This interaction arose because, while there were fewer undetected changes that were fixated than not, this difference was significantly attenuated in the presence of CHEX relative to the control condition (p < 0.001).
In either case, it appears that this interaction arose very recently, ie in the 10,000 years since wheat was domesticated.
Figure 2B suggests that this interaction arose because attenuation in the right finger occurred on rare left-cued trials in the 80 20 group but not the 50 50 group.
This interaction arose because there was a trend towards greater delay-related activity in the high gF group during the LE condition, F 1,17) = 2.99, p = 0.10, but not during the HE condition, F<1.
However, in contrast to LIM, this interaction arose mainly from an increased response to the smaller stimuli during central rather than distributed attention.
Tests of effects showed that this interaction arose from response time differences during the control condition (no restraint) in which males tended to be faster than the females (F[ 2, 13] = 3.19, p = 0.075).
This interaction arose because, in the great tit, the probability to choose the symbol associated with unoccupied boxes in the preceding season differed from random both at the beginning and at the end of the season, but dropped in the middle of the season, whereas in the collared flycatcher, symbol choice did not differ from random over the whole season.
The oxygen molecule was physisorbed on the nanotubes with the interaction arising mostly from the long-range van der Waals interactions.
Accordingly, an interpersonal social interaction arises.
The rock-water interaction arises due to dissolved ions in zone I.
