We present a novel perspective on life‐history evolution that combines recent theoretical
advances in fluctuating density‐dependent selection with the notion of pace‐of‐life …

Bioplastics such as polylactic acid are actually promoted as eco-friendly alternatives to fossil
fuel-derived plastics, yet bioplastic toxicity remains poorly known. Here we studied the acute …

Seasonal tropical environments are among those regions that are the most affected by shifts
in temperature and rainfall regimes under climate change, with potentially severe …

Long‐term studies of wild animals provide the opportunity to investigate how phenotypic
plasticity is used to cope with environmental fluctuations and how the relationships between …

Dispersal is nearly universal; yet, which sex tends to disperse more and their success
thereafter depends on the fitness consequences of dispersal. We asked if lifetime fitness …

Copepod females invest a quantity of resources in their reproduction. Depending on several
biotic and abiotic factors and their evolutionary history a trade-off can be commonly …

Changing environments have the potential to alter the fitness of organisms through effects
on components of fitness such as energy acquisition, metabolic cost, growth rate …

Interactions between organisms are ubiquitous and have important consequences for
phenotypes and fitness. Individuals can even influence those they never meet, if they have …

To avoid trophic mismatches, large herbivores should reschedule the breeding timing to
keep in synchrony with the recent advance of plant phenology caused by climate change. To …

Pulsed resource environments are known for their marked variations in resource availability
over space and time. Animals living in such environments usually increase reproduction …