Propagation of uncertainty from observing systems and NWP into hydrological models: COST‐731 Working Group 2

Massimiliano Zappa; Keith J. Beven; Michael ruen; Antonio S. Cofintilde; o; Kees Kok; Eric Martin; Pertti Nurmi; Bartlomeacute; Orfila; Emmanuel Roulin; Kai Schrouml; ter; Alan Seed; Jan Szturc; Bertel Vehvilauml; inen; Urs Germann; Andrea Rossa

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Propagation of uncertainty from observing systems and NWP into hydrological models: COST‐731 Working Group 2

机译：将观测系统和NWP的不确定性传播到水文模型中：COST＆hyphen; 731工作组2

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The COST‐731 action is focused on uncertainty propagation in hydrometeorological forecasting chains. Goals and activities of the action Working Group 2 are presented. Five foci for discussion and research have been identified: (1) understand uncertainties, (2) exploring, designing and comparing methodologies for the use of uncertainty in hydrological models, (3) providing feedback on sensitivity to data and forecast providers, (4) transferring methodologies among the different communities involved and (5) setting up test‐beds and perform proof‐of‐concepts. Current examples of different perspectives on uncertainty propagation are presented. Copyright © 2010 Royal Meteorological Society.

机译：COST＆hyphen; 731行动的重点是水文气象预报链中的不确定性传播。介绍了第2工作组的目标和活动。确定了五个用于讨论和研究的焦点：＆lpar; 1＆rpar;了解不确定性，＆lpar; 2＆rpar;探索，设计和比较在水文模型中使用不确定性的方法，＆lpar; 3＆rpar;提供对数据和预测提供者敏感性的反馈，＆lpar; 4＆rpar;在涉及的不同社区之间以及＆lpar; 5＆rpar;设置测试台和执行概念的测试台。给出了不确定性传播的不同观点的当前示例。版权所有©2010皇家气象学会。

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《Atmospheric science letters》 |2010年第2期|共9页
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Massimiliano Zappa; Keith J. Beven; Michael ruen; Antonio S. Cofintilde; o; Kees Kok; Eric Martin; Pertti Nurmi; Bartlomeacute; Orfila; Emmanuel Roulin; Kai Schrouml; ter; Alan Seed; Jan Szturc; Bertel Vehvilauml; inen; Urs Germann; Andrea Rossa;
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1. Propagation of uncertainty from observing systems into NWP: COST‐731 Working Group 1 [J] . A. Rossa, G.Haase, C. Keil, Atmospheric science letters . 2010,第2期

机译：从观测系统到NWP的不确定性传播：COST＆hyphen; 731工作组1
2. Propagation of uncertainty from observing systems and NWP into hydrological models: COST-731 Working Group 2 [J] . Massimiliano Zappa, Keith J. Beven, Michael Bruen, Atmospheric Science Letters . 2010,第2期

机译：将观测系统和NWP的不确定性传播到水文模型中：COST-731工作组2
3. Propagation of uncertainty from observing systems into NWP: COST-731 Working Group 1 [J] . A. Rossa, G. Haase, C. Keil, Atmospheric Science Letters . 2010,第2期

机译：从观测系统到NWP的不确定性传播：COST-731工作组1
4. Hydrological and stochastic uncertainty: linking hydrological and water resources yield models in an uncertainty framework [C] . DENIS A. HUGHES, STEPHEN J. L. MALLORY, BENNIE HAASBROEK, Risk in water resources management . 2011

机译：水文和随机不确定性：在不确定性框架内将水文和水资源产量模型联系起来
5. Land Surface Models in Hydrologic Monitoring Systems: Addressing the Sources of Uncertainty. [D] . Chaney, Nathaniel W. 2015

机译：水文监测系统中的地表模型：解决不确定性的根源。
6. MOESHA: A Genetic Algorithm for Automatic Calibration and Estimation of Parameter Uncertainty and Sensitivity of Hydrologic Models [O] . Bradley L. Barnhart, Keith A. Sawicz, Darren L. Ficklin, -1

机译：MOESHA：一种用于水文模型参数不确定性和灵敏度自动校准和估计的遗传算法
7. Propagation of uncertainty from observing systems and NWP into hydrological models : COST-731 Working Group 2 [O] . Zappa Massimiliano, Beven K. J., Bruen Michael, 2010

机译：将观测系统和NWP的不确定性传播到水文模型中：COST-731工作组2

Propagation of uncertainty from observing systems and NWP into hydrological models: COST‐731 Working Group 2

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