<p>(A, B) show the standard deviation of population fluctuations, (C, D) show mean population densities. Left panels (A, C) show results based on 1/<i>f</i> stochastic processes, right panels (B, D) show AR(1) processes. Dashed lines show results based on environmental series generated with traditional methods, solid lines show results based on normally distributed series generated using spectral mimicry. Other details as in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0055855#pone-0055855-g002" target="_blank">Figure 2</a>.</p
The majority of theoretical studies investigating the influence of environmental variation on popula...
We examined the asymptotic rate of population extinction; when the population experien-ces density-d...
Positively autocorrelated red environmental noise is characterized by a strong dependence of expecte...
<p>The environment was modelled as either an (A) 1/<i>f</i> or (B) AR(1) processes. Dashed lines sho...
<div><p>The colour of environmental variability influences the size of population fluctuations when ...
Coloured stochastic processes show slow (red), fast (blue) or purely random (white) variation, impor...
The colour of environmental variability influences the size of population fluctuations when filtered...
Estimating the extinction risk of natural populations is not only an urgent problem in conservation ...
In this paper, we give simple explanations to two unsolved puzzles that have emerged in recent theor...
The impact of temporally correlated fluctuating environments (coloured noise) on the extinction risk...
In this paper, we give simple explanations to two unsolved puzzles that have emerged in recent theor...
A recurrent problem in ecology and conservation biology is to estimate the risk of population extinc...
The extinction of small populations is a stochastic process, affected by both environmental variatio...
The extinction of small populations is a stochastic process, affected by both environmental variatio...
The extinction of small populations is a stochastic process, affected by both environmental variatio...
The majority of theoretical studies investigating the influence of environmental variation on popula...
We examined the asymptotic rate of population extinction; when the population experien-ces density-d...
Positively autocorrelated red environmental noise is characterized by a strong dependence of expecte...
<p>The environment was modelled as either an (A) 1/<i>f</i> or (B) AR(1) processes. Dashed lines sho...
<div><p>The colour of environmental variability influences the size of population fluctuations when ...
Coloured stochastic processes show slow (red), fast (blue) or purely random (white) variation, impor...
The colour of environmental variability influences the size of population fluctuations when filtered...
Estimating the extinction risk of natural populations is not only an urgent problem in conservation ...
In this paper, we give simple explanations to two unsolved puzzles that have emerged in recent theor...
The impact of temporally correlated fluctuating environments (coloured noise) on the extinction risk...
In this paper, we give simple explanations to two unsolved puzzles that have emerged in recent theor...
A recurrent problem in ecology and conservation biology is to estimate the risk of population extinc...
The extinction of small populations is a stochastic process, affected by both environmental variatio...
The extinction of small populations is a stochastic process, affected by both environmental variatio...
The extinction of small populations is a stochastic process, affected by both environmental variatio...
The majority of theoretical studies investigating the influence of environmental variation on popula...
We examined the asymptotic rate of population extinction; when the population experien-ces density-d...
Positively autocorrelated red environmental noise is characterized by a strong dependence of expecte...