Abstract Changes in phenology and distribution are being widely reported for many
migratory species in response to shifting environmental conditions. Understanding these …

Studying migration is critically important for understanding the full-annual cycle of migrating
birds and aids in management and conservation. In recent years, global positioning system …

The non‐breeding season presents significant energetic challenges to birds that breed in
temperate or polar regions, with clear implications for population dynamics. In seabirds, the …

Aim Over the last decades, the study of movement through tracking data has grown
exceeding the expectations of movement ecologists. This has posed new challenges …

Species face a multitude of stressors due to human activities, especially in marine
environments. Seabirds are among the most threatened group of birds globally. A key …

Advances in animal biologging technologies have greatly improved our understanding of
animal movement and distribution, particularly for highly mobile species that travel across …

Animal‐borne telemetry devices provide essential insights into the life‐history strategies of
far‐ranging species and allow us to understand how they interact with their environment …

Phenological divergence between conspecific populations breeding sympatrically is
increasingly recognized as an important evolutionary process that may lead to allochronic …

Determining the non‐breeding distribution and activity patterns of migratory animals is
essential to understand the trade‐offs across breeding, moulting and migratory periods and …

Light‐level geolocators have revolutionised the study of animal behaviour. However, lacking
spatial precision, their usage has been primary targeted towards the analysis of large‐scale …