Appendix B. Time-averaged population matrices and corresponding population growth rates λ for seven Primula elatior populations located in forests with different histories of previous land use.

Time-averaged population matrices and corresponding population growth rates λ for seven Primula elatior populations located in forests with different histories of previous land use

Appendix A. Soil chemical properties of the investigated forests.

Soil chemical properties of the investigated forests

Appendix D. Decomposition of life table response experiment effects (Appendix C) into contributions by vital rate differences.

Decomposition of life table response experiment effects (Appendix C) into contributions by vital rate differences

Appendix A. Flower and fruit production in Orchis purpurea during eight consecutive years in six locations.

Flower and fruit production in Orchis purpurea during eight consecutive years in six locations

Appendix B. Vital rates used to construct matrix models of six Orchis purpurea populations collected during seven consecutive years (2002–2008).

Vital rates used to construct matrix models of six Orchis purpurea populations collected during seven consecutive years (2002–2008)

Appendix A. A table showing the averaged transition matrices for each site in burned and unburned heathland.

A table showing the averaged transition matrices for each site in burned and unburned heathland

Appendix B. A table showing the elasticity values of averaged population projection matrices of four sites in burned and four sites in unburned heathland.

A table showing the elasticity values of averaged population projection matrices of four sites in burned and four sites in unburned heathland

Epipactis SNPs

Individual SNP alleles in Genalex format

Geographic distribution of ten populations of the bee-pollinated forest herb <i>Pulmonaria officinalis</i> used in this study (indicated in red) among several other <i>P. pulmonaria</i> populations in the same study area (northern Belgium).

<p>Geographic distribution of ten populations of the bee-pollinated forest herb <i>Pulmonaria officinalis</i> used in this study (indicated in red) among several other <i>P. pulmonaria</i> populations in the same study area (northern Belgium).</p

Neighbour-joining phylogram showing phylogenetic relationships between 16S rRNA gene sequences from <i>Pulmonaria officinalis</i> nectar-inhabiting bacteria and reference sequences of the most related type strains found in GenBank.

<p>For ease of visualization, the dataset was limited to one representative sequence (see <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0056917#pone-0056917-t001" target="_blank">Table 1</a> and <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0056917#pone-0056917-t002" target="_blank">2</a>) for each operational taxonomic unit (OTU) found in this study at a DNA dissimilarity cut-off value of 1%. Bootstrap percentages based on 1000 replications are shown at the major nodes.</p