Due to its dense vegetation, the tropical forest represents a challenging condition for the evolution of both productive and receptive components of acoustic communication systems.
Because our study did not vary the degree of social communicative cues or attention getting directly, our speculation about the correlation with the receptive language component remains tentative and should be explored in future work.
Using this model simulation, we also study the consequences of the different receptive field components for the tuning of model neurons to various flight maneuvers, i.e. the neuronal action fields.
Future investigations should aim to elucidate the developmental trajectories of structure and function, functionally assessing both receptive and expressive components independently.
Defining receptive risk remains an important component and demands the use of pre-intervention data and careful selection of a most parsimonious period likely to represent a point of rebound should malaria transmission re-establish.
The receptive field structure has several components: at about −160 deg azimuth position, the receptive field is mainly downward sensitive and, thus, dominated by the immediate dendritic input.
Most ganglion cell receptive fields consist of two components, a center and a surround that respond oppositely to light [4], [5].
For example, for component 10, expressive and receptive language had an η2 value (effect size) of 0.076 and 0.049, respectively whereas the effect size of the log-transformed age relationship was 0.619.
Similar to principal components of natural images (1D-PCs), 2D-PCs can also be viewed as fundamental components of human's receptive field because they contain edge-like, bar-like and grating-like patterns.
Thus, we sought to define the fundamental firing properties set by structural components of a single receptive field.
