Students who use social media in their learning indicated that the most frequently used SMTs (see Fig. 1) closely mirror those perceived to have the highest importance in learning (see Table 3).
It fueled discussions of how best to understand the behavior of nonhuman animals, the relevance of laboratory study to the natural environmental occurrence of behavior, and whether there is built-in associative bias in learning (see Schwartz and Lacey 1982).
Thus, despite their low bodily engagement, we consider such studies as examples of embodiment research as they illuminate our understanding of the role of human movement in learning (see de Koning & Tabbers, 2011, for a similar perspective that includes minimal bodily movement).
Thus, we speculate that plasticity in circuits associated with the basal ganglia may support the slower learning seen in the lesioned animals.
The stronger learning seen in this experiment compared with Experiment 1 may be attributed to the use of fewer unique trials and more repetitions.
Surprisingly, however, in a wide range of spatial and other learning tasks, no consistent reduction in learning performance was seen in the Ccnd2−/− mice.
The trust and rapport between bi-lingual staff and the participants (the staff work with these students daily to support them in learning English), was seen as a strength of the interview process.
This is the America the world is keenly interested in learning more about, seeing, feeling, experiencing.
In addition, learning is seen as a dynamic process, which is created by the learners themselves (Anderson [2008]).
Not a lot from what I've seen in Learning to manage health information, a 56-page document produced by the Department of Health's embedding informatics in clinical education (eICE) team.
