雄蕊異型 的英文怎麼說
中文拼音 [xióngruǐyìxíng]
雄蕊異型
英文
heterostemony-
Varieties of flowering colors present cline. specially, variations of flowering colors within puer population are many and varied. longs and widths of perianths as well as longs of stamens are continuous variation of quantitative characters
結果表明：居群內各種形態性狀都具有豐富的多態性，居群間具有明顯的多型性；花色呈梯度變異，特別是普洱居群花色變異式樣最豐富；花被片的長與寬和雄蕊的長度是數量性狀的連續變異。We compared the pollination characteristics of c. praecox and that of c. nitens. the results are as follows : ( 1 ) the main variation of c. praecox exists in the floral morphological characteristics, including the variation of the color of the interior perianth segments, the color and shape of the middle perianth segments, the number of pistils and stamens, the length of pistils and degradation of stamens, the floral shape and size, etc. c. praecox ' s florescence is from november to next march, mainly from december to next february
實驗結果表明： （ 1 ）蠟梅變異主要存在於花部性狀，這些性狀包括內被片顏色、中被片顏色和形狀、雌雄蕊數目、雌雄蕊變異、花型、花徑等，在南京地區，蠟梅的花期從11月到翌年3月，主要集中在12月到翌年2月之間，早花期品種和晚花品種較少。Heteranthery exists in several angiosperm families, such as melastomataceae, solanaceae, lytbraceae, leguminosae and pontederiaceae, but the aspects and extent of differentiation often vary in taxa
異型雄蕊在野牡丹科、茄科、千屈菜科、豆科、雨久花科等多個科中都有分佈，但其分化與程度常隨類群而異。It belongs to early flower type, having different length and speed of development of pistil and stamen
3月中下旬開始花芽分化，屬早花類型，具雌雄蕊異長和異熟現象。Studies on heteranthery could strengthen people ' s understanding about the relationship between plants and their pollinators, and provide new purviews and inspiration for pollination biology and plant breeding system research
對于異型雄蕊的研究可以加深人們對植物與其傳粉者之間關系的理解，並為傳粉生物學與植物繁育系統研究提供新的視角和啟示。Heteranthery, the phenomenon of stamens in a flower differing notably in shape, size, color and with labor discrimination, was first described more than one hundred years ago
異型雄蕊指一朵花內的雄蕊在形態、大小、顏色等方面有顯著的區別，並存在不同程度分工的現象。Abstract : the information in the literature concerning the concept of heteranthery, the distribution of heteranthery in angiosperm, the function of heteranthery in pollinating processes, as well as stamen development are reviewed, and the prospects in heteranthery studies are also discussed
摘要就異型雄蕊的概念、在被子植物中的分佈、在傳粉過程中的作用及其發育進行了概述，並對未來的研究方向作一展望。分享友人