<p>Summaries of multiple regressions of species richness of acrocarpous, pleurocarpous and all bryophytes as well as bryophyte cover on intensities of land-use procedures (Model A); aboveground biomass and their nutrient content (Model B), and mean Ellenberg indicator values for vascular plants (Model C) in the two regions. Levels of significance:</p>***<p> = p<0.0001;</p>**<p> = 0.0001*</p><p> = 0.01</p><p>Further details concerning single variables are given in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0051520#pone-0051520-t001" target="_blank">Table 1</a>.</p
<p>Multiple linear regression showing standardized coefficients from model averaging for final bioma...
<p>Estimates of coefficients included in multiple regression models, and their significance, for <i>...
Few experimental studies have tested how abundance and diversity of grassland bryophytes respond to ...
<p>CCA-ordination of bryophyte species and environmental factors in grasslands (n = 83). Stands and ...
<p>Relationships between total bryophyte species richness and intensities of land-use practices, mea...
<p>The regression line for multiple regression is displayed as the intercept and slope for the indic...
<p>The best subset of variables that were chosen using the lowest sample size-corrected Akaike infor...
<p>Notes: n refers to the number of species in each fertilization gradient. P <0.05 are in bold. SLA...
<p>Each dot (98 in total) represents a 20 × 20 m plot. Horizontal and vertical dashed lines represen...
<p>Significant at α≤0.05.</p><p>Forward stepwise regression between group and species abundances and...
<p>Black symbols correspond to the presence-absence model and grey symbols to the abundance (conditi...
<p><sup>a</sup>***P < 0.001</p><p><sup>b</sup>P-values in bold indicate significant relationships (P...
<p>Variables in bold have model-averaged estimates whose 95% confidence intervals exclude zero.</p><...
<p>In regression line (Fig. 3a), each point indicating the richness of all species (no including <i>...
Independent variables: vegetation type, plant biomass, plant coverage, soil water content (SWC), soi...
<p>Multiple linear regression showing standardized coefficients from model averaging for final bioma...
<p>Estimates of coefficients included in multiple regression models, and their significance, for <i>...
Few experimental studies have tested how abundance and diversity of grassland bryophytes respond to ...
<p>CCA-ordination of bryophyte species and environmental factors in grasslands (n = 83). Stands and ...
<p>Relationships between total bryophyte species richness and intensities of land-use practices, mea...
<p>The regression line for multiple regression is displayed as the intercept and slope for the indic...
<p>The best subset of variables that were chosen using the lowest sample size-corrected Akaike infor...
<p>Notes: n refers to the number of species in each fertilization gradient. P <0.05 are in bold. SLA...
<p>Each dot (98 in total) represents a 20 × 20 m plot. Horizontal and vertical dashed lines represen...
<p>Significant at α≤0.05.</p><p>Forward stepwise regression between group and species abundances and...
<p>Black symbols correspond to the presence-absence model and grey symbols to the abundance (conditi...
<p><sup>a</sup>***P < 0.001</p><p><sup>b</sup>P-values in bold indicate significant relationships (P...
<p>Variables in bold have model-averaged estimates whose 95% confidence intervals exclude zero.</p><...
<p>In regression line (Fig. 3a), each point indicating the richness of all species (no including <i>...
Independent variables: vegetation type, plant biomass, plant coverage, soil water content (SWC), soi...
<p>Multiple linear regression showing standardized coefficients from model averaging for final bioma...
<p>Estimates of coefficients included in multiple regression models, and their significance, for <i>...
Few experimental studies have tested how abundance and diversity of grassland bryophytes respond to ...