0454051 - ÚH 2016 CZ cze K - Conference Paper (Czech conference)
Tesař, Miroslav
Systém včasného varování před přívalovými povodněmi s uvažováním stavu vody v půdě – příklad pro horní Úpu.
[Early warning system for flash floods with the taking into account the soil water – a case study for the Upper Úpa basin.]
Sborník prezentací na CD z konference „Přívalové povodně - příčiny, průběh, následky, varování a poučení“. Praha: Ústav pro hydrodynamikum v.v.i, 2015 - (Tesař, M.)
[Přívalové povodně - příčiny, průběh, následky, varování a poučení. Praha (CZ), 02.12.2015-02.12.2015]
R&D Projects: GA TA ČR TA02021451
Institutional support: RVO:67985874
Keywords : early warning system * flash flood * surface and soil water monitoring
Subject RIV: DA - Hydrology ; Limnology

Contribution describes an early warning system for flash flood detection that has been built in the Giant Mts. This system is located in the upper part of the Úpa River basin and Lysečinský Brook basin. The closing profiles of these basins are situated in Horní Maršov (81,7 km2 and 18,3 km2). Forecasting of flood risk is based on model approach, which uses measured hydrological and hydrometeorological quantities (rain intensity and total, discharge, soil moisture, tensiometric pressure of the soil water, air and soil temperature) as input data.

Contribution describes an early warning system for flash flood detection that has been built in the Giant Mts. This system is located in the upper part of the Úpa River basin and Lysečinský Brook basin. The closing profiles of these basins are situated in Horní Maršov (81,7 km2 and 18,3 km2). Forecasting of flood risk is based on model approach, which uses measured hydrological and hydrometeorological quantities (rain intensity and total, discharge, soil moisture, tensiometric pressure of the soil water, air and soil temperature) as input data.
Permanent Link: http://hdl.handle.net/11104/0254814