Life history transitions are periods between lifecycle stages defined by physiological,
morphological, or spatial change. By assessing the timing of transitions, we increase our …

Understanding the causes and consequences of variation in life-history traits is fundamental
for managing natural populations in a changing environment. Atlantic salmon (Salmo salar) …

Global climate change is shifting the timing of life-cycle events, sometimes resulting in
phenological mismatches between predators and prey. Phenological shifts and subsequent …

Climate-induced plasticity in functional traits has received recent attention due to the
immense importance phenotypic variation plays in population level responses. Here, we …

Understanding the ecological basis of life history trade-offs is fundamental for predictive
ecology. Contrary to the theory, the documentation of trade-offs between life history traits is …

Temperature during embryonic development affects ecological traits and influences the
ability to rapidly adapt to the prevailing conditions in changing environments. Here, we …

Global warming has been implicated in widespread demographic changes in Atlantic
salmon Salmo salar populations, but projections of life‐history responses to future climate …

The capacity of a species to tolerate and/or adapt to environmental conditions will shape its
response to future climate change including climate extremes. Of the many life-history …

Predicting effects of climate on fitness‐linked phenotypic traits, such as body size, is
important for the management and conservation of species in the face of global change …

Over the past decades, Atlantic salmon (Salmo salar, Salmonidae) has emerged as a model
system for sexual maturation research, owing to the high diversity of life history strategies …