Biodiversity conservation requires conserving evolutionary potential—the capacity for wild
populations to adapt. Understanding genetic diversity and evolutionary dynamics is critical …

Flour beetles of the genus Tribolium have been utilised as informative study systems for over
a century and contributed to major advances across many fields. This review serves to …

Frequency‐dependent (FD) selection is a central process maintaining genetic variation and
mediating evolution of population fitness. FD selection has attracted interest from …

Novel environmental conditions experienced by introduced species can drive rapid
evolution of diverse traits. In turn, rapid evolution, both adaptive and non‐adaptive, can …

Endangered species generally have small populations with low genetic diversity and a high
genetic load. Thuja sutchuenensis is an endangered conifer endemic to southwestern …

Adaptation is central to population persistence in the face of environmental change, yet we
seldom precisely understand the origin and spread of adaptive variation in natural …

Today, all ecosystems are undergoing environmental change due to human activity, and in
many cases the rate of change is accelerating due to climate change. Consequently …

In today's rapidly changing world, it is critical to examine how animal populations will
respond to severe environmental change. Following events such as pollution or …

Following severe environmental change that reduces mean population fitness below
replacement, populations must adapt to avoid eventual extinction, a process called …

Dispersal is a key ecological process that is strongly influenced by both phenotype and
environment. Here, we show that juvenile environment influences dispersal not only by …