This study investigates climatic and hydrologic changes of the Tafna basin, by using ten outputs precipitation temperature from RCMs Cordex-Africa project. Different methods bias-correction (LS, LOCI, DM VS) are compared to correct bias datasets observations. The suitable method, DM, reduces 1.27 mm for 0.06 0.7°C minimum/maximum temperature, respectively. bias-corrected introduced into SWAT mo...

Abstract We studied the impact of regional climate changes that have occurred and are expected in near future on freshwater balance quasi-closed lagoons North-Western Black Sea region. These do not a permanent connection with sea but episodically connected to it by artificial channels, straits, or other hydraulic facilities. used value deficit their annual as an indicator vulnerability change f...

Abstract One of the most relevant effects climate change is its influence on frequency and intensity extreme events. The analysis understanding these events are great importance due to probability causing environmental social damage. In this study, we investigate changes in hot temperature over Spain for near future (2021–2050) relation a control period (1971–2000) by using regional model simul...

Changes in mean and extreme precipitation characteristics with changing climate may lead to an increase frequency of hydrological extremes. For studying the impacts on systems, General Circulation Model (GCM)/Regional Climate (RCM) simulated are used. However, these products should be bias-corrected before used simulations predict Most existing bias-correction techniques suffer from either two ...

An integrated assessment modelling framework is introduced to comprehensively evaluate the climate change impact on hydro-climatic extremes over Hanjiang River basin, China. The consists of model scenarios, bias correction method, hydrological model, and extreme streamflow indices. outputs from five CORDEX-EAS RCMs models under RCP 2.6 8.5 were firstly bias-corrected for two future windows, i.e...