Date:12/01/1994
Subject:(36) Hydrometeorology
Author:Bradley, A.A., J.A. Smith
Title:The hydrometeorological environment of extreme rainstorms in the southern plains of the United States
Publication:J. Appl. Met., 33., 1418-1431
Abstract:Convective storms are commonplace in the southern plains of the United States. Occasionally, convective storms produce extreme rainfall accumulations, causing streams and rivers to flood. In this paper, we examine the hydrometeorological environment associated with these extreme rainstorms.
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Record ID:36/1


Date:11/01/1991
Subject:(36) Hydrometeorology
Author:Warner, T.T., D.F. Kibler, R.L. Steinhart
Title:Separate and coupled testing of meteorological and hydrological forecast models for the Susquehanna River Basin in Pennsylvania
Publication:J. Appl. Met., 30, 1521-1533
Abstract:Forecasts of river flow are traditionally performed using observed rainfall as input to a model of the surface hydrology. However, this sometimes allows for only a short forecast lead
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Record ID:36/2


Date:9/1/1977
Subject:(36) Hydrometeorology
Author:Hsu, K.-L., X. Gao, S. Sorooshian, H.V. Gupta
Title:Precipitation estimation from remotely sensed information using artificial neural networks
Publication:J. Appl. Met., 36, 1176-1190
Abstract:A system for Precip. Estimation from Remotely Sensed Information using Artificial Neural Nets (PERSIANN) is under development at the Univ. of Arizona.
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Record ID:36/3


Date:01/01/99
Subject:(36) Hydrometeorology
Author:Pereira Fo, A. J., K. C. Crawford
Title:Meoscale precipitation fields. Part I: Stastical analysis and hydrologic response
Publication:Journal of Applied Meteorology, 38, 82-101
Abstract:A statistical objective analysis (SOA) scheme was developed to adjust etimates of rainfall accumulation from the WSR-88D in central Oklahoma using rain gauge measurements from the Oklahoma Mesonetwork.
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Record ID:36/4


Date:01/01/99
Subject:(36) Hydrometeorology
Author:Pereira Fo, A. J., K. C. Crawford, D. J. Stensrud
Title:Meoscale precipitation fields. Part II: Hydrometeorologic Modeling
Publication:Journal of Applied Meteorology, 38, 102-125
Abstract:A hydrometeorlogic forecast system (HFS) has been developed that takes advantage of new high-resolution rainfall datasets from the WSR-88D radar system, the Oklahoma Meonet, and Oklahoma Local Analysis and Prediction System (OLAPS). New schemes to analyze precipitation and to adjust radar rainfall rates have been proposed to improve the quantitative precipitation forecast (QPF) for hydrologic purposes.
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Record ID:36/5


Date:06/01/2000
Subject:(36) Hydrometeorology
Author:Benoit, R., P. Pellerin, N. Kouwen, H. Ritchie, N. Donaldson, P. Joe, E.D. Soulis
Title:Toward the use of coupled atmospheric and hydrologic models at regional scale
Publication:Mon. Wea. Rev., 128, 1681-1706
Abstract:The purspose of this study is to present the possibilities offered by coupled atmospheric and hydrological models as a new tool to validate and interpret results produced by atmospheric models.
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Record ID:36/6


Date:09/05/2000
Subject:(36) Hydrometeorology
Author:Norrman, J., M. Eriksson, S. Lindqvist
Title:Relationships beteen road slipperines, traffic accident risk and winter road maintenance activity
Publication:Clim. Res., 15, 185-193
Abstract:A method for deriving quantitative relationships beten road slipperiness, traffic accident risk and winter road maintenance (WRM) activity is described.
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Record ID:36/7


Date:05/01/2000
Subject:(36) Hydrometeorology
Author:Hay, L., M. Clark, G. Leavesley
Title:Use of atmospheric forecastingin hydrologic models: Part 2. case study
Publication:Water Res. in Extreme Envir., 221-226
Abstract:To asses the usefulness of atmospheric forecasts in hydrologic models, a distributed hydrologic model of the Animas River basin was forced ith daily precipitation (PRCP) and maximum and minimum temperature (TMAX and TMIN)data.
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Record ID:36/8


Date:01/01/2000
Subject:(36) Hydrometeorology
Author:Grell, G.
Title:One- and two-way coupling of atmospheric and hydrologic models
Publication:Proposal
Abstract:Based on the expepectation that rapid increases in computer power will soon allow atmospheric models to simulate land-atmosphere interactions at the small spatial scales that are on interest to hydrologists.
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Record ID:36/9


Date:01/01/2001
Subject:(36) Hydrometeorology
Author:Clark, M.P., M.C. Serreze, G.J. McCabe
Title:Historical effects of El Nino and La Nina events on the seasonal evolution of the montane snowpack in the Columbia and Colorado River Basins
Publication:Water Resources Res.
Abstract:snow-water equivalent (SWE) data measured at serveral hundred montane sites in the western United State are used to examine the historic effects of El Nino and La Nina events on seasonal snowpack evolution in the major subbasins in the Columbia and Clorado River systems.
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Record ID:36/10


Date:06/01/1999
Subject:(36) Hydrometeorology
Author:Clark, M.P., L.E. Hay, G.J. McCabe, G.H. Leavesley, M.C. Serreze, R.L. Wilby
Title:The use of weather and climate information in management of water resources in the western United States
Publication:The Special Confer. on Cli. Variability and Water Resources, June 1999
Abstract:This paper explores the utility of weather and climate information for improving intraseasonal and seasonal hydrologic predictions.
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Record ID:36/11

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