glochidium stage
钩介幼体阶段
glochidium infection
钩介幼体感染
glochidium morphology
钩介幼体形态
the glochidium larvae attach to the gills of host fish during their parasitic stage.
淡水蚌的钩介幼虫在其寄生阶段附着在宿主鱼的鳃上。
researchers are studying glochidium development to understand mussel conservation strategies.
研究人员正在研究钩介幼虫的发育以了解蚌类保护策略。
female mussels release thousands of glochidia into the water column during spawning season.
雌蚌在产卵季节向水体中释放数千个钩介幼虫。
glochidium infection can be fatal to susceptible fish species if parasite loads are high.
如果寄生虫载量高，钩介幼虫感染对易感鱼种可能是致命的。
the morphology of the glochidium varies significantly among different freshwater mussel species.
不同淡水蚌种的钩介幼虫形态差异显著。
scientists observed glochidium encystment on fish tissue using advanced microscopic techniques.
科学家使用先进的显微技术观察钩介幼虫在鱼组织中的包囊形成。
proper glochidium metamorphosis requires specific temperature ranges and water chemistry conditions.
适当的钩介幼虫变态需要特定的水温范围和水化学条件。
the glochidium survival rate depends heavily on finding a suitable host within a critical time window.
钩介幼虫的存活率在很大程度上取决于在关键时间窗口内找到合适的宿主。
some fish species have developed behavioral resistance to glochidium attachment and infection.
一些鱼种已经对钩介幼虫的附着和感染产生了行为抵抗性。
the discharge of glochidia represents a vulnerable period in the reproductive cycle of mussels.
钩介幼虫的释放代表了蚌类繁殖周期中的一个脆弱时期。
aquatic biologists are monitoring glochidium populations to assess freshwater ecosystem health.
水生生物学家正在监测钩介幼虫种群以评估淡水生态系统的健康状况。
climate change may alter glochidium dispersal patterns and affect mussel reproduction success.
气候变化可能会改变钩介幼虫的传播模式并影响蚌类的繁殖成功率。
glochidium stage
钩介幼体阶段
glochidium infection
钩介幼体感染
glochidium morphology
钩介幼体形态
the glochidium larvae attach to the gills of host fish during their parasitic stage.
淡水蚌的钩介幼虫在其寄生阶段附着在宿主鱼的鳃上。
researchers are studying glochidium development to understand mussel conservation strategies.
研究人员正在研究钩介幼虫的发育以了解蚌类保护策略。
female mussels release thousands of glochidia into the water column during spawning season.
雌蚌在产卵季节向水体中释放数千个钩介幼虫。
glochidium infection can be fatal to susceptible fish species if parasite loads are high.
如果寄生虫载量高，钩介幼虫感染对易感鱼种可能是致命的。
the morphology of the glochidium varies significantly among different freshwater mussel species.
不同淡水蚌种的钩介幼虫形态差异显著。
scientists observed glochidium encystment on fish tissue using advanced microscopic techniques.
科学家使用先进的显微技术观察钩介幼虫在鱼组织中的包囊形成。
proper glochidium metamorphosis requires specific temperature ranges and water chemistry conditions.
适当的钩介幼虫变态需要特定的水温范围和水化学条件。
the glochidium survival rate depends heavily on finding a suitable host within a critical time window.
钩介幼虫的存活率在很大程度上取决于在关键时间窗口内找到合适的宿主。
some fish species have developed behavioral resistance to glochidium attachment and infection.
一些鱼种已经对钩介幼虫的附着和感染产生了行为抵抗性。
the discharge of glochidia represents a vulnerable period in the reproductive cycle of mussels.
钩介幼虫的释放代表了蚌类繁殖周期中的一个脆弱时期。
aquatic biologists are monitoring glochidium populations to assess freshwater ecosystem health.
水生生物学家正在监测钩介幼虫种群以评估淡水生态系统的健康状况。
climate change may alter glochidium dispersal patterns and affect mussel reproduction success.
气候变化可能会改变钩介幼虫的传播模式并影响蚌类的繁殖成功率。
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