Environmental changes are expected to alter both the distribution and the abundance of
organisms. A disproportionate amount of past work has focused on distribution only, either …

Attempts to explain differences in the size and structure of primate groups have argued that
they are a consequence of variation in the intensity of feeding competition caused by …

Ecological change provokes speciation and extinction, but our knowledge of the interplay
among the biotic and abiotic drivers of macroevolution remains limited. Using the …

Environmental change, including climate change, can cause rapid phenotypic change via
both ecological and evolutionary processes. Because ecological and evolutionary dynamics …

Environmental change has been observed to generate simultaneous responses in
population dynamics, life history, gene frequencies, and morphology in a number of species …

Sustainably managing marine species is crucial for the future health of the human
population. Yet there are diverse perspectives concerning which species can be exploited …

There is a growing number of empirical reports of environmental change simultaneously
influencing population dynamics, life history and quantitative characters. We do not have a …

The discipline of ecology seeks to understand how ecosystems, communities, and
populations are regulated. A ubiquitous mechanism of population regulation of consumers is …

Replicated experiments at the level of the population are often not feasible for field systems.
Despite this, population‐level observational studies play a critical role in biology. For …

Constant harvest policies for fish and wildlife populations can lead to population collapse in
the face of stochastic variation in population growth rates. Here, we show that weak …