Compared to the 1990 land-use pattern, we show that both biodiversity conservation and the value of economic activity could be increased substantially.
In contrast to this task-negative pattern, we show increased activity during a large and demanding switch in task set.
By comparing CNC rate patterns, we showed that most of the species-specific CNC rates groups are formed by gene duplication rather than gene loss, and most of the changes in rates of CNCs may be the result of adaptive evolution.
The oscillating and sustained stimulation patterns we showed for E2 and coumestrol, respectively, were similar to those previously observed by us and others [ 26, 42].
This is in keeping with our simulation setup, where with a similar range of denominator counts and variability of the space time interactions patterns, we showed that our method has good operational characteristics.
In relation to the effects of external temperature on wing patterning, we showed that all color traits increase in size with increasing temperature with the exception of the rings of a single eyespot previously shown to be under sexual selection in males [ 25].
Experimental evidence from the current study clearly corroborates the patterns we showed in Study 1. Importantly, both studies provide clear support for the two central predictions: Revealing that activating negative metastereotypes undermines employability beliefs via their negative effect on state self-esteem, and only for members whose dispositional self-esteem was high.
Although other methods such as CART are also able in principle to capture similar patterns, we showed on our population that the high number of branches given by CART was not interpretable, in contrast to the reasonable number of clusters derived through post-processing of the dissimilarity matrix induced by our flexible method.
Combining this asymptotic statement with some new results about Gibbs measures on Gelfand-Tsetlin cones and patterns, we show that the asymptotic behavior of our six-vertex model near the boundary is described by the GUE-corners process.
Using predefined query patterns, we show that TA and model-checking are relevant tools to query timed properties of a fishery system in response to different management options.
