While the impacts of high exploitation on fish populations and aquatic ecosystems are well-
documented for commercial fishing, particularly in the marine environment, the potential …

Sex‐biased dispersal is an almost ubiquitous feature of mammalian life history, but the
evolutionary causes behind these patterns still require much clarification. A quarter of a …

Dispersal is ubiquitous throughout the tree of life: factors selecting for dispersal include kin
competition, inbreeding avoidance and spatiotemporal variation in resources or habitat …

Behavioral ecologists generally agree that animals derive benefits from familiarity with
spaces that they inhabit or visit, yet site familiarity is rudimentary or lacking in most models of …

Background Trade in ornamental fishes represents, by far, the largest route for the
importation of exotic vertebrates. There is growing pressure to regulate this trade with the …

Sex‐biased dispersal is expected to generate differences in the fine‐scale genetic structure
of males and females. Therefore, spatial analyses of multilocus genotypes may offer a …

Although personality has been documented in numerous animals and characters, research
into personality-dependent spatial ecology has focused on dispersal. Indeed, few authors …

Unravelling relationships between dispersal and population structure requires considering
the impacts of assumption violations of indirect gene flow models in a given system. We …

Abstract Knowledge about home ranges is essential for understanding the resources
required by a species, identifying critical habitats, and revealing the overlap with …

Pelagic larval duration (PLD) is a commonly used proxy for dispersal potential in coral reef
fishes. Here we examine the relationship between PLD, genetic structure and genetic …