我对植物学的兴趣主要限于维管植物的生殖过程。
My botanical interest is largely confined to the reproductive processes in vascular plants.
动植物的生殖力会突然地、暂时地有显著的增进。
The fertility of the animals or plants has been suddenly and temporarily increased in any sensible degree.
生殖配置为50.36%，高于一次结实的草本植物的生殖投入。
Reproductive assign is 50.36%, it's higher than that of monocarpic herbaceous plants.
与水生和海洋生物不同，陆生植物不能总是依靠水流来携带它们的生殖细胞和分散它们的受精卵。
Unlike aquatic and marine forms, land plants cannot always rely on water currents to carry their sex cells and disperse their fertilized eggs.
植物的祖先是进行光合作用的单细胞生物，由此产生的植物可能缺乏真正的根、茎、叶和复杂的生殖结构，如花朵。
The ancestors of plants were photosynthetic single-celled organisms that gave rise to plants presumably lacked true roots, stems, leaves, and complex reproductive structures such as flowers.
数亿的微小海洋动物和植物繁衍生殖并沉到海底。
Countless billions of minute sea creatures and plants lived and sank to the sea bed.
概述了植物生殖物候的近期研究趋势、研究内容和研究进展。
Trends, contents and progress in the study of plant reproductive phenology in recent years were briefly reviewed.
通过嫁接，葡萄柚树是另外一种通过嫁接生殖的植物。
Through grafting, the grapefruit tree is another plant that depends on grafting to reproduce.
同时金银花又属于藤本植物，它的孕蕾及开花均是通过生殖生长来完成的。
Flos Lonicera is also a kind of liana, whose flower bud bearing and blossoming are finished by reproductive growth.
开花是植物从营养生长到生殖生长的一个重要转折点。
The transition from vegetative to reproductive growth is the major developmental switch in plant life cycle.
了解植物由营养生长向生殖生长的转变的调节过程，对于控制有花植物的生长发育是很有意义的。
Understanding the processes regulating the phase transition from vegetative to reproductive growth is particularly important for woody fruit crops.
雌性生殖结构：在某些同节植物中的雌性生殖组织，通常是一个圆形细胞或气囊，包含一个或多个卵球。
A female reproductive structure in certain thallophytes, usually a rounded cell or sac containing one or more oospheres.
分生组织属性转变的调节是植物生殖生长期发育的关键步骤。
Regulating the transition of meristem identity is a critical step in reproductive development.
腋芽分生组织的活性决定了植物营养生长期和生殖生长期的株型。
Activity of axillary meristems dictates the architecture of both vegetative and reproductive parts of a plant.
腋芽分生组织的活性决定了植物营养生长期和生殖生长期的株型。
Activity of axillary meristems dictates the architecture of both vegetative and reproductive parts of a plant.
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