Sedimentary structures of event deposits suggest that the deposits are considered as "fine-grained turbidite" (Stow and Shanmugam 1980), except for T1 2 in PC10, which consists of only two semi-indurated gravels.
Manipulation, in this context, normally involves the very selective use of information and the conscious structuring of events.
Specific temporal predictions require an internal representation of the temporal structure of events.
We propose three metrics to quantify the spatial and temporal structure of events within spatial dynamical systems.
In his view (1986d), every event has an objective causal history consisting of a vast structure of events ordered by causal dependence.
So, the ideas of Goodman and some of the cotenability theorists have been developed more recently by scholars who appealed to careful analysis of the causal and temporal structure of events to give an independent characterization of Goodman's Γ.
The structure of events provided a timeline for the activities we observed from a variety of perspectives, namely the total time spent by each student, the time spent on each activity, the percentage of time spent on each activity, the sequence of activities, and the responses given by high and low scorers to the feedback.
In this experiment, we adapted the task from Doherty and colleagues [15] to test for separable effects of temporal orienting based on predictions from the intrinsic rhythmic structure of events and based on instructive symbolic cues.
In order to test whether expectations built from the temporal structure of events versus from symbolic cues were under cognitive control, we also manipulated task instructions in a factorial fashion.
In the current study we compared the effects of temporal orienting of attention based on predictions carried by the intrinsic temporal structure of events (rhythm) and by instructive symbolic cues; and tested the degree of cognitive, strategic control that could be exerted over each type of temporal expectation.
