EROSION MODELLING UNDER DIFFERENT LAND USE - Pudasaini, Madhu Sudan
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Soil erosion has been recognized as a global threat against the sustainability of natural ecosystem. Erosion Modelling Under Different Land Use Management Practices is the research work carried out at the University of Western Sydney (UWS), to assist in combating against this threat. This research work is devoted in addressing the soil erosion issues associated with urban construction activities. The Revised Universal Soil Loss Equation (RUSLE) was employed in this research work and the parameters associated with the model were calibrated. This model was chosen for calibration, as it has been…mehr

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Produktbeschreibung
Soil erosion has been recognized as a global threat against the sustainability of natural ecosystem. Erosion Modelling Under Different Land Use Management Practices is the research work carried out at the University of Western Sydney (UWS), to assist in combating against this threat. This research work is devoted in addressing the soil erosion issues associated with urban construction activities. The Revised Universal Soil Loss Equation (RUSLE) was employed in this research work and the parameters associated with the model were calibrated. This model was chosen for calibration, as it has been proven as an easy to use tool yet providing reasonable result. Validation of the model was also carried out with an independent data set. Large-scale rainfall simulators developed at UWS were used for rainfall simulation at two sites with diverse soil types: dispersive clayey soil at Penrith and highly permeable sandy soil at Somersby, both in New South Wales (NSW). 30 mins duration rainfallintensities with Average Recurrence Intervals (ARIs) ranging from one year to 10 year were applied to generate artificial rainfall.
Autorenporträt
Dr. Madhu Sudan Pudasaini is a Senior Engineer at Hunter Water Corporation, Australia. He received his BEng (Civil) and BSc from Tribhuvan University, Nepal and MEng (Honours) and PhD from University of Western Sydney, Australia. His experiences range from strategic planning of water supply systems to soil erosion modeling.