Addition of higher levels of FIXa have a large-scale effect in aPTT, and have not been plotted so as to preserve the scale of the plot.
We are interested in large scale effects.
Such comparisons will provide needed opportunities to evaluate the responses of biodiversity to larger scale effects of human impacts and climate change in coastal ecosystems.
We do not observe any large-scale effect of germ line generation time in our dataset, with only 1 protein (Ph20) with evidence of long branch attraction.
Indeed, studies of small scale or local factors have been shown to be important in modifying larger scale effects, e.g., several studies have shown the ameliorative influence of a vegetated riparian zone (e.g., Cooper 1990; Osborne and Kovacic 1993).
Moreover, an analytical framework based on the large deviation principle is established to investigatethe scale effect in this paper, while [20] does not provide such a framework.
Our findings call for better consideration of the large-scale effects of landscape on plants both in scientific studies and management plans.
Since the analysis of the large-scale effect is of the main interests in static and quasi-dynamic scenarios, i.e. S1 S6, for these scenarios the measurements were performed with the distance being changed with a 1 m step, Fig. 1.
In initial neighbourhood analyses using a bivariate form of the O-ring statistic with a homogeneous Poisson null model we found a significant large-scale effect, indicating that large palms are located in areas of somewhat lower sapling density (data not shown).
Spatial patterns significantly change when lateral fluxes are included in the model, with both large-scale effects due to variations in climate and soil properties, and local effects due to topography.
Our analysis intends to detect forces with large-scale effects (there are typically hundreds of genes in each of the bins in our analysis), and is therefore unlikely to respond to processes that have more localised effects in the genome.
