Endiandra globosa and Endiandra discolour chloroplast genome and reads

(1.) Folder contains chloroplast reads extracted from each population of Endiandra species studied. For example, “enddis BS” folder contains chloroplast reads for the E. discolour Big Scrub population. Abbreviations of the populations are explained in Figure 1 of the paper. (2.) The GenBank files contain partial chloroplast genomes of Endiandra globosa and E. discolour which were used in analysing within and among population genetic variation. Annotations are included

Dalrymple_etal_EM2018

Data from Dalrymple. et al. Abiotic and biotic predictors of macroecological patterns in bird and butterfly coloration. Ecological Monographs Data for each grid cell in the study range is presented, including bird and butterfly colour (response) variables and environmental (predictor) variables. Predictor variables relate to the community diversity and averages of the data available for the energy and resources in the environment and the habitat conditions in the grid cells. See manuscript for details on data sourcing and units on environmental variables. see Dalrymple et al 2015 Birds, butterflies and flowers in the tropics are not more colourful than those at higher latitudes. Global Ecology and Biogeography, 24(12), 1424-1432. DOI: 10.1111/geb.12368 for information on bird and butterfly color data and methodology. .csv fil

Dalrymple_etal_EM2018_scriptforanalyses

R script for application to Dalrymple_etal_EM2018.CSV data file - produces analyses and some figures. .txt fil

The plant groups used in this study, number of occurrence points, and the number of species per group, with the totals.

<p>The plant groups used in this study, number of occurrence points, and the number of species per group, with the totals.</p

Phytogeographical regions of Australian terrestrial flora (a) as defined by the corresponding dendrogram (b).

<p>The colors of the regions in the map correspond to those used to plot the dendrogram. The dendrogram is a representation of the spatial relationship of dissimilarities in species composition among regions.</p

Phytogeographical regions and new subregions proposed for Australia (a), and their corresponding dendrogram (b).

<p>Note that the colors of the dendrogram clusters correspond to the colors of the subregions. Shaded colors indicate relationships: light blue and dark blue cluster together before clustering with brown colours.</p

Area taxonomy overlaps between new areas and existing regions and sub-regions from the recently published Australian Bioregionalization Atlas (ABA) [17].

<p>Note that the new areas abut, while the ABA sub-regions are occasionally separated by undescribed areas (see gaps between regions in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0092558#pone-0092558-g003" target="_blank">Figure 3b</a>).</p

Environmental variables used in our analyses.

<p>Environmental variables used in our analyses.</p

Glossary of terms.

<p>The terms, regions, areas, and vegetation are often used inter-changeably, however, they do have specific meanings that we use herein with the following definitions.</p

Gi* spatial statistics for the six phytogeographical regions of Australian flora. Bolded means statistically significant (α = 0.05).

<p>N =  number of grid cells per region. Underlined values are the most extreme scores for each region.</p