The environment experienced by develo** organisms can shape the timing and character
of developmental processes, generating different phenotypes from the same genotype, each …

Invasive predators can exert strong selection on native populations. If selection is strong
enough, populations could lose the phenotypic variation caused by adaptation to …

Chemical cues that evoke anti-predator developmental changes have received
considerable attention, but it is not known to what extent prey use information from the smell …

During biotic invasions, native prey are abruptly exposed to novel predators and are faced
with unprecedented predatory pressures. Under these circumstances, the lack of common …

A wide range of taxa respond to perceived predation risk (PPR) through inducible defenses,
and many prey are capable of responding both behaviorally and morphologically to the …

Turbidity challenges the visual performance of aquatic animals. Here, we use the natural
diversity of ephemeral rearing sites occupied by tadpoles of two poison frog species to …

Animals with biphasic lifecycles often inhabit different visual environments across ontogeny.
Many frogs and toads (Amphibia: Anura) have free-living aquatic larvae (tadpoles) that …

The widespread application of pesticides emphasises the importance of understanding the
impacts of these chemicals on natural communities. The most commonly applied broad …

Amphibian larvae typically inhabit relatively shallow freshwater environments, and within
these boundaries there is considerable diversity in the structure of the habitats exploited by …

Abstract Theory holds that adaptive phenotypic plasticity evolves under spatial or temporal
variation in natural selection. I tested this prediction in a classic system of predator-induced …