<p>Circles indicate native (red), native inferred (yellow), introduced (green), and introduced inferred (blue) geolocations. The density of shading represents the bioclimatic suitability of a region for plant population persistence, with white areas indicating no suitability, lighter grey areas indicating low suitability, and darker grey areas indicating high suitability. (a) <i>Miscanthus sacchariflorus</i>. Geolocations: native (n = 94), native inferred (n = 171), introduced (n = 119), and introduced inferred (n = 43). (b) <i>Miscanthus sinensis.</i> Geolocations: native (n = 335), native inferred (n = 52), introduced (n = 297), and introduced inferred (n = 81).</p
<p>Green shades indicate land surfaces with five, six and seven climate variables that fall within t...
Understanding the ecological processes that govern species' range margins is a fundamental question ...
1. Premise of the study: Determining how species perform in novel climatic environments is essential...
<p><b>A.</b> Distribution of 954 categorized datapoints for perennial forms of <i>G. hirsutum</i> in...
In many regions, large proportions of the naturalized and invasive non-native floras were originally...
In many regions, large proportions of the naturalized and invasive non-native floras were originally...
Ling density, and (E) peak shoot mass with mean annual precipitation (MAP, thin/black lines) and wit...
<p>Coloured circles, representing individual plots, vary in size according to observed tree species ...
Managing weed populations using spatial information is gaining interest because of expected reductio...
Summary 1. Spatial statistics are widely used in studies of ecological processes in plant communitie...
Ling density, and (E) peak shoot mass with mean annual precipitation (MAP, thin/black lines) and wit...
<p>Degree of shade tolerance (DST) is classed as light-demanding (LD), intermediate (I), or shade-to...
<p>(A)–(B) are grouped by plant type (bryophyte (n = 14) or vascular plant (n = 16)); (C)–(D) are gr...
<div><p>Both climatic and edaphic conditions determine plant distribution, however many species dist...
<p>A) NMS ordination of sample units (open diamonds; size corresponds to the abundance of non-native...
<p>Green shades indicate land surfaces with five, six and seven climate variables that fall within t...
Understanding the ecological processes that govern species' range margins is a fundamental question ...
1. Premise of the study: Determining how species perform in novel climatic environments is essential...
<p><b>A.</b> Distribution of 954 categorized datapoints for perennial forms of <i>G. hirsutum</i> in...
In many regions, large proportions of the naturalized and invasive non-native floras were originally...
In many regions, large proportions of the naturalized and invasive non-native floras were originally...
Ling density, and (E) peak shoot mass with mean annual precipitation (MAP, thin/black lines) and wit...
<p>Coloured circles, representing individual plots, vary in size according to observed tree species ...
Managing weed populations using spatial information is gaining interest because of expected reductio...
Summary 1. Spatial statistics are widely used in studies of ecological processes in plant communitie...
Ling density, and (E) peak shoot mass with mean annual precipitation (MAP, thin/black lines) and wit...
<p>Degree of shade tolerance (DST) is classed as light-demanding (LD), intermediate (I), or shade-to...
<p>(A)–(B) are grouped by plant type (bryophyte (n = 14) or vascular plant (n = 16)); (C)–(D) are gr...
<div><p>Both climatic and edaphic conditions determine plant distribution, however many species dist...
<p>A) NMS ordination of sample units (open diamonds; size corresponds to the abundance of non-native...
<p>Green shades indicate land surfaces with five, six and seven climate variables that fall within t...
Understanding the ecological processes that govern species' range margins is a fundamental question ...
1. Premise of the study: Determining how species perform in novel climatic environments is essential...