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• W2013757406 abstract "One important issue in agricultural management and hydrological research is the assessment of water stored during a rainfall event. In this study, a new GIS-based rainfall-runoff model is presented to estimate soil moisture status (SMS) for each month of the year after an average rainfall event with maximum intensity. The new model computes the volume of actual available water (Waa) downwards from divides, taking into account the different configurations of the upslope contributing area, infiltration processes and climatic parameters. Results show that the spatial distribution of the different soil types is the main controlling factor in the initiation of runoff and, to a lesser extent, the antecedent topsoil moisture and the volumetric water content of the soil at saturation. Monthly Waa and SMS maps and Palmer Z-indexes present similar spatial patterns, although the values and the extension of the different dry and wet categories varied considerably. Predominant wet conditions occurred in May, September, October, November and December and dry conditions appeared in February, March and July. The wettest conditions took place in gently sloping areas, according to the topographic wetness index. Maps based on Palmer Z-indexes match very closely the SMS patterns predicted by the DR2 model from January to September, but the similarity was poor from October to December. Spatial predictions with the new model identify the different sub-categories of soil wetness for each soil type in greater detail. The DR2 model seems to be of interest to monitor humidity variations and trends in time and space and to provide valuable information for sustainable soil and water resource management." @default.
• W2013757406 created "2016-06-24" @default.
• W2013757406 creator A5026669993 @default.
• W2013757406 creator A5083349195 @default.
• W2013757406 date "2012-02-01" @default.
• W2013757406 modified "2023-09-23" @default.
• W2013757406 title "A new distributed rainfall-runoff (DR2) model based on soil saturation and runoff cumulative processes" @default.
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• W2013757406 doi "https://doi.org/10.1016/j.agwat.2011.12.007" @default.
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