Deep‐pelagic fishes are among the most abundant vertebrates on Earth. They play a critical
role in sequestering carbon, providing prey for harvestable fishing stocks and linking …

Study of the accretionary biomineralised hardparts of organisms (sclerochronology) can
make a useful contribution to palaeoclimatology. Ontogenetic sequences of isotopic data (δ …

The biomass of aquatic organisms largely determines the mass and energy flow within an
ecosystem, but the long-term impact of environmental change on biomass is not well …

Understanding the diversity of deep-sea fish fauna based on otoliths in the tropical and
subtropical West Pacific has been limited, creating a significant knowledge gap regarding …

Marine functional connectivity (MFC) refers to the flows of organic matter, genes, and energy
that are caused by the active and passive movements of marine organisms. Occurring at …

Demographic histories are frequently a product of the environment, as populations expand
or contract in response to major environmental changes, often driven by changes in climate …

Although the barred sand burrower, Limnichthys fasciatus, is widely distributed throughout
the western Pacific, including Japan, Taiwan, and Australia, its morphology and genetics are …

Fish otoliths from the Lower Miocene Oi and Katada formations, Ichishi Group, central
Japan, were examined, and a total of 894 specimens were obtained, of which 523 were …

Les écosystèmes marins sont confrontés à des menaces anthropiques croissantes. L'intérêt
pour l'utilisation et l'exploitation marines est en augmentation, ce qui peut souvent avoir un …

A complete and accurate representation of Earth's time-evolving ocean field is crucial for
understanding global warming as well as climate dynamics. However, the sparsity of current …