Studies of the mechanisms underlying climate‐induced population changes are critically
needed to better understand and accurately predict population responses to climate change …

Inter-seasonal events are believed to connect and affect reproductive performance (RP) in
animals. However, much remains unknown about such carry-over effects (COEs), in …

Animal‐borne bio‐logging devices are routinely fitted to seabirds to learn about their
behaviour and physiology, as well as their interactions with the marine environment. The …

With the continued development of tracking technology and increasing interest in animal
movement, our understanding of migration behavior has become more comprehensive …

Spatial and temporal variability in marine biological productivity may drive heterogeneity in
seasonal resources available for marine animals in temperate waters. Migratory seabirds …

Reproduction of long-distance migrants can be affected by local conditions on the breeding
grounds as well as those encountered during the nonbreeding season through carry-over …

Galactosomum nagasakiense n. sp.(Digenea: Heterophyidae), the causative parasite of
trematode whirling disease of marine fish, is described, based on the specimens collected …

Various seabird foraging strategies during the non-breeding season have recently been
revealed by combining the use of bio-logging devices and the study of stable isotopic …

Territoriality for breeding sites comes at an energetic cost—individuals actively defend the
site from competitors and potential predators, thus precluding themselves from self …

Résumé La migration représente un déplacement saisonnier récurrent entre un site de
reproduction et un site d'hivernage géographiquement distants. Les migrateurs profitent …