<p>EQ: equilibrium distribution after climate change without disturbance; Base: baseline model; SD: simple disturbance; CD: canopy disturbance; UD: understory disturbance; SD_25: SD, 25 yr. return interval; CD_25: CD, 25 yr. return interval; UD_25: UD, 25 yr. return interval. Y axis indicates total number of cells occupied, colors the genotype category based on proportion of W alleles.</p
<p>The frequency of environmental change is fixed at <i>q = </i>0.1. The left side panels (a–c) repr...
<p>The x-axis defines each covariates environmental range, whereas the y-axis delineates the model r...
Robust predictions of ecosystem responses to climate change are challenging. To achieve such predict...
<p>EQ: equilibrium distribution after climate change without disturbance; Base: baseline model; S: s...
<p>EQ: equilibrium distribution after climate change without disturbance; Base: baseline model; HNW:...
<p>The curves represent frequency distributions of a hypothetical environmental variable. Black and ...
<p>The effect of seed mass distribution parameters on percent extinctions (A, D) and percent change ...
<p>Top left: LE—broad tolerance, optimum climate 5. Top right: HE—broad tolerance, optimum 2. Bottom...
<p>W indicates “warm climate allele” and C “cold climate allele” shading represents the ideal climat...
<p>The units are proportional change in range-wide patch number relative to proportional change in p...
<p>Frequency of species’ potential distribution derived from the model (GAM) projections under clima...
GEP is more stable over time in out of phase scenario’s and within the variability scenarios more st...
<p>The blue, red, cyan and green lines are the ratio of, respectively, the density of the hygrophilo...
I highlight how disturbance determines species distributions and the implications for conservation p...
I highlight how disturbance determines species distributions and the implications for conservation p...
<p>The frequency of environmental change is fixed at <i>q = </i>0.1. The left side panels (a–c) repr...
<p>The x-axis defines each covariates environmental range, whereas the y-axis delineates the model r...
Robust predictions of ecosystem responses to climate change are challenging. To achieve such predict...
<p>EQ: equilibrium distribution after climate change without disturbance; Base: baseline model; S: s...
<p>EQ: equilibrium distribution after climate change without disturbance; Base: baseline model; HNW:...
<p>The curves represent frequency distributions of a hypothetical environmental variable. Black and ...
<p>The effect of seed mass distribution parameters on percent extinctions (A, D) and percent change ...
<p>Top left: LE—broad tolerance, optimum climate 5. Top right: HE—broad tolerance, optimum 2. Bottom...
<p>W indicates “warm climate allele” and C “cold climate allele” shading represents the ideal climat...
<p>The units are proportional change in range-wide patch number relative to proportional change in p...
<p>Frequency of species’ potential distribution derived from the model (GAM) projections under clima...
GEP is more stable over time in out of phase scenario’s and within the variability scenarios more st...
<p>The blue, red, cyan and green lines are the ratio of, respectively, the density of the hygrophilo...
I highlight how disturbance determines species distributions and the implications for conservation p...
I highlight how disturbance determines species distributions and the implications for conservation p...
<p>The frequency of environmental change is fixed at <i>q = </i>0.1. The left side panels (a–c) repr...
<p>The x-axis defines each covariates environmental range, whereas the y-axis delineates the model r...
Robust predictions of ecosystem responses to climate change are challenging. To achieve such predict...