Soil erosion, runoff and sediment connectivity are strongly impacted by anthropogenic features in lowland agricultural catchments. Among these landscape features, the role played tile drainage on water transfers hillslope-to-river drained catchments remains poorly understood. This study quantified a catchment of central France combining high frequency rainfall, discharge concentration measureme...

In the urban area, flooding becomes most common disaster that has not been resolved until today. The utilization of river border area into housing and lack absorption trigger factor flooding, as what is happening around Way Halim River on Seroja street. this floods often happen during rainy season, with latest events recorded January 21 st , 2021. Analysis flood intensities discharges can be pa...

since direct experimental evidence is not available, this must be verified through a modeling approach, providedadequate data be available. many statistical methods are used to study the relation between independent anddependent variables.this research was carried out at the western part of jazmurian basin tlocated in the southeast ofiran. in this paperused ten physical characteristics such as ...

Hydrograph modeling and prediction of groundwater levels are the main concerns of most hydrogeological calculations and water resource management process. The present study is an application of Sequential Gaussian Simulation (SGSim) method for predicting groundwater levels using recorded monthly data (180 months) related to 21 piezometers of Behbahan aquifer, southwest of Iran. To generate real...

In this study, the scour depth and dimensions of hole around different shaped piers for cases hydrographs succeeding steady flow were studied experimentally. The experiments carried out by using circular, square, rectangular, lenticular rectangular with trapezoidal nose to compare various geometries at same conditions. Numerous conducted in a flume (18.6 m long, 0.80 wide 0.75 deep) triangular ...

Abstract The Muskingum routing model is favored by water engineers owing to its simplicity and accuracy. A large amount of research done improve the accuracy model. One way do so consider variable hydrological parameters during flood period. In this study, random selection (RS) method was proposed divide period nonlinear into three sub-periods. based on RS members in each sub-region. It applied...

Title of Thesis: UNCERTAINTY AND SENSITIVITY ANALYSES OF THE MUSKINGUM-CUNGE CHANNEL ROUTING MODEL Stephen Scott Reid, Master of Science, 2008 Thesis directed by: Professor Richard H. McCuen Department of Civil and Environmental Engineering Two widely used channel routing models are the Muskingum and MuskingumCunge (M-C) models. However, no significant research has been conducted on how input p...