When interest in the research-intensive PI track decreases, one might expect a corresponding increase in interest for other research careers.
Significant radiation-induced amorphization occurred, but the size of the amorphous regions within the tracks decreased as smaller cations (higher Z) occupied the A-site.
There is room for improvements: the error of compensation would be smaller by improving the speed and the accuracy of pupil tracking, decreasing the error related to method and of course a better configuration of camera exposures and timing.
Survival curves indicated a dramatic drop rate after 3 years in service for both groups, but normal track individuals decreased at a faster rate.
We therefore expected that as the distance from the observer increased, the risk perceived by the weavers would decrease, and their behavior would track this decreased perception of risk.
During both individual and paired training, track variation decreased with training (nonlinear regression, Solo flights: r2 = 0.23, Paired flights: r2 = 0.13, Fig. 2B ), with significantly different curves between the 2 conditions (F-test, F 2,506) = 8.9, P < 0.001).
The increased lap-by-lap correlations recorded on the familiar track (FamRun2) decreased with novelty (DisjRun1) in KO but not in CT mice (FamRun2 vs DisjRun1: 0.49 ± 0.006 vs 0.51 ± 0.008, p>0.05 in CT; 0.47 ± 0.005 vs 0.41 ± 0.004, p<10−15 in KO; DisjRun1: CT vs KO, p<10−30; DisjRun1 vs DisjRun2 in KO, p<10−4, Figure 2D).
On the other hand, this can lead to decreased tracking accuracy.
Recognition and tracking accuracy can drop significantly when the scene dynamic range exceeds that of common camera sensors, which may lead to decreased tracking accuracy.
