In this study, population growth was detected with sudden- and spatial-mismatch distribution models for three taxa and the species complex based on the Bayesian skyline plots using BEAST program for species.
RefSeq proteins and Gnomon models for each taxa were queried against the Swiss-Prot database [ 3] using BLASTp with default parameters, and the best hit selected based on bit score with at least 50% query coverage.
This pattern is constrained by studies on larval molluscs and echinoderms and adult crustaceans, demanding caution in adopting this as a model for other taxa.
The Modeltest program, using the Akaike Information Criterion AICC), selected the generalized time reversible evolutionary model with gamma distributed rate heterogeneity and a proportion of invariant sites as the best fit model for these taxa [ 57].
A detailed examination of radial wood property trends was necessary, and the first ring-level models for three cypress taxa were developed because there were no predictive wood property models available.
On the other hand, Loiselle et al. [67] determined that using distribution models that minimise false positives (such as MaxEnt models) for well-known taxa, priority areas highlighted for conservation matched those previously selected by experts in biogeography, ecology, and taxonomy.
Bioclimatic niche models for native Carychium taxa in America and in Europe, respectively, generally predicted wide areas of suitable habitat (see Additional file 2A, B).
Hence, the ecotones that define geographic barriers in our model may be important for taxa irrespective of whether the slope is steep or shallow.
Moreover, the uncertainties associated with the application of a probabilistic model such as Maxent and depicted by the 25-fold cross-validated models for each of the taxa indicated that standard deviations among predictions ranged from 0 to 0.19.
Alternative evolutionary models for the resulting 149 taxa matrix were compared using ModelTest 3·7 (Posada and Crandall, 1998), which showed that the transversional nucleotide substitution model with gamma distribution of variation among sites and fixed proportion of invariant sites (TVM I + G) was optimal.
