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• Produces a quantitative, effect-size measurement of systems association that complements the qualitative, “yes/no” systems dissociations established through lesion-based cognitive neuropsychology. • Gathers data usable in search for genetic bases of visual perception (e.g. Plomin & Kosslyn, Nat Neuro, 2001). • May instruct us on the nature and consequences of naturally occurring differences in visual perception. • Can validate psychophysical tests for clinical use. General benefits of the individual differences approach: • We have isolated a single unique assumption necessary for using individual differences data to make inferences on systems architecture: the “ubiquitous variation” assumption. • We have provided evidence that the “ubiquitous variation” assumption holds in the domains of both motion perception and pursuit initiation. • We have used an “individual differences” approach to gather evidence that motion perception, generally-speaking, and pursuit initiation rely upon similar underlying mechanisms. • We have provided evidence that pursuit initiation relies upon some underlying processes unique to the tasks of velocity discrimination and coherent motion detection respectively, as well as some (but fewer) processes common to both. A New Approach to Answering this Question, using Individual Differences Data:

Studying visual function using individual differences: a theoretical framework and a study of motion processing