Abstract
Laboratory studies were conducted to select a most appropriate among natural (coarse rice husk, fine rice husk, and saw dust) and among synthetic (polyvinyl alcohol, polyacrylamide, and polyvinyl acetate) organics to improve aggregate stability of the sodic sandy loam soils. Multiobjective programming applied to multi-structural index (water dispersible silt plus clay, saturated hydraulic conductivity, and modulus of rupture) identified fine rice husk and polyvinyl alcohol as the most suitable in the respective groups.
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