cymose造句

• It has white fragrant flowers in a cymose inflorescence with trichotomous branches.
• An anthela is a cymose corymb with the lateral flowers higher than the central ones.
• They form singly, or in cymose clusters pedicel in fr 4-15 mm.
• Various plants of the genus Sabbatia usually have pink cymose flowers and occur from acid bogs to brackish marshes.
• Flowers actinomorphic in cymose inflorescences, very small, corolla brick-red, tubular, 5-lobed.
• Flowers actinomorphic in cymose inflorescence, petals golden yellow, with red nerves, glands present on sepals and petals.
• The so-called cymose "'corymb "'is similar to a racemose corymb but has a panicle-like structure.
• It is an erect annual plant that grows from 8 to 20 cm tall . scapes and cymose inflorescences that are 5-14 cm long.
• The white flowers are small, with four petals, and clustered together in rounded, clusters called cymose panicles, produced in May and early June.
• They are characterised by leaves, small five-or, more rarely, four-petalled flowers in cymose inflorescences, and the fruit being a drupe.
• Flowers in strobiliform spikes 1-4 in . long, often densely or laxly cymose; bracts 1 / 2-1 in . long, orbicular or elliptic.
• "S . tenerum " is an erect annual plant that grows from 3 to 20 cm tall . scapes and cymose inflorescences that are 3 20 cm long.
• The flowers are small, fragrant, yellowish-white, in diameter, arranged in drooping, cymose clusters of 6 20 with a whitish-green leaf-like bract attached for half its length at the base of the cyme.
• The majority of species are succulent shade-loving herbs or shrubs, which are easily distinguished from other Urticaceae by the combination of opposite leaves ( with rare exceptions ) with a single ligulate intrapetiolar stipule in each leaf axil and cymose or paniculate inflorescences ( again with rare exceptions ).
• The species forming this genus share a unique paniculate in鹢rescence with the ultimate divisions that are not quite cymose; that is, the lateral 鹢wers of what looks like a cyme are not strictly opposite, but tend to be subopposite, while in most genera of Lauraceae with paniculate in鹢rescences the lateral 鹢wers in a cyme are strictly opposite.
• S . G . Panigrahi ( 1977 ), they re-established Parkin's ( 1914 ) views on the theory of evolution of inflorescences and suggesting that the solitary axillary flower is the most primitive structure, from which the cymose ( monotelic ) and racemose ( polytelic ) inflorescences could have evolved, at least within the family Lythraceae.