These studies illustrate that infants are able to learn information associated with an object even if that object is not present. However, to our knowledge no research has tested whether infants in the first year of life are able to learn multiple associated features of static objects including those that are never presented simultaneously (though see Sobel & Kirkham, 2006 for related work on causal inference). For instance, if young children learn that features P and Q are associated and that features P and R are associated, will they infer the association between features Q and R? The study by Cuevas et al. (2006) tested a similar aspect of correlational learning but in a conditioning context where one of the to-be-learned features was the effect of infants’ own kicking behavior. Regardless, the process of associating two features that are not presented simultaneously is consistent with research that showed that 18-month-old infants associate specific object parts with specific motion types (e.g., legs and walking) and then later, around 22 months of age, generalize this knowledge to objects that do not possess those parts but that have other features that are highly correlated with them (e.g., eyes) (Rakison, 2005a). However, to date there is a lack of research on whether infants are capable of this kind of processing before their 1st birthday.