Weather Radar Information and
Distributed Hydrological Modelling

edited by Yasuto Tachikawa, Baxter E. Vieux
Konstantine P. Georgakakos & Eiichi Nakakita
IAHS Publication 282

Alphabetical list of Authors

• Ao, T. see Ishidaira, H., Publ. 282, 186-193.
• Ao, T., Yoshitani, J., Takeuchi, K., Fukami, K., Mutsuura, T. & Ishidaira, H. Effects of sub-basin scale on runoff simulation in distributed hydrological model: BTOPMC, Publ. 282, 227-233.
• Awan, S.A. Weather radar distributed hydrological modelling: a case study in the Indus Basin, Publ. 282, 30-34.
• Bunker, R. see Liu, S., Publ. 282, 315-320.
• Cajina, N. see Seo, D.-J., Publ. 282, 138-142.
• Carpenter, T.M. & Georgakakos, K.P. Distributed model flow sensitivity to uncertainty in radar-rainfall input, Publ. 282, 114-120.
• Carpenter, T.M. see Georgakakos, K.P., Publ. 282, 85-92.
• Chen, C. see Vieux, B.E., Publ. 282, 251-257.
• Chen, Y., Hu, J. & Yu, J. A flash flood forecast model for the Three Gorges basin using GIS and remote sensing data, Publ. 282, 282-287.
• Chumchean, S., Seed, A. & Sharma, A. Effect of radar beam geometry on radar rainfall estimation, Publ. 282, 3-10.
• De Jongh, I.L.M. see De Lannoy, G.J.M., Publ. 282, 59-65.
• De Lannoy, G.J.M., De Jongh, I.L.M., Verhoest, N.E.C. & De Troch, F.P. Rainstorm characteristics in temperate areas derived from multiple time series of weather radar images, Publ. 282, 59-65.
• De Troch, F.P. see De Lannoy, G.J.M., Publ. 282, 59-65.
• Deng, H. see Sun, S., Publ. 282, 308-314.
• Enzel, Y. see Morin, E., Publ. 282, 177-185.
• Fassnacht, S.R., Soulis, E.D. & Kouwen, N. Radar precipitation for winter hydrological modelling, Publ. 282, 35-42.
• Fujiwara, K. see Ichikawa, Y., Publ. 282, 275-281.
• Fukami, K. see Matsuura, T., Publ. 282, 24-29.
• Fukami, K. see Ao, T., Publ. 282, 227-233.
• Gan, T.Y. see Kalinga, O., Publ. 282, 258-267.
• Gangsheng, W. see Jun, X., Publ. 282, 268-274.
• Garti, R. see Morin, E., Publ. 282, 177-185.
• Ge, T. see Jun, X., Publ. 282, 268-274.
• Georgakakos, K.P. & Carpenter, T.M. A methodology for assessing the utility of distributed model forecast applications in an operational environment, Publ. 282, 85-92.
• Georgakakos, K.P. see Tachikawa, Y., Publ. 282, v.
• Georgakakos, K.P. see Carpenter, T.M., Publ. 282, 114-120.
• Georgakakos, K.P. see Morin, E., Publ. 282, 177-185.
• Gourley, J.J. & Vieux, B.E. The effects of radar-derived rainfall uncertainties on forecasts from a distributed hydrological model, Publ. 282, 130-137.
• Guiot, V. see Maskey, S., Publ. 282, 93-100.
• Hamaguchi, T. A new composite approach of physical and geostatistical aspects to groundwater modelling, Publ. 282, 152-160.
• Hapuarachchi, H.A.P., Zhijia, L. & Wolfgang, F.A. Application of models with different types of modelling methodologies for river flow forecasting, Publ. 282, 218-226.
• Hayakawa, N. see Lu, M., Publ. 282, 143-151.
• Herath, S. see Pathirana, A., Publ. 282, 74-84.
• Hirakuchi, H. see Sugimoto, S., Publ. 282, 51-58.
• Howard, K.W. see Vieux, B.E., Publ. 282, 251-257.
• Hu, J. see Chen, Y., Publ. 282, 282-287.
• Ichikawa, Y., Nakagawa, K., Fujiwara, K., Shiiba, M. & Ikebuchi, S. Development of distributed red soil runoff model using radar data, Publ. 282, 275-281.
• Ikebuchi, S. see Suzuki, Y., Publ. 282, 43-50.
• Ikebuchi, S. see Ichikawa, Y., Publ. 282, 275-281.
• Irisawa, M. see Kinosita, T., Publ. 282, 19-23.
• Ishidaira, H. see Ao, T., Publ. 282, 227-233.
• Ishidaira, H., Takeuchi, K., Xu, Z., Ao, T., Magome, J. & Kudo, M. Effect of spatial and temporal resolution of precipitation data on the accuracy of the long-term runoff simulation, Publ. 282, 186-193.
• Jha, R. see Pradhan, N.R., Publ. 282, 288-293.
• Jia, Y., Kinouchi, T. & Yoshitani, J. Distributed hydrological modelling in the Yata watershed using the WEP model and propagation of rainfall estimation error, Publ. 282, 121-129.
• Jordan, P., Seed, A., May, P. & Keenan, T. Evaluation of dual polarization radar for rainfall-runoff modelling: a case study in Sydney, Australia, Publ. 282, 11-18.
• Jun, X., Gangsheng, W. & Ge, T. A distributed hydrological model applied to Heihe mountainous basin in western China, Publ. 282, 268-274.
• Jung, I.K. see Kim, S.J., Publ. 282, 203-209.
• Kalinga, O., Gan, T.Y. & Xie, J.C. Applying radar rainfall data in basin hydrological modelling, Publ. 282, 258-267.
• Keenan, T. see Jordan, P., Publ. 282, 11-18.
• Kim, S.J., Kwon, H.J., Jung, I.K. & Park, G.A. Grid-based dam inflow prediction on a large river basin using Thiessen polygon and spatially-distributed rainfall data, Publ. 282, 203-209.
• Kimaro, T.A., Tachikawa, Y. & Takara, K. Evaluating land use change effects on flood peaks using a distributed rainfall- runoff model in Yasu River, Japan, Publ. 282, 241-250.
• Kinosita, T. & Irisawa, M. Radar raingauge with volume scanning function, Publ. 282, 19-23.
• Kinouchi, T. see Jia, Y., Publ. 282, 121-129.
• Koike, T. see Yang, D., Publ. 282, 194-202.
• Kojima, T. & Takara, K. A grid-cell based distributed flood runoff model and its performance, Publ. 282, 234-240.
• Komatsu, Y. see Tachikawa, Y., Publ. 282, 66-73.
• Koren, V. see Seo, D.-J., Publ. 282, 109-113.
• Koren, V. see Seo, D.-J., Publ. 282, 138-142.
• Koren, V., Reed, S., Smith, M. & Zhang, Z. Combining physically based and conceptual approaches in the development and parameterization of a distributed system, Publ. 282, 101-108.
• Kouwen, N. see Fassnacht, S.R., Publ. 282, 35-42.
• Kouwen, N. see Mousavi, S.-F., Publ. 282, 294-300.
• Kudo, M. see Ishidaira, H., Publ. 282, 186-193.
• Kwon, H.J. see Kim, S.J., Publ. 282, 203-209.
• Leslie, L. see Liu, S., Publ. 282, 315-320.
• Li, C. see Ren, L., Publ. 282, 210-217.
• Lin, Z. see Mo, X., Publ. 282, 301-307.
• Liu, S. see Mo, X., Publ. 282, 301-307.
• Liu, S., Leslie, L., Speer, M., Bunker, R. & Morison, R. Approaching realistic soil moisture status with an improved mesoscale numerical weather prediction model, Publ. 282, 315-320.
• Lu, M. & Hayakawa, N. Impact of online calibration of radar-measured rainfall in hydrological forecasting using a distributed hydrological model, Publ. 282, 143-151.
• Magome, J. see Ishidaira, H., Publ. 282, 186-193.
• Maskey, S., Guinot, V. & Price, R.K. Propagation of precipitation uncertainty through a flood forecasting model, Publ. 282, 93-100.
• Matsuura, T., Fukami, K. & Yoshitani, J. Evaluation of the applicability of radar rainfall information to operational hydrology, Publ. 282, 24-29.
• May, P. see Jordan, P., Publ. 282, 11-18.
• Mo, X., Liu, S., Lin, Z. & Zhao, W. Prediction of evapotranspiration and streamflow with a distributed model over the large Wuding River basin, Publ. 282, 301-307.
• Moreda, F.G. see Vieux, B.E.,Publ. 282, 161-168.
• Morin, E., Georgakakos, K.P., Shamir, U., Garti, R. & Enzel, Y. Investigating the effect of catchment characteristics on the response time scale using distributed model and weather radar information, Publ. 282, 177-185.
• Morison, R. see Liu, S., Publ. 282, 315-320.
• Mousavi, S.-F. & Kouwen, N. Coupling of MODFLOW and WATFLOOD in hydrological modelling of a small watershed, Publ. 282, 294-300.
• Mutsuura, T. see Ao, T., Publ. 282, 227-233.
• Nakagawa, K. see Ichikawa, Y., Publ. 282, 275-281.
• Nakakita, E. see Suzuki, Y., Publ. 282, 43-50.
• Nakakita, E. see Tachikawa, Y., Publ. 282, v.
• Park, G.A. see Kim, S.J., Publ. 282, 203-209.
• Pathirana, A., Herath, S. & Yamada, T. On the modelling of temporal correlations in spatial-cascade rainfall downscaling, Publ. 282, 74-84.
• Pradhan, N.R. & Jha, R. Performance assessment of the BTOPMC model in a Nepalese drainage basin, Publ. 282, 288-293.
• Price, R.K. see Maskey, S., Publ. 282, 93-100.
• Reed, S. see Koren, V., Publ. 282, 101-108.
• Reed, S. see Seo, D.-J., Publ. 282, 109-113.
• Ren, L., Li, C. & Wang, M. Application of radar-measured rain data in hydrological processes modelling during the intensified observation period of HUBEX, Publ. 282, 210-217.
• Seed, A. see Chumchean, S., Publ. 282, 3-10.
• Seed, A. see Jordan, P., Publ. 282, 11-18.
• Seo, D.-J., Koren, V. & Cajina, N. Real-time assimilation of radar-based precipitation data and streamflow observations into a distributed hydrological model, Publ. 282, 138-142.
• Seo, D.-J., Koren, V. & Reed, S. Improving a priori estimates of hydraulic parameters in a distributed routing model via variational assimilation of long-term streamflow data, Publ. 282, 109-113.
• Shamir, U. see Morin, E., Publ. 282, 177-185.
• Sharma, A. see Chumchean, S., Publ. 282, 3-10.
• Shiiba, M. see Tachikawa, Y., Publ. 282, 66-73.
• Shiiba, M. see Ichikawa, Y., Publ. 282, 275-281.
• Shrestha, R.K., Tachikawa, Y. & Takara, K. Model behaviour of distributed hydrological modelling with different forcing data resolutions, Publ. 282, 169-176.
• Smith, M. see Koren, V., Publ. 282, 101-108.
• Soulis, E.D. see Fassnacht, S.R., Publ. 282, 35-42.
• Speer, M. see Liu, S., Publ. 282, 315-320.
• Sugimoto, S. & Hirakuchi, H. Simulation of precipitation caused by a Baiu front: an evaluation study with radar data, Publ. 282, 51-58.
• Sun, S. & Deng, H. A catchment surface runoff simulation for land surface model study, Publ. 282, 308-314.
• Suzuki, Y., Nakakita, E. & Ikebuchi, S. Numerical study of rainfall-topography relationships in mountainous regions of Japan using a mesoscale meteorological model, Publ. 282, 43-50.
• Tachikawa, Y. see Kimaro, T.A., Publ. 282, 241-250.
• Tachikawa, Y. see Shrestha, R.K., Publ. 282, 169-176.
• Tachikawa, Y., Komatsu, Y., Takara, K. & Shiiba, M. Stochastic modelling of the error structure of real-time predicted rainfall and rainfall field generation, Publ. 282, 66-73.
• Tachikawa, Y., Vieux, B.E., Georgakakos, K.P. & Nakakita, E. Preface of Volume 282, Publ. 282, v.
• Takara, K. see Tachikawa, Y., Publ. 282, 66-73.
• Takara, K. see Shrestha, R.K., Publ. 282, 169-176.
• Takara, K. see Kojima, T., Publ. 282, 234-240.
• Takara, K. see Kimaro, T.A., Publ. 282, 241-250.
• Takeuchi, K. see Ishidaira, H., Publ. 282, 186-193.
• Takeuchi, K. see Ao, T., Publ. 282, 227-233.
• Tanizawa, H. see Yang, D., Publ. 282, 194-202.
• Verhoest, N.E.C. see De Lannoy, G.J.M., Publ. 282, 59-65.
• Vieux, B.E. & Moreda, F.G. Distributed hydrological modelling: what accuracy is achievable? Publ. 282, 161-168.
• Vieux, B.E. see Tachikawa, Y., Publ. 282, v.
• Vieux, B.E. see Gourley, J.J., Publ. 282, 130-137.
• Vieux, B.E., Vieux, J.E., Chen, C. & Howard, K.W. Operational deployment of a physics-based distributed rainfall-runoff model for flood forecasting in Taiwan, Publ. 282, 251-257.
• Vieux, J.E. see Vieux, B.E., Publ. 282, 251-257.
• Wang, M. see Ren, L., Publ. 282, 210-217.
• Wolfgang, F.A. see Hapuarachchi, H.A.P., Publ. 282, 218-226.
• Xie, J.C. see Kalinga, O., Publ. 282, 258-267.
• Xu, Z. see Ishidaira, H., Publ. 282, 186-193.
• Yamada, T. see Pathirana, A., Publ. 282, 74-84.
• Yang, D., Koike, T. & Tanizawa, H. Effect of precipitation spatial distribution on the hydrological response in the upper Tone River of Japan, Publ. 282, 194-202.
• Yoshitani, J. see Matsuura, T., Publ. 282, 24-29.
• Yoshitani, J. see Jia, Y., Publ. 282, 121-129.
• Yoshitani, J. see Ao, T., Publ. 282, 227-233.
• Yu, J. see Chen, Y., Publ. 282, 282-287.
• Zhang, Z. see Koren, V., Publ. 282, 101-108.
• Zhao, W. see Mo, X., Publ. 282, 301-307.
• Zhijia, L. see Hapuarachchi, H.A.P., Publ. 282, 218-226.