gametangia form
配子体形成
gametangia fusion
配子体融合
gametangia development
配子体发育
gametangia structure
配子体结构
gametangia function
配子体功能
gametangia types
配子体类型
gametangia research
配子体研究
gametangia formation
配子体过程
gametangia process
配子体作用
gametangia role
the formation of gametangia in mosses is essential for sexual reproduction.
苔藓中配子囊的形成对有性繁殖至关重要。
during the spring, the development of gametangia on the liverwort thallus accelerates.
春季，苔藓叶状体上的配子囊发育加速。
the presence of gametangia indicates that the fern gametophyte is mature.
配子囊的存在表明蕨类配子体已成熟。
researchers observed that the number of gametangia per frond correlates with humidity levels.
研究人员观察到每片叶子上的配子囊数量与湿度水平相关。
in algae, gametangia often differentiate near the nodes of the filamentous structure.
在藻类中，配子囊经常在丝状结构的节点附近分化。
the life cycle of the moss includes distinct stages of gametangia formation and fertilization.
苔藓的生活周期包括配子囊形成和受精的不同阶段。
environmental stressors can suppress the production of gametangia in certain species.
环境压力可以抑制某些物种配子囊的产生。
the microscopic examination revealed early-stage gametangia within the protective covering.
显微镜检查显示早期配子囊位于保护层内。
fertilization occurs when sperm released from male gametangia reach the female structures.
受精发生在雄配子囊释放的精子到达雌性结构时。
the genetic regulation of gametangia development has been a focus of recent studies.
配子囊发育的遗传调控是近期研究的重点。
gametangia form
配子体形成
gametangia fusion
配子体融合
gametangia development
配子体发育
gametangia structure
配子体结构
gametangia function
配子体功能
gametangia types
配子体类型
gametangia research
配子体研究
gametangia formation
配子体过程
gametangia process
配子体作用
gametangia role
the formation of gametangia in mosses is essential for sexual reproduction.
苔藓中配子囊的形成对有性繁殖至关重要。
during the spring, the development of gametangia on the liverwort thallus accelerates.
春季，苔藓叶状体上的配子囊发育加速。
the presence of gametangia indicates that the fern gametophyte is mature.
配子囊的存在表明蕨类配子体已成熟。
researchers observed that the number of gametangia per frond correlates with humidity levels.
研究人员观察到每片叶子上的配子囊数量与湿度水平相关。
in algae, gametangia often differentiate near the nodes of the filamentous structure.
在藻类中，配子囊经常在丝状结构的节点附近分化。
the life cycle of the moss includes distinct stages of gametangia formation and fertilization.
苔藓的生活周期包括配子囊形成和受精的不同阶段。
environmental stressors can suppress the production of gametangia in certain species.
环境压力可以抑制某些物种配子囊的产生。
the microscopic examination revealed early-stage gametangia within the protective covering.
显微镜检查显示早期配子囊位于保护层内。
fertilization occurs when sperm released from male gametangia reach the female structures.
受精发生在雄配子囊释放的精子到达雌性结构时。
the genetic regulation of gametangia development has been a focus of recent studies.
配子囊发育的遗传调控是近期研究的重点。
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