Hydrological Sciences programme - Session HS10 "Climate change impact on catchment hydrology - case studies" Investigating the effect of climate change and variability on streamflow, water supply and groundwater recharge, varying regionally and between climate scenarios, should be considered indispensable for the development of water resources management policies. Objectives of this session is to present catchment studies aiming at evaluating the sensitivity of streamflow, soil moisture and groundwater resources to changes in climate. We particularly seek posters that explore linkages between climate change, water balances and hydrological modelling, effects of climate change on the hydro-meteorological extremes and on the phreatic. In addition, studies presenting water resource management techniques aiming at adapting to hydrologic effects of climate change, and to additional uncertainty, would also be welcome.
Session HS10 "Climate change impact on catchment hydrology - case studies" General Assembly 2005 European Geosciences Union (EGU) Vienna, Austria, 24 – 29 April 2005 / E. Toth; J. Szolgay; G. Balint. - (2005).
Session HS10 "Climate change impact on catchment hydrology - case studies" General Assembly 2005 European Geosciences Union (EGU) Vienna, Austria, 24 – 29 April 2005
TOTH, ELENA;
2005
Abstract
Hydrological Sciences programme - Session HS10 "Climate change impact on catchment hydrology - case studies" Investigating the effect of climate change and variability on streamflow, water supply and groundwater recharge, varying regionally and between climate scenarios, should be considered indispensable for the development of water resources management policies. Objectives of this session is to present catchment studies aiming at evaluating the sensitivity of streamflow, soil moisture and groundwater resources to changes in climate. We particularly seek posters that explore linkages between climate change, water balances and hydrological modelling, effects of climate change on the hydro-meteorological extremes and on the phreatic. In addition, studies presenting water resource management techniques aiming at adapting to hydrologic effects of climate change, and to additional uncertainty, would also be welcome.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
