机译:孵化服幼虫幼虫阶段椎柱和翅片的骨骼发育及异常,Alosa Sapidissimaalosa Sapidissima
Key Laboratory for Sustainable Development of Marine FisheriesChinese Academy of Fishery SciencesQingdao China;
Key Laboratory for Sustainable Development of Marine FisheriesChinese Academy of Fishery SciencesQingdao China;
Key Laboratory for Sustainable Development of Marine FisheriesChinese Academy of Fishery SciencesQingdao China;
Key Laboratory for Sustainable Development of Marine FisheriesChinese Academy of Fishery SciencesQingdao China;
Key Laboratory for Sustainable Development of Marine FisheriesChinese Academy of Fishery SciencesQingdao China;
Key Laboratory for Sustainable Development of Marine FisheriesChinese Academy of Fishery SciencesQingdao China;
Jiangsu Zhongyang GroupNantong China;
Jiangsu Zhongyang GroupNantong China;
Haian Aquatic Product Technology Promotion DepartmentNantong China;
Key Laboratory for Sustainable Development of Marine FisheriesChinese Academy of Fishery SciencesQingdao China;
American shad Alosa sapidissima; ossification; osteological development; skeletal abnormalities;
机译:孵化服幼虫幼虫阶段椎柱和翅片的骨骼发育及异常,Alosa Sapidissimaalosa Sapidissima
机译:脂质含量和脂肪酸组成在女性美国鲥鱼,Alosa Sapidissima,在饲养条件下的卵巢发育的不同阶段
机译:孵化后大菱 i> Scophthalmus maximus i>的骨骼发育,椎骨和鳍的骨骼异常。
机译:恢复美国萨斯奎哈那河和特拉华河的美洲d鱼Alosa sapidissima种群
机译:使用年龄和产卵组成和社交媒体比较山核桃鲥鱼(Alosa Mediocis)和American Shad(Alosa Sapidissima)体育渔业
机译:美国美洲d(Alosa Sapidissima)的线粒体DNA的长度和限制位点异质
机译:确定女性美洲鲨鱼,双唇芦笋和拟议生殖周期的成熟阶段的标准。确定雌穗牛膝的成熟期的标准和生殖周期的建议
机译:美国鲥鱼(alosa sapidissima)的迁移模式由耳石中的天然地球化学标记揭示