Taylor's law (TL), a widely verified quantitative pattern in ecology and other sciences,
describes the variance in a species' population density (or other nonnegative quantity) as a …

A financial portfolio metaphor is often used to describe how population diversity can
increase temporal stability of a group of populations. The portfolio effect (PE) refers to the …

Taylor's law (TL) asserts that the variance of the density (individuals per area or volume) of a
set of comparable populations is a power-law function of the mean density of those …

Taylor's law (TL) describes the scaling relationship between the mean and variance of
populations as a power law. TL is widely observed in ecological systems across space and …

The mean‐variance scaling relationship known as Taylor's power law has been well
documented empirically over the past four decades but a general theoretical explanation for …

Abstract Longleaf pine (Pinus palustris Mill.) forests in the southeastern United States are
considered endangered ecosystems, because of their dramatic decrease in area since …

Populations vary in time and in space, and temporal variation may differ from spatial
variation. Yet, in the past half century, field data have confirmed both the temporal and …

Power laws are cornerstone relationships in ecology and evolutionary biology. The density-
mass allometry (DMA), which predicts an allometric scaling of population abundance, and …

While the normative ecological roles of a government's effect on consumers' proecological
attitude and green consumerism have received less attention, greenwashing interaction …

Taylor's power law (TPL) can be applied to the mean-variance relationship for various
quantities, eg, population densities over space and time, biomass of plants in the growth …