Hydro-climatic data at short time steps are considered essential to model the rainfall–runoff
relationship, especially for short-duration hydrological events, typically flash floods. Also …

The proper estimation of streamflow (Q) and suspended sediment (SS) have important
implications for sustainable water management. The Soil and Water Assessment Tool …

The spatial and temporal scale of rainfall datasets is crucial in modeling hydrological
processes. Recently, open-access satellite precipitation products with improved resolution …

Dissolved organic carbon (DOC) in surface waters directly influences the speciation,
transport, and fate of heavy metals, as well as the partitioning of organic contaminants …

The assessment of peak flow rate, total runoff volume, and pollutant loads during rainfall
process are very important for the watershed management and the ecological restoration of …

This thesis aims at exploring the question of temporal scaling in lumped conceptual
hydrological modelling. The main objectives of the thesis are to:(i) study the effects of …

In order to assist and optimize the operation of a clean water diversion project for the
medium-sized inland rivers in Chaohu, China, an integrated hydrodynamic and water quality …

(1) The existing frameworks for water quality modeling overlook the connection between
multiple dynamic factors affecting spatiotemporal sediment yields (SY). This study aimed to …

Calibration techniques were investigated on how to best optimize a 149 parameter,
distributed hydrological model of the Lake of the Woods–Rainy Lake (LOWRL) watershed …

In this study, a novel density-based spatial clustering method is developed to maintain a
diverse set of solutions for stochastic multi-objective optimization algorithms. This method …