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Guía de Prácticas Hidrológicas, vol. I: Hidrología – De la medición a la información hidrológica
Organización Meteorológica Mundial (OMM) - OMM, 2008 (Edition 2008, actualización de 2020; OMM-No. 168)La Guia de practicas hidrologicas tiene por objeto aportar informacion sobre las practicas, procedimientos e instrumentos actualmente utilizados a quienes se dedican a la hidrologia.
Esperamos que la presente Guia sea util no solo a los SHN de los Miembros de la OMM, sino tambien a otras partes interesadas y organismos que participan en la gestion de los recursos hidricos y, en particular, en el seguimiento y evaluaction de tales recursos.
Guide des pratiques hydrologiques, volume I : Hydrologie – De la mesure à l’information hydrologique
Organisation météorologique mondiale (OMM) - OMM, 2008 (Edition 2008, mise à jour en 2020; OMM-No. 168)Plus de 40 experts mondiaux aguerris ont contribué à la préparation de cette édition du Guide. De ce fait il est orienté vers les applications pratiques et s’inscrit dans un cadre de gestion de la qualité tel qu’initié par la Commission d’hydrologie
Advances in Isotope Hydrology and its Role in Sustainable Water Resources Management (IHS-2007) : Proceedings of a Symposium held in Vienna, 21-25 May 2007. Vol.2
IAEA, 2008Historically, the IAEA has played a key role in advancing isotope techniques and in promoting the use of isotopes to address water resource sustainability issues worldwide. The quadrennial IAEA symposia continue to be an important component of the IAEA's mission in water resources management. The 12th symposium in the series was convened with the objectives of: reviewing the state of the art in isotope hydrology; outlining recent developments in the application of isotope techniques to water resources management; and identifying future trends and developments for research and applications. The ...
Advances in Isotope Hydrology and its Role in Sustainable Water Resources Management (IHS-2007) : Proceedings of a Symposium held in Vienna, 21-25 May 2007. Vol.1
IAEA, 2008Historically, the IAEA has played a key role in advancing isotope techniques and in promoting the use of isotopes to address water resource sustainability issues worldwide. The quadrennial IAEA symposia continue to be an important component of the IAEA's mission in water resources management. The 12th symposium in the series was convened with the objectives of: reviewing the state of the art in isotope hydrology; outlining recent developments in the application of isotope techniques to water resources management; and identifying future trends and developments for research and applications. The ...
Introduction to Verification of Hydrologic Forecasts
This module offers a comprehensive description of a set of common verification measures for hydrologic forecasts, both deterministic and probabilistic. Through use of rich illustrations, animations, and interactions, this module explains how these verification measures can provide valuable information to users with varying needs. In addition to providing a measure of how well a forecast matches observations, verification measures can be used to help forecasters and users learn about the strengths and weaknesses of a forecast.
Dams and Dam Failure - Module 1: Terminology and Open Channel Hydraulics
This is the first module of a two-part series offering an introduction to the science explaining catastrophic dam failure and flood-wave prediction methods associated with these events. Through use of rich illustrations, animations, and interactions, this module explains key terminology and concepts including dam types and purposes, failure statistics, the general dam failure process, open channel hydraulics, critical flow, Manning's equation, and conveyance. The information covered in this two module series will provide a scientific foundation for advanced course work needed to run dam break ...
Dams and Dam Failure - Module 2: St. Venant Equations, Modeling, and Case Study
This second module in the two-part series expands on the science explaining catastrophic dam failure and flood-wave prediction methods associated with these events. Through the use of rich illustrations and interactions, this module introduces the St. Venant equations for dynamic wave flow, and flood wave characteristics. It also explains the general dam failure modeling process along with advantages and limitations of dam failure models including model stability, accuracy, and sensitivity issues. Finally, it also provides an overview of the Teton River dam failure, one of the most famous hydr ...
The Mekong Hydrological Cycle Observing System Mekong-HYCOS, A Hydrological Information System in the Mekong River Basin : Project Document, Final version
Mekong River Commission ; World Meteorological Organization (WMO) ; Agence Française de Développement (AFD) - WMO, 2008
River Forecasting Case Study
This module takes the learner through the considerations for the river forecasting decisions associated with the remnants of Hurricane Ivan on 17-19 September, 2004 for the Susquehanna River system in Pennsylvania and New York. The module assists the learner with applying the concepts covered in the foundation topics of the Basic Hydrologic Sciences course. Some of the specific topics pertinent to this case are soil conditions, the impact of QPF on runoff, runoff models, runoff processes, routed flow and stage-discharge relationships. Observations of upstream conditions and comparisons to hist ...
Quantitative Precipitation Forecasting Overview
In this module, Wes Junker, retired Senior Branch Forecaster at NCEP/HPC provides an introduction to Quantitative Precipitation Forecasting. This presentation assumes a familiarity with basic meteorological processes.
Snowmelt Processes
This module helps the student develop an understanding of the contribution of snowmelt in the hydrologic forecasting process. The module first explains the influences of wind, sun, terrain, and vegetation on snow water distribution and then discusses the evolution of snowpack characteristics. From there, the student will learn about energy exchanges between the snow and the atmosphere and how that affects how quickly and how completely snow will melt. Finally, an explanation is presented of water flow through snow and the fate of that water when it reaches the ground surface. The lesson will b ...
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