<p>Non-metric multidimensional scaling ordination plots of community composition in two-dimensional space. Each point represents the composition of herbaceous plants in a site in multidimensional space, and the distance between any two points represents the difference between those two sites according to a modified Raup-Crick metric. Sites that are closer together are more similar in community composition. Open triangles represent the early successional sites, gray circles represent mid successional sites and gray squares represent late successional sites. Lines represent the minimum convex hulls around the data.</p
<p>Ordination was based on relative abundance data. Different marks represent different seed bank an...
<p>To avoid plotting 90 points, for clarity, each point represents the centroid of one of the 18 exc...
<p>These plots show the effects of watering (W), warming (T), and their combination on community com...
<p>Non-metric multidimensional scaling plots illustrating patterns of community similarity across si...
a) Richness is relatively constant between sites. b) The community composition of every bromeliad is...
<p>Shaded polygons are used to delimit the ordination space occupied by sites contained within the s...
<p>Left, effects of introduction density; right, effects of introduction sequence. Each symbol repre...
Multidimensional scaling (MDS) of species abundance in the four zones: (A) low shore, (B) mid shore,...
Non-metric multidimensional scaling (NMS) graph by (A) functional group and (B) species of plant com...
Non-metric multidimensional scaling-NMDS ordination of vine patches based on species’ relative abund...
<p>A distance matrix of bee community composition using the Bray Curtis index was used to form a non...
<p>Ellipses indicate the clustering of biological communities based on the land use context of the c...
<p>Symbols are coded by land use (green: forest, blue: short-term agriculture, red: long-term agricu...
These data show the plant community composition of plots at two sites (wet or seasonally dry) in 10 ...
<p>The sampling depth is denoted by color; epilimnion (red), thermocline (green), and hypolimnion (b...
<p>Ordination was based on relative abundance data. Different marks represent different seed bank an...
<p>To avoid plotting 90 points, for clarity, each point represents the centroid of one of the 18 exc...
<p>These plots show the effects of watering (W), warming (T), and their combination on community com...
<p>Non-metric multidimensional scaling plots illustrating patterns of community similarity across si...
a) Richness is relatively constant between sites. b) The community composition of every bromeliad is...
<p>Shaded polygons are used to delimit the ordination space occupied by sites contained within the s...
<p>Left, effects of introduction density; right, effects of introduction sequence. Each symbol repre...
Multidimensional scaling (MDS) of species abundance in the four zones: (A) low shore, (B) mid shore,...
Non-metric multidimensional scaling (NMS) graph by (A) functional group and (B) species of plant com...
Non-metric multidimensional scaling-NMDS ordination of vine patches based on species’ relative abund...
<p>A distance matrix of bee community composition using the Bray Curtis index was used to form a non...
<p>Ellipses indicate the clustering of biological communities based on the land use context of the c...
<p>Symbols are coded by land use (green: forest, blue: short-term agriculture, red: long-term agricu...
These data show the plant community composition of plots at two sites (wet or seasonally dry) in 10 ...
<p>The sampling depth is denoted by color; epilimnion (red), thermocline (green), and hypolimnion (b...
<p>Ordination was based on relative abundance data. Different marks represent different seed bank an...
<p>To avoid plotting 90 points, for clarity, each point represents the centroid of one of the 18 exc...
<p>These plots show the effects of watering (W), warming (T), and their combination on community com...