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Runoff Trends Analysis and Future Projections of Hydrological Patterns in Small Forested Catchments

Lamacova, A., Czech Geological Survey, Prague (Czech Republic). Dept. of Environmental Chemistry ; Hruska, J., Czech Geological Survey, Prague (Czech Republic). Dept. of Environmental Chemistry ; Kram, P., Czech Geological Survey, Prague (Czech Republic). Dept. of Environmental Chemistry ; Stuchlik, E., Charles University in Prague (Czech Republic). Inst. for Environmental Studies ; Farda, A., Academy of Sciences of the Czech Republic, Brno (Czech Republic). Global Change Research Centre ; Chuman, T., Czech Geological Survey, Prague (Czech Republic). Dept. of Environmental Chemistry ; Fottova, D., Czech Geological Survey, Prague (Czech Republic). Dept. of Environmental Chemistry

Soil and Water Research (Czech Republic), 2014-01, Vol.9 (4), p.169-181 [Periódico revisado por pares]

Prague: Czech Academy of Agricultural Sciences (CAAS)

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Título:
Runoff Trends Analysis and Future Projections of Hydrological Patterns in Small Forested Catchments
Autor: Lamacova, A., Czech Geological Survey, Prague (Czech Republic). Dept. of Environmental Chemistry ; Hruska, J., Czech Geological Survey, Prague (Czech Republic). Dept. of Environmental Chemistry ; Kram, P., Czech Geological Survey, Prague (Czech Republic). Dept. of Environmental Chemistry ; Stuchlik, E., Charles University in Prague (Czech Republic). Inst. for Environmental Studies ; Farda, A., Academy of Sciences of the Czech Republic, Brno (Czech Republic). Global Change Research Centre ; Chuman, T., Czech Geological Survey, Prague (Czech Republic). Dept. of Environmental Chemistry ; Fottova, D., Czech Geological Survey, Prague (Czech Republic). Dept. of Environmental Chemistry
Assuntos: ACIDIFICACION ; ACIDIFICATION ; Annual runoff ; ARBOLES FORESTALES ; ARBRE FORESTIER ; AREA DE SUPERFICIE ; BASSIN VERSANT ; CAMBIO CLIMATICO ; CANOPY ; CARACTERISTICAS DEL SITIO ; Catchments ; CHANGEMENT CLIMATIQUE ; Climate change ; Climate models ; CLIMATIC CHANGE ; CLIMATIC FACTORS ; COUVERT ; CUBIERTA DE COPAS ; CUENCAS HIDROGRAFICAS ; CZECH REPUBLIC ; DATOS METEOROLOGICOS ; DONNEE METEOROLOGIQUE ; Environmental impact ; FACTEUR CLIMATIQUE ; FACTEUR LIE AU SITE ; FACTORES CLIMATICOS ; Flow distribution ; flow pattern ; FORECASTING ; FOREST STANDS ; FOREST TREES ; Forest watersheds ; GEOCHEMISTRY ; GEOCHIMIE ; GEOQUIMICA ; headwater catchments ; HIDROLOGIA ; HIGHLANDS ; hydrological modelling ; HYDROLOGIE ; HYDROLOGY ; INFORMATION SYSTEMS ; Intergovernmental Panel on Climate Change ; MODELE DE SIMULATION ; MODELOS DE SIMULACION ; MONITORING ; PEUPLEMENT FORESTIER ; PRECIPITACION ATMOSFERICA ; PRECIPITATION ; REGION D'ALTITUDE ; REPUBLICA CHECA ; REPUBLIQUE TCHEQUE ; RODALES ; Runoff ; SIMULATION MODELS ; SISTEMAS DE INFORMACION ; SITE FACTORS ; SURFACE ; SURFACE AREA ; SURVEILLANCE ; SYSTEME D'INFORMATION ; TECHNIQUE DE PREVISION ; TECNICAS DE PREDICCION ; Trends ; VIGILANCIA ; WATERSHEDS ; WEATHER DATA ; ZONA DE MONTANA
É parte de: Soil and Water Research (Czech Republic), 2014-01, Vol.9 (4), p.169-181
Notas: P40
P10
Descrição: The aims of the present study were (i) to evaluate trends in runoff from small forested catchments of the GEOMON (GEOchemical MONitoring) network during the period 1994-2011, and (ii) to estimate the impact of anticipated climate change projected by ALADIN-Climate/CZ regional climate model coupled to ARPEGE-Climate global circulation model and forced with IPCC SRES A1B emission scenario on flow patterns in the periods 2021-2050 and 2071-2100. There were no general patterns found indicating either significant increases or decreases in runoff on either seasonal or annual levels across the investigated catchments within 1994-2011. Annual runoff is projected to decrease by 15% (2021-2050) and 35% (2071-2100) with a significant decrease in summer months and a slight increase in winter months as a result of expected climate change as simulated by the selected climate model.
Editor: Prague: Czech Academy of Agricultural Sciences (CAAS)
Idioma: Inglês

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Runoff Trends Analysis and Future Projections of Hydrological Patterns in Small Forested Catchments

Prague: Czech Academy of Agricultural Sciences (CAAS)

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