Otoliths are small structures found in the inner ear of teleost fish that act as organs of equilibrium and as direction and sound detectors. They possess unique characteristics that set them apart from other skeletal structures, notably a continuous growth structure deposited on a daily basis. While otolith analyses are widely employed in modern fisheries studies, they have slowly been increasing within archaeological and palaeoenvironmental research. This paper overviews the development and future prospects of otolith studies in archaeology. The main methods of analysis are outlined and major advances and research in each area detailed. In spite of some limitations, the benefits and unique information that otolith analyses can provide ensu...
Access restricted to the OSU CommunityThe field of otolith microstructure research has experienced p...
Micro-computed tomography scanning (µCT scanning) now represents a standard tool for non-destructive...
Micro-computed tomography scanning (µCT scanning) now represents a standard tool for non-destructive...
Available online 13 May 2015Otoliths are small structures found in the inner ear of teleost fish tha...
Otoliths are small structures found in the inner ear of teleost fish that act as organs of equilibri...
Otoliths are small structures found in the inner ear of teleost fish that act as organs of equilibri...
Otoliths are structures located in the inner ear cavity of all teleost fish and serve as a balance o...
Otoliths are calcium carbonate structures found in the inner ear of teleost fish. While they are rou...
Otoliths are structures located in the inner ear cavity of all teleost fish and serve as a balance o...
Otoliths are small, white minerals mostly composed of calcium carbonate. They are located in inner e...
Otoliths are one of the most useful and important biological structures for the various studies of f...
Fish otoliths have been used as natural recorders of age and growth information in fishes for over a...
We analysed otoliths from excavations along the Lower Murray River (n=24), dating from the mid- to l...
Due to the species-specific nature of otoliths and given they are often the only part of the fish pr...
Due to the species-specific nature of otoliths and given they are often the only part of the fish pr...
Access restricted to the OSU CommunityThe field of otolith microstructure research has experienced p...
Micro-computed tomography scanning (µCT scanning) now represents a standard tool for non-destructive...
Micro-computed tomography scanning (µCT scanning) now represents a standard tool for non-destructive...
Available online 13 May 2015Otoliths are small structures found in the inner ear of teleost fish tha...
Otoliths are small structures found in the inner ear of teleost fish that act as organs of equilibri...
Otoliths are small structures found in the inner ear of teleost fish that act as organs of equilibri...
Otoliths are structures located in the inner ear cavity of all teleost fish and serve as a balance o...
Otoliths are calcium carbonate structures found in the inner ear of teleost fish. While they are rou...
Otoliths are structures located in the inner ear cavity of all teleost fish and serve as a balance o...
Otoliths are small, white minerals mostly composed of calcium carbonate. They are located in inner e...
Otoliths are one of the most useful and important biological structures for the various studies of f...
Fish otoliths have been used as natural recorders of age and growth information in fishes for over a...
We analysed otoliths from excavations along the Lower Murray River (n=24), dating from the mid- to l...
Due to the species-specific nature of otoliths and given they are often the only part of the fish pr...
Due to the species-specific nature of otoliths and given they are often the only part of the fish pr...
Access restricted to the OSU CommunityThe field of otolith microstructure research has experienced p...
Micro-computed tomography scanning (µCT scanning) now represents a standard tool for non-destructive...
Micro-computed tomography scanning (µCT scanning) now represents a standard tool for non-destructive...