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- The structure within which spores of the sporophyte generation of mosses and liverworts are formed. 2孢蒴：苔类和藓类植物孢子体世代产生孢子的膨大结构，位于孢子体柄状结构（蒴柄）的末端。
- Body of skin, of moss, of eager and firm milk. 身体被覆于皮肤、苔藓、饥渴以及凝固的乳液。
- Producing spores of one kind only. 只产生同种孢子的
- Body of skin, of moss, of eager and frim milk. 皮肤的身体，苔藓的身体，渴望与丰厚乳汁的身体。
- Spores of moss 藓类孢子
- Early work of Moss and Tansley used the formation as a unit. Moss和Tensley早期的研究是以群系作为单位。
- Early work of Moss and Tensley used the formation as a unit. Moss和Tensley早期的研究是以群系作为单位。
- Describing the characters and developmental features of spore germination and protonema development of moss applied in this research by microscopy. 采用显微观察的方法具体描述了藓类植物孢子萌发与原丝体发育的特征及发育特点。
- In plant kingdom, having a protonema stage after spore germination is a specific character of moss and a marked difference compared with other plant group. 在植物界，孢子萌发后的原丝体发育阶段是藓类植物所独有的特征，也是该类群区别于其它类群的一个显著特点。
- According to the characteristics of spore germination and protonemal development P.sinense is confirmed in P.sinense and in accordance with Nishida classification of spore germination types of moss plants to belong to Ptychomitrium-type. 根据中华缩叶藓的孢子萌发和原丝体发育特征;并参照Nishida对藓类植物孢子萌发类型的划分;确定中华缩叶藓的萌发孢子型应属于缩叶藓型(Ptychomitrium-type).
- A new record species of mosses in China. 中国藓类植物的一个新记录种.
- Objective To detect the spores of sulfite-reducing anaerobes in water. 目的检测水中还原亚硫酸盐厌氧芽胞菌。
- A binucleate spore of a rust fungus,formed in a chainlike series in an aecium. 锈孢子锈菌的双核孢子，在锈孢子器中形成链状系列
- A binucleate spore of a rust fungus, formed in a chainlike series in an aecium. 锈孢子锈菌的双核孢子，在锈孢子器中形成链状系列
- Studies on the spore of morphology of the family Selaginellaceae from China. 中国卷柏科孢子形态的研究.
- The thin - walled, spore - containing structure of mosses and related plants. 荚膜孢蒴指苔藓及与其有关植物的壁薄含孢子结构
- He was found asleep on a pillow of leaves and moss. 有人看见他枕著树叶和苔藓睡著了。
- The spore - bearing part of a moss capsule. 盖果基，蒴壶苔藓类植物的孢蒴里长孢子的部分
- He is found asleep on a pillow of leaves and moss. 有人看见他枕着树叶和苔藓睡着了。
- The spores of 7 species in Bartramiaceae from China were observed by light microscope (LM) and scanning electron microscope (SEM). 摘要作者通过光学显微镜和扫描电镜观察了7种珠藓科植物的孢子。
