Otolith chemistry has gained increasing attention as a tool for analyzing various aspects of
fish biology, such as stock dynamics, migration patterns, hypoxia and pollution exposure …

The incorporation of a number of readily measured trace elements into otoliths is considered
to be under some sort of physiological control, but rarely are explicit mechanisms proposed …

Fish otoliths are widely used to answer biological and ecological questions related to
movements and habitat use based on their chemical composition. Two fundamental …

Otolith chemistry is often useful for tracking provenance of fishes, as well as examining
migration histories. Whereas elements such as strontium and barium correlate well with …

The ability to obtain high-resolution chemical profiles across otoliths has expanded with
technological advancements that prompted an explosion of data from diverse taxa in …

Otolith chemistry is widely used to understand patterns of fish movement and habitat use,
with significant progress made in understanding the influence of environmental factors on …

Otoliths are calcified structures and the information contained within their chemistry or shape
can be used to infer life history events, migration patterns, and stock structure of a fish …

Abstract The Brazilian sardine (Sardinella brasiliensis) supports the most important pelagic
fishery in the southeast-south Brazil. The first studies on the population structure of S …

A better understanding of the stock structure of yellowfin tuna (Thunnus albacares) in the
Indian Ocean is needed to ensure the sustainable management of the fishery. In this study …

We evaluated the influence of environmental exposure of juvenile Atlantic cod (Gadus
morhua) to inform interpretations of natal origins and movement patterns using otolith …