雌雄异位,herkogamy
1)herkogamy雌雄异位
1.Aims Gentianopsis barbata displays showy flowers and conspicuous nectaries and has stigma and anthers at different positions (herkogamy) until the fifth day after flower opening.扁蕾(Gentianopsisbarbata)具有鲜艳的花和显著的腺体,并且花开放的前5d柱头和花药始终处于不同的位置(雌雄异位),这些花综合征表明该植物应为异花传粉。
2.Herkogamy, the spatial separation of pollen presentation and pollen rec.雌雄异位和花部行为影响植物的传粉和交配格局。
3.300m) at the Guerbantonggut Desert, Xinjiang, China, so that we can understand how does this species get reproductive success in the cruel environment and the ecological adaptive significance of protandry, herkogamy and pollen gradual presentation.Fedtch)是一种多年生草本的早春类短命植物,具有典型的雄性先熟、雌雄异位和花粉序次呈现现象。
2)reciprocal herkogamy互补式雌雄异位
3)Dioecism[英][dai'i:siz?m][美][da?'is?zm?]雌雄异株
英文短句/例句

1.haploid dioecy单倍雌雄异株[体]
2.The mating system can be changed in a quick and simple manner, from monoecy to dioecy.用较快而简洁的方法使交配系统从雌雄同株变成雌雄异株
3.Examples include dioecious species where only one sex is present.例如在雌雄异株种类中仅仅存在单性。
4.Research Progress on Sex Chromosome Evolution in Dioecious Plants雌雄异株植物性染色体演化研究进展
5.Characterized by species in which the male and female reproductive organs occur on different individuals; sexually distinct.雌雄异株的雌花和雄花生在不同的个体上;性区别的
6.Analysis of MADS-box Gene on Codon Bias in Dioecious Plant雌雄异株植物MADS-box基因密码子偏好性分析
7.Producing male and female gametangia in different structures or plants, as in some algae and fungi.雌雄异株的在不同的构造或植物中产生雄性与雌性配子囊的,如一些藻类和菌类
8."dioecious, also diecious:Having the male and female reproductive organs borne on separate individuals of the same species.""雌雄异株的:在一个个体上产生雄性器官,而在另一同种的个体上产生雌性器官的."
9.Having the male and female reproductive organs borne on separate individuals of the same species.雌雄异株的在一个个体上产生雄性器官,而在另一同种的个体上产生雌性器官的
10.Endodeme is a deme composed of predominantly closely inbreeding but dioecious individuals.同系同群种是由近亲繁育占优势,但雌雄异株的个体组成的同群种。
11.A small dioecious tropical American tree(Chlorophora tinctoria)having wood that yields a yellow dyestuff.黄木一种可产生黄色染色剂的热带美洲产雌雄异株树木(黄木或染料桑木)
12.They consist either male and female, or of female and her maphroditic (gynodioecious) individuals.他们或者由雄株和雌株组成,或者由雌株和两性个体(雌金异株)组成。
13.Comparative Studies on the Differences of Physiological and Biochemical Characteristics between Male and Female Asparagus;芦笋雌雄株间生理化特性的差异研究
14.Research on Inheritance of Monoecious and Gene Map on Melon (Cucumis Melo.L)甜瓜雌雄异花同株遗传分析与基因定位的研究
15.monoecious trees and shrubs (including the genera Betula and Alnus and Carpinus and Corylus and Ostrya and Ostryopsis).雌雄同株乔木和灌木。
16.Having both hermaphroditic and unisexual flowers on the same plant or on separate plants of the same species.杂性的同一株植物或同一物种的不同植物上,具有雌雄同体又具有雌雄异体的花朵的
17.Cases are known where trioecy or, more generally, heteroecy, provides for an optimal mating system.众所周知,单全异株,或者更通俗一些说,雌雄杂生为最适交配打下基
18.The Comparative Research on Morphological Characteristics and Spears Quality of Different Asparagus Cultivars and Sex;芦笋不同品种和雌雄株间外部形态与嫩茎品质差异的比较研究
相关短句/例句

reciprocal herkogamy互补式雌雄异位
3)Dioecism[英][dai'i:siz?m][美][da?'is?zm?]雌雄异株
4)dioecism[英][dai'i:siz?m][美][da?'is?zm?]雌雄异体
1.Suppose of Anagenesis s Avenue of Dioecism Creature;雌雄异体生物进化途径猜想
5)Dioecious[英][dai'i:??s][美][da?'i??s]雌雄异株
1.Research Progress of Sex Determination Associated Function Genes in Dioecious Plants;雌雄异株植物性别决定相关功能基因研究进展
2.Progress of study on sex determination and sex identification in dioecious fruit trees;雌雄异株果树的性别决定及性别鉴定的研究进展
3.Advances in sex identification of dioecious plants;雌雄异株植物性别鉴定的研究进展
6)Dichogamy[英][dai'k?g?mi][美][da?'kɑg?m?]雌雄异熟
1.The Process of Flower Differentiation on Dichogamy of Walnut;核桃雌雄异熟性的花芽分化进程
2.By observation of the flowering feature of Juglans mandshurica, the dichogamy of it was revealed.对核桃楸开花特性进行了观察 ,结果表明 :核桃楸多数植株为雌雄异熟 ,有的植株上雌花先开 (雌先型 ) ,有的植株上雄花先开 (雄先型 )。
3.A combination of dichogamy and herkogamy in hermaphroditic plants is an effective mechanism to encourage outcrossing and avoid selfing.雌雄异熟和异型花在一些被子植物中的共同存在被认为是一种有效避免两性花植物自交并促进异交的机制。
延伸阅读

异配位体配位化合物分子式:CAS号:性质:又称异配位体配位化合物。中心离子同时与两种以上不同配体共存于配位内界所组成的单核或多核配位化合物。例如,三氯·氨合铂(II)酸钾和(2)铜(II)-吡啶(py)-水杨酸(sal)配位化合物。在溶液中混配配位化合物的形成是普遍现象。与单一型配位化合物比较,它加强了中心体的化学个性(如易满足高配位数、增强不稳价态稳定性、光学性质改变等),也加强了配体的反应活性和协同萃取效应。在湿法冶金、电化学、分析化学、药物化学、环境化学、生物无机化学和材料化学等方面有着重要作用。