  In the ecological approach to perception and action, information that
specifies affordances is available in the energy arrays surrounding organisms,
and this information is detected by organisms in order to perceptually guide
their actions. At the behavioral scale, organisms responding to affordances are
understood as self-organizing and reorganizing softly-assembled synergies.
Within the ecological community, little effort has so far been devoted to
studying this process at the neural scale, though interest in the topic is
growing under the header of ecological neuroscience. From this perspective,
switches between affordances may be conceptualized as transitions within
brain-body-environment systems as a whole rather than under the control of a
privileged (neural) scale. We discuss extant empirical research at the
behavioral scale in support of this view as well as ongoing and planned work at
the neural scale that attempts to further flesh out this view by characterizing
the neural dynamics that are associated with these transitions while
participants dynamically respond to affordances.
