<p>The environment was modelled as either an (A) 1/<i>f</i> or (B) 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
Compares the effect on population growth of envinonmental stochasticity (random environmental variat...
<p>Panel (A) shows the momentary growth rate during stress and growth phases (full red line), and t...
In this paper, we give simple explanations to two unsolved puzzles that have emerged in recent theor...
<p>(A, B) show the standard deviation of population fluctuations, (C, D) show mean population densit...
<div><p>The colour of environmental variability influences the size of population fluctuations when ...
The colour of environmental variability influences the size of population fluctuations when filtered...
Coloured stochastic processes show slow (red), fast (blue) or purely random (white) variation, impor...
<p>The proportion of coloured stochastic (environmental) time-series that fail a normality test incr...
Environmental effects on population growth are often quantified by coupling environmental covariates...
Environmental effects on population growth are often quantified by coupling environmental covariates...
Numbers or densities of a natural population typically change over time. These fluctuations result f...
A variable environment leaves a signature in a population's dynamics. Deriving statistical and mathe...
Biological management of populations plays an indispensable role in all areas of population biology....
Biological management of populations plays an indispensable role in all areas of population biology....
We examined the asymptotic rate of population extinction; when the population experien-ces density-d...
Compares the effect on population growth of envinonmental stochasticity (random environmental variat...
<p>Panel (A) shows the momentary growth rate during stress and growth phases (full red line), and t...
In this paper, we give simple explanations to two unsolved puzzles that have emerged in recent theor...
<p>(A, B) show the standard deviation of population fluctuations, (C, D) show mean population densit...
<div><p>The colour of environmental variability influences the size of population fluctuations when ...
The colour of environmental variability influences the size of population fluctuations when filtered...
Coloured stochastic processes show slow (red), fast (blue) or purely random (white) variation, impor...
<p>The proportion of coloured stochastic (environmental) time-series that fail a normality test incr...
Environmental effects on population growth are often quantified by coupling environmental covariates...
Environmental effects on population growth are often quantified by coupling environmental covariates...
Numbers or densities of a natural population typically change over time. These fluctuations result f...
A variable environment leaves a signature in a population's dynamics. Deriving statistical and mathe...
Biological management of populations plays an indispensable role in all areas of population biology....
Biological management of populations plays an indispensable role in all areas of population biology....
We examined the asymptotic rate of population extinction; when the population experien-ces density-d...
Compares the effect on population growth of envinonmental stochasticity (random environmental variat...
<p>Panel (A) shows the momentary growth rate during stress and growth phases (full red line), and t...
In this paper, we give simple explanations to two unsolved puzzles that have emerged in recent theor...