Stable‐isotope analysis (SIA) can act as a powerful ecological tracer with which to examine
diet, trophic position and movement, as well as more complex questions pertaining to …

Trophic ecology information about cetaceans is essential to understand their role in
ecosystem dynamics. Stable isotope analysis is a valuable complementary approach to …

Stable isotope analysis (SIA) has emerged as a common tool in ecology and has proven
especially useful in the study of animal diet, habitat use, movement, and physiology. SIA has …

Rationale Stable isotope analysis (SIA) is a powerful tool for examining diet and food‐web
dynamics. SIA assumes “you are what you eat” relative to carbon (C) and nitrogen (N) …

Linking foraging and breeding habitats is key to the understanding of behaviour, ecology
and demography of migratory species. Establishing such connections has long been …

Stable isotopes of carbon and nitrogen can provide valuable insight into seabird diet, but
when interpreting results, seabird biologists need to recognize the many assumptions and …

Stable isotope analysis in mysticete skin and baleen plates has been repeatedly used to
assess diet and movement patterns. Accurate interpretation of isotope data depends on …

While many migratory marine organisms converge at breeding areas, identifying foraging
strategies away from these reproductive sites can be challenging. Adult female green turtles …

Hawksbill sea turtles, Eretmochelys imbricata, are closely associated with coral reef and
other hard-bottom habitats. Seagrass pastures are peripheral habitats for Caribbean …

Sea turtles are an iconic group of marine megafauna that have been exposed to multiple
anthropogenic threats across their different life stages, especially in the past decades. This …