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Otolith formation patterns of marbled flounder Pseudopleuronectes yokohamae and the critical role of physical environmental factors in the otolith formation

Hong Peiqi 東北大学

2021.03.25

概要

In this research, age composition and growth trajectory of marbled flounder Pseudopleuronectes yokohamae from different coastal waters in Japan were examined and compared using field collection combined with the analysis in macrostructure of otoliths. Significant differences of growth were found both among different populations and between males and females in each population, there was also a wide variation in otolith kernel size found in these populations.

 Based on the physical environmental factors, it was suggested that water temperature affected the kernel size among these sampling areas. We investigated the effects that water temperature influenced the formation of opaque and translucent zones in otolith kernels through a rearing experiment using juvenile marbled flounder. Both somatic growth and otolith kernel formation were found correlated with water temperature.

 Besides water temperature, another important factor in sea water that may affect the growth of otoliths was salinity. We investigated how changes in salinity influenced the formation of opaque and translucent zones in otolith kernels through rearing experiments, which showed that changes in salinity can influence both fish body and otolith kernels formation. In order to determine which factor is more important between water temperature and salinity, we had another rearing experiment using different temperatures and salinities. Results indicated that water temperature played a more important role in affecting otolith kernels formation.

 Besides the physical environmental factors, some other chemicals may also have effect on otolith kernels formation. In this research, we investigated the effect of caffeine, and found that caffeine concentration did have influence on both fish body and otolith formation, high concentration of caffeine made opaque zones.

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