<p><b>Table S1. Sample coverage (<i>Ĉm</i>), species richness (<i><sup>0</sup>D</i>) and dominant species diversity (<i><sup>2</sup>D</i>), and relative logarithmic inequality of woody (W) and aquatic (A) plants. </b>(<i>Ĉm</i> is expressed as a percentage of completeness, values from 0 represent no completeness and values of 100 maximum completeness based on <a>Chao & Jost (2012)</a>. *only one single individual was found in this wetland, and it was excluded from the RLI analysis; -: in this wetland no plants in this formation were found during sample).</p
<p>In cases where there are two different columns for a country, there were two different groups wor...
none3si1. Species-abundance distributions (SADs) are a convenient and common method for describing e...
<p>The number marked with the same letters were not significantly different according to the Kruskal...
<p><b>Table S3. Total (α) and mean (ᾱ </b><b>± SD</b><b>) alpha diversity, and range values</b><b> o...
Summary of the four datasets compiled for the analyses of species abundance and richness, including ...
<p>(a) one, (b) six, (c) 12, and (d) 24 species. Species occurrence was randomly drawn from the freq...
<p>(a) Major data sets (estimated species richness with ten protocols, observed species richness wit...
1. Measuring biodiversity quantitatively is a key component to its investigation, but many methods a...
<p>RG = regeneration guild. P = Pioneers. NPLD = Non-Pioneer Light-Demanders. SB = Shade-bea...
<p>Abbreviations for indices: MAT, Mean annual temperature; MAP, Mean annual precipitation; N, Numbe...
<p>*** = <i>P</i> < 0.001.</p><p>Log ratio was calculated using the relative abundances of each macr...
Humans impact biodiversity by altering land use and introducing nonnative species. Yet the extent to...
<p>Small open circles are predicted arthropod diversity, small open squares are predicted tree diver...
<p>The grey bars correspond to the observed values and the black bars to the expected values based o...
<p>The upper line (black) indicates the largest possible number of species represented at least once...
<p>In cases where there are two different columns for a country, there were two different groups wor...
none3si1. Species-abundance distributions (SADs) are a convenient and common method for describing e...
<p>The number marked with the same letters were not significantly different according to the Kruskal...
<p><b>Table S3. Total (α) and mean (ᾱ </b><b>± SD</b><b>) alpha diversity, and range values</b><b> o...
Summary of the four datasets compiled for the analyses of species abundance and richness, including ...
<p>(a) one, (b) six, (c) 12, and (d) 24 species. Species occurrence was randomly drawn from the freq...
<p>(a) Major data sets (estimated species richness with ten protocols, observed species richness wit...
1. Measuring biodiversity quantitatively is a key component to its investigation, but many methods a...
<p>RG = regeneration guild. P = Pioneers. NPLD = Non-Pioneer Light-Demanders. SB = Shade-bea...
<p>Abbreviations for indices: MAT, Mean annual temperature; MAP, Mean annual precipitation; N, Numbe...
<p>*** = <i>P</i> < 0.001.</p><p>Log ratio was calculated using the relative abundances of each macr...
Humans impact biodiversity by altering land use and introducing nonnative species. Yet the extent to...
<p>Small open circles are predicted arthropod diversity, small open squares are predicted tree diver...
<p>The grey bars correspond to the observed values and the black bars to the expected values based o...
<p>The upper line (black) indicates the largest possible number of species represented at least once...
<p>In cases where there are two different columns for a country, there were two different groups wor...
none3si1. Species-abundance distributions (SADs) are a convenient and common method for describing e...
<p>The number marked with the same letters were not significantly different according to the Kruskal...