We found facilitation effects when olfactory/visual information elicited a congruent motor planning and interference when olfactory/visual information triggered different motor plans.
The authors found facilitation for this new task for subjects who had experienced the variety of lenses while walking on the treadmill, but no facilitation for those who had done the balancing task.
Nabeta et al. found facilitation of RTs for old relative to new haptic arrangements when the old (haptic) arrangements were learned in a preceding visual search task (i.e., the same arrangements were used in visual and haptic tasks).
In our study we did not find a facilitation effect in children and found only a marginal facilitation effect in adults.
We find that facilitation expands the realized niche of the competitor into harsh environments by suppressing the stress-tolerant species.
This is inconsistent with our data mainly because it involves suppressive effects of past dominance on subsequent percept choice (for instance when ABA causes B whereas BBA causes A, the initial percept stimulates opposite perception at the end of the sequence), whereas we find only facilitation.
Williams, et al. (2001) found that facilitation in online cross-cultural environments is a very challenging task.
Additionally, a significant increase following a preceding laser stimulus to 36.9±7.2 nAm (p = 0.01) was found suggesting facilitation.
We performed the same three experiments as in the neural network case and again found no facilitation (Fig. 4B, RL-model).
