Faisal Hossain

TL;DR: In this paper, the impact of postdam climate feedbacks, resulting from land use/land cover variability, on modification of extreme precipitation (EP) remains a challenge for a twenty-first-century approach to dam design and operation.

TL;DR: In this paper, the authors used a mass balance approach of three hydrologic controls to estimate reservoir outflow from satellite data at monthly and annual time scales: precipitation-induced inflow, evaporation, and reservoir storage change.

TL;DR: The quantitative assessment of the TRMM-based Flood Detection System over Bangladesh showed that the system had a high probability of detection overall, but produced increased false alarms during the monsoon period and in regulated basins (Ganges), undermining the credibility of the FDS flood warnings for these situations.

TL;DR: The impact of integrating NASA's real-time global satellite rainfall product (IR-3B41RT), available at 0.25deg-hourly resolution, is explored in four conceptual model configurations, with the NRCS CN method found to be most effective in terms of minimizing flood prediction uncertainty, followed by the Green-Ampt infiltration and deficit/constant loss methods.