To persist in an ocean changing in temperature, pH and other stressors related to climate
change, many marine species will likely need to acclimatize or adapt to avoid extinction. If …

Research to date has suggested that both individual marine species and ecological
processes are expected to exhibit diverse responses to the environmental effects of climate …

Polyandry (female multiple mating) has profound evolutionary and ecological implications.
Despite considerable work devoted to understanding why females mate multiply, we …

The sperm pre-fertilization environment has recently been suggested to mediate remarkable
transgenerational consequences for offspring phenotype (transgenerational plasticity, TGB) …

Gametes of marine broadcast spawners are highly susceptible to the threats of ocean
warming and acidification. Here, we explore the main and interacting effects of temperature …

Additive genetic variation for fitness at vulnerable life stages governs the adaptive potential
of populations facing stressful conditions under climate change, and can depend on current …

Mounting research considers whether populations may adapt to global change based on
additive genetic variance in fitness. Yet selection acts on phenotypes, not additive genetic …

To persist in an ocean changing in temperature, pH and other stressors related to climate
change, many marine species will likely need to acclimatize or adapt to avoid extinction. If …

Marine communities face continuing and accelerating climate change. Predicting which
species will go extinct or persist in future climates requires assessing redistribution potential …

When organisms encounter heterogeneous environments, selection may favor the ability of
individuals to tailor their phenotypes to suit the prevailing conditions. Understanding the …