The morphological development of otolith.
耳石的形态发育。
Studies of otolith are the basic of research on growth and early life history of fishes.
鱼类耳石研究是鱼类生长和早期生活史研究的基础。
CONCLUSION: The spontaneous discharge activities of central otolith neurons were affected significantly after inferior olive lesion.
结论：下橄榄核毁损后，中枢耳石器神经元的自发性放电活动受到了明显影响。
Otolith ACTS as biological archives providing the basis for the reconstruction of individual life traits and environmental parameters.
耳石可作为鱼类的生物学记录者并为重建其生活特征和环境参数提供依据。
Objective to develop a kind of portable subjective visual vertical (SVV) perception test instrument and a test device for otolith function.
目的研制便携式主观视觉垂直线(SVV)知觉检测仪，提供耳石器功能检测设备。
There were no significant differences in sagittal otolith weight between otolith in pairs(P>0.05), the left sagittal otolith was used in this research.
成对t检验显示，左右矢耳石间的重量无显著差异（P>0.05），选用左矢耳石为研究对象。
The above results show that it is reasonable to discriminate larval and young fish with its otolith by Fourier shape analysis, especially based on body length.
上述研究结果表明，采用基于耳石形态的傅立叶分析方法来鉴别仔幼鱼的种类是可行的，以体长为基础的判别方程具有最好的判别效果。
The above results show that it is reasonable to discriminate larval and young fish with its otolith by Fourier shape analysis, especially based on body length.
上述研究结果表明，采用基于耳石形态的傅立叶分析方法来鉴别仔幼鱼的种类是可行的，以体长为基础的判别方程具有最好的判别效果。
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