<p>Simulated rank-abundance curves for two scenarios: neutral scenario, and niche scenario after 10 000 time steps (a, b) and 100 000 time steps (c, d). Circles represent non-sprouting species and triangles resprouting species. The simulation started with 132 non-sprouting and 132 resprouting species.</p
<p>For each species, abundance <i>P(N)</i> was simulated as a zero-truncated lognormal distribution ...
<p>Simulated basal area (a1, a2) and harvested basal area by species (b1, b2) for 100 years simulati...
<p>For each simulation, a distribution of organismal abundances (<i>P(N)</i>; black) and resulting g...
<p>In a rank curve, the relative abundance of a species is plotted against its sorted rank amongst a...
<p>The four samples were selected from four different individual subjects among 3 treatments: 1 from...
We explain how species accumulation curves are influenced by species richness (total number of speci...
The impact of clustering on rank abundance, species-individual (S-N)and species-area curves was inve...
AbstractThe impact of clustering on rank abundance, species-individual (S-N) and species-area curves...
<p>Blue curve: average of 100 simulations of the stochastic model with Gillespie algorithm. Green cu...
<p>Average species accumulation curves for five depth zones, based on 999 random permutations of ima...
<p>Species accumulation curves for remnant and control plots, for all stems ≥5 cm DBH. All species a...
<p>Shown are six individual lineage A) , B) and C) cell levels over time, with means superimposed;...
A new, flexible curve-fit model for linear to concave rank abundance curves was conceptualized and v...
AbstractA new, flexible curve-fit model for linear to concave rank abundance curves was conceptualiz...
<p>Blue curve: average of 100 simulations of the stochastic model with Gillespie algorithm. Green cu...
<p>For each species, abundance <i>P(N)</i> was simulated as a zero-truncated lognormal distribution ...
<p>Simulated basal area (a1, a2) and harvested basal area by species (b1, b2) for 100 years simulati...
<p>For each simulation, a distribution of organismal abundances (<i>P(N)</i>; black) and resulting g...
<p>In a rank curve, the relative abundance of a species is plotted against its sorted rank amongst a...
<p>The four samples were selected from four different individual subjects among 3 treatments: 1 from...
We explain how species accumulation curves are influenced by species richness (total number of speci...
The impact of clustering on rank abundance, species-individual (S-N)and species-area curves was inve...
AbstractThe impact of clustering on rank abundance, species-individual (S-N) and species-area curves...
<p>Blue curve: average of 100 simulations of the stochastic model with Gillespie algorithm. Green cu...
<p>Average species accumulation curves for five depth zones, based on 999 random permutations of ima...
<p>Species accumulation curves for remnant and control plots, for all stems ≥5 cm DBH. All species a...
<p>Shown are six individual lineage A) , B) and C) cell levels over time, with means superimposed;...
A new, flexible curve-fit model for linear to concave rank abundance curves was conceptualized and v...
AbstractA new, flexible curve-fit model for linear to concave rank abundance curves was conceptualiz...
<p>Blue curve: average of 100 simulations of the stochastic model with Gillespie algorithm. Green cu...
<p>For each species, abundance <i>P(N)</i> was simulated as a zero-truncated lognormal distribution ...
<p>Simulated basal area (a1, a2) and harvested basal area by species (b1, b2) for 100 years simulati...
<p>For each simulation, a distribution of organismal abundances (<i>P(N)</i>; black) and resulting g...