ. 270, 249-256.
• Williams, M. See Pomeroy, J.W., Publ. 270, 299-306.
• Xu, Z., Li, J. & Ito, K. Development of the evaporation component for the physically-based distributed tank model, Publ. 270, 59-64.
• Yang, D., Kanae, S., Oki, T. & Musiake, K. Expanding distributed hydrological modelling to the continental scale, Publ. 270, 125-134.
• Yang, J. See Guo, S., Publ. 270, 167-174.
• Yao, H. & Hashino, M. A completely-formed distributed rainfall–runoff model for the catchment scale, Publ. 270, 183-190.
• Yoo, C. See Yoon, Y.N., Publ. 270, 119-124.
• Yoon, Y.N., Lee, J.S., Yoo, C. & Ahn, J.H. An analysis of the variation in hydrological conditions in the Korean peninsula due to global warming, Publ. 270, 119-124.
• Yoshitani, J., Kavvas, M.L. & Chen, Z.-Q. Coupled regional-scale hydrological–atmospheric model for the study of climate impact on Japan, Publ. 270, 191-198.