Faisal Hossain

TL;DR: The results show that across the Arctic warmer climate classes have and will continue to replace polar tundra and cold summer regions and that the coverage of the currently dominant Arctic climate class, Cold climate with cold summers and no dry season (Dfc), is expected to decline by about 40% by 2100 and be replaced by climate classes associated with warm (Dfb, Dsb, Dwb) and hot (Dfa, Dsa, Dwa) summers.

TL;DR: In this article, the authors explored a merging scheme based on runoff predictability to understand the impact on prediction skill of the merging scheme, which showed an improvement of 57% for 3B42RT, 63% for CMORPH and 68% for PERSIANN-CCS.

TL;DR: Extreme precipitation events bring huge societal and economic loss around the world every year, and they have undergone spatially heterogeneous changes in the past half-century They are fu as mentioned in this paper.

TL;DR: In this article, a scheme for co-optimizing the long-term (seasonal) reservoir operating objectives with the shortterm (daily) objectives for multi-dam networks to maximize hydropower generation is presented.

TL;DR: Simulation results generally indicated that the calibrated VIC model could satisfactorily capture the river flow dynamics of the Red River system in the RRB and suggested that the use of more spatially representative meteorological data provided by satellite remote sensing should be considered in future studies.