The impacts of environmental predictability on the ecology and evolution of animal
movement have been the subject of vigorous speculation for several decades. Recently, the …

Our understanding of ungulate migration is advancing rapidly due to innovations in modern
animal tracking. Herein, we review and synthesize nearly seven decades of work on …

Ungulate migrations are assumed to stem from learning and cultural transmission of
information regarding seasonal distribution of forage, but this hypothesis has not been …

In terrestrial systems, the green wave hypothesis posits that migrating animals can enhance
foraging opportunities by tracking phenological variation in high-quality forage across space …

The green-up of vegetation in spring brings a pulse of food resources that many animals
track during migration. However, green-up phenology is changing with climate change …

Recent advances in animal tracking reveal that many species display irregular movements
that do not fall into classical categories of movement patterns such as range residency or …

Animals migrate in response to seasonal environments, to reproduce, to benefit from
resource pulses, or to avoid fluctuating hazards. Although climate change is predicted to …

From fine‐scale foraging to broad‐scale migration, animal movement is shaped by the
distribution of resources. There is mounting evidence, however, that learning and memory …

Ecologists develop species-habitat association (SHA) models to understand where species
occur, why they are there and where else they might be. This knowledge can be used to …

Animal migration plays a central role in many ecological and evolutionary processes, yet
migratory populations worldwide are increasingly threatened. Adjusting migration timing to …