Water Quality Assessment and Application of SWAT Model for Hydrologic Simulations in a Mined Watershed

Drought forecasting model for future climate change effects in a regional catchment area in northern iraq

“…The USDA Agriculture Research Service developed the method to assess the impact of land management strategies throughout extensive and intricate watersheds [17]. The SWAT model is extensively used in hydrologic research to evaluate and forecast both surface and subsurface flow patterns [18][19][20][21][22], a consideration of the consequences that climate change would have on streamflow [1,23,24] and the assessment of water quality [25,26], including nutrient loading, total daily peak concentrations, pesticides, and microorganisms. The SWAT hydrological model may be used not only in arid areas but also in semi-arid and humid regions, such as India, as described by Li and Fang [27], Tunisia, as described by Hemrassi et al [28], Ghana, as described by Samuel et al [29], and Laos, as described by Vilaysane et al [30].…”

Prediction of Surface Runoff for Mosul Dam Reservoir from Different Regional Catchment Areas Using Arc SWAT Model

“…Its developed by USDA Agriculture Research Service to measure the effect of land management techniques in sizable, complicated watersheds (Gassman et al, 2007). The SWAT model is widely used for hydrologic studies such as assess and predict surface and subsurface ow as stated in ( total daily maximum loads, pesticides and bacteria (Gassman et al, 2014;Shinde et al, 2017). The SWAT hydrological model can be used not just in dry areas, but also in semi-arid and moist areas such as India Li and Fang (2021), Tunisia (Hemrassi et al, 2017) and Ghana as in (Samuel et al, 2020)…”