Otoliths in bony fishes play an important role in the senses of balance and hearing. Otolith
mass and shape are, among others, likely to be decisive factors influencing otolith motion …

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 …

Leaching-mineralization cycle (LMC) technology using amino acid as a multifunctional
reagent meets the need for CO 2 removal and alkaline industrial residues treatment while …

Chirality is ubiquitous in biology, including in biomineralization, where it is found in many
hardened structures of invertebrate marine and terrestrial organisms (for example, spiralling …

Abstract Changes to calcium carbonate (CaCO3) biomineralization in aquatic organisms is
among the many predicted effects of climate change. Because otolith (hearing/orientation …

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 Otoliths, calcium carbonate (CaCO 3) ear stones of fish, contain a wealth of
information about fish life and environmental history yet the CaCO 3 polymorph form the …

Otolith chemistry is an effective technique for evaluating fish environmental history, but its
utility in fisheries management has not been comprehensively examined. Thus, a review of …

Although otoliths are widely used as archives to infer life‐history traits and habitat use in
fishes, their biomineralization process remains poorly understood. This lack of knowledge is …

Fish otoliths are calcium carbonate biominerals found in the inner ear commonly used for
tracking fish biochronologies and as a model system for biomineralization. The process of …