Ecosystem productivity in coastal ocean upwelling systems is threatened by climate change.
Increases in spring and summer upwelling intensity, and associated increases in the rate of …

Biologists can equip animals with global positioning system (GPS) technology to obtain
accurate (less than or equal to 30 m) locations that can be combined with sensor data to …

There is a critical need for quantitative models that can help evaluate trade‐off decisions
related to the impacts of harvesting and protection of aquatic ecosystems within an …

Genetic diversity is estimated to be declining faster than species diversity under escalating
threats, but its spatial distribution remains poorly documented at the global scale. Theory …

Electronic tracking technologies revolutionized wildlife ecology, notably for studying the
movements of elusive species such as seabirds. Those advances are key to seabird …

The large amount of discards produced by commercial fisheries can have major impacts on
marine predator populations: this abundant food may increase populations of some …

Many established models of animal foraging assume that individuals are ecologically
equivalent. However, it is increasingly recognized that populations may comprise individuals …

Linking the movement and behaviour of animals to their environment is a central problem in
ecology. Through the use of electronic tagging and tracking (ETT), collection of in situ data …

The oceanographic drivers of marine vertebrate habitat use are poorly understood yet
fundamental to our knowledge of marine ecosystem functioning. Here, we use composite …

There is growing evidence that migratory species are particularly vulnerable to rapid
environmental changes arising from human activity. Species are expected to vary in their …