| 复数 | mytilids |
common mytilid
常见贻贝
mytilid species
贻贝物种
mytilid family
贻贝科
marine mytilid
海洋贻贝
mytilid shell
贻贝壳
mytilid larvae
贻贝幼体
freshwater mytilid
淡水贻贝
mytilid colony
贻贝群落
invasive mytilid
入侵贻贝
mytilid bed
贻贝床
the common mussel is a well-known example of a mytilid.
紫贻贝是贻贝科的一个著名例子。
marine biologists study mytilid distribution in coastal waters.
海洋生物学家研究沿海水域中贻贝科的分布。
mytilid shells are often used to monitor heavy metal pollution.
贻贝科的贝壳常被用于监测重金属污染。
scientists analyzed the mytilid population density in the bay.
科学家分析了该海湾中贻贝科的种群密度。
genetic sequencing helps classify different mytilid species.
基因测序有助于对不同的贻贝科物种进行分类。
many mytilid larvae drift in the plankton for weeks.
许多贻贝科的幼虫在浮游生物中漂流数周。
the invasive mytilid species threatens native clam populations.
入侵的贻贝科物种威胁着当地的蛤蜊种群。
mytilid aquaculture is a major industry in this region.
贻贝科的水产养殖是该地区的一个重要产业。
climate change affects mytilid shell growth significantly.
气候变化显著影响贻贝科贝壳的生长。
mytilid adhesive strength was measured in the laboratory.
贻贝科的粘附强度是在实验室中测量的。
researchers observed symbiotic relationships involving mytilid hosts.
研��人员观察了涉及贻贝科宿主的共生关系。
this specific mytilid habitat requires clean, cold water.
这种特定的贻贝科栖息地需要清洁的冷水。
common mytilid
常见贻贝
mytilid species
贻贝物种
mytilid family
贻贝科
marine mytilid
海洋贻贝
mytilid shell
贻贝壳
mytilid larvae
贻贝幼体
freshwater mytilid
淡水贻贝
mytilid colony
贻贝群落
invasive mytilid
入侵贻贝
mytilid bed
贻贝床
the common mussel is a well-known example of a mytilid.
紫贻贝是贻贝科的一个著名例子。
marine biologists study mytilid distribution in coastal waters.
海洋生物学家研究沿海水域中贻贝科的分布。
mytilid shells are often used to monitor heavy metal pollution.
贻贝科的贝壳常被用于监测重金属污染。
scientists analyzed the mytilid population density in the bay.
科学家分析了该海湾中贻贝科的种群密度。
genetic sequencing helps classify different mytilid species.
基因测序有助于对不同的贻贝科物种进行分类。
many mytilid larvae drift in the plankton for weeks.
许多贻贝科的幼虫在浮游生物中漂流数周。
the invasive mytilid species threatens native clam populations.
入侵的贻贝科物种威胁着当地的蛤蜊种群。
mytilid aquaculture is a major industry in this region.
贻贝科的水产养殖是该地区的一个重要产业。
climate change affects mytilid shell growth significantly.
气候变化显著影响贻贝科贝壳的生长。
mytilid adhesive strength was measured in the laboratory.
贻贝科的粘附强度是在实验室中测量的。
researchers observed symbiotic relationships involving mytilid hosts.
研��人员观察了涉及贻贝科宿主的共生关系。
this specific mytilid habitat requires clean, cold water.
这种特定的贻贝科栖息地需要清洁的冷水。
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