<p>Linear regression plots showing regression slopes for relationships between (a–c) mean pairwise distance and (d–f) mean nearest taxon distance for total, common and rare species assemblages and land-use intensity (LUI). Color and type code: red solid line/circle = Schwäbische Alb (Alb); green dashed line/square = Hainich-Dün (Hai); blue dotted line/triangle = Schorfheide-Chorin (Sch). Note different scales of y-axes. For significance of regression slopes see <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0103252#pone.0103252.s004" target="_blank">Appendix S4</a>.</p
<p>Upper row (a, b & c) for plot level data and bottom row (d, e & f) for grid level data; grid leve...
<p>p-values of all regressions are shown with slope: * = p<0.05; ** = p<0.01; *** = p<0.001; n.s. = ...
<p>(A) Average native species richness (±1 SE) in plots across the elevational gradient. Different l...
<p>ANOVA table with F and <i>p</i> values of the full models. Significant values in bold.</p
<p>(A) Alien species richness (number of species per plot) as a function of elevation. Roadside plot...
<p>(a)–(c) Mean MPD and (d)–(f) mean MNTD for all, common and rare species assemblages in the three ...
<p>Slope (and <i>P</i>-value) of the regression analyses between pairwise <i>N</i><sub>ij</sub> valu...
<p>Lines represent linear regressions; significance levels are based on Mantel tests.</p
<p>Linear regression of the relationship of genetic distance to geographic distance by species. The ...
<p>Regression lines for A and B are also shown. The scale on the “x” axis for A is logarithmic.</p
<p>Data represent log-log regressions of Sørensen similarity index values calculated from OTUs abund...
<p>(A) The number of species' whose median latitudes occur within one degree latitudinal bands; (B) ...
Sörensen (Bray-Curtis) distances. from first (year 0) to last survey, with regression line and stati...
<p>(A), distance between populations and road (Road 1, Road 2, Road 3, and Road 4 represent rural sa...
Equation of least square regression line:Species richness per plot = 34.387 − 0.00771558 Altitude (m...
<p>Upper row (a, b & c) for plot level data and bottom row (d, e & f) for grid level data; grid leve...
<p>p-values of all regressions are shown with slope: * = p<0.05; ** = p<0.01; *** = p<0.001; n.s. = ...
<p>(A) Average native species richness (±1 SE) in plots across the elevational gradient. Different l...
<p>ANOVA table with F and <i>p</i> values of the full models. Significant values in bold.</p
<p>(A) Alien species richness (number of species per plot) as a function of elevation. Roadside plot...
<p>(a)–(c) Mean MPD and (d)–(f) mean MNTD for all, common and rare species assemblages in the three ...
<p>Slope (and <i>P</i>-value) of the regression analyses between pairwise <i>N</i><sub>ij</sub> valu...
<p>Lines represent linear regressions; significance levels are based on Mantel tests.</p
<p>Linear regression of the relationship of genetic distance to geographic distance by species. The ...
<p>Regression lines for A and B are also shown. The scale on the “x” axis for A is logarithmic.</p
<p>Data represent log-log regressions of Sørensen similarity index values calculated from OTUs abund...
<p>(A) The number of species' whose median latitudes occur within one degree latitudinal bands; (B) ...
Sörensen (Bray-Curtis) distances. from first (year 0) to last survey, with regression line and stati...
<p>(A), distance between populations and road (Road 1, Road 2, Road 3, and Road 4 represent rural sa...
Equation of least square regression line:Species richness per plot = 34.387 − 0.00771558 Altitude (m...
<p>Upper row (a, b & c) for plot level data and bottom row (d, e & f) for grid level data; grid leve...
<p>p-values of all regressions are shown with slope: * = p<0.05; ** = p<0.01; *** = p<0.001; n.s. = ...
<p>(A) Average native species richness (±1 SE) in plots across the elevational gradient. Different l...