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Caloreas var. fargesii. During seedling stage, the radicle of Ph. rigidula seed burst the putamen at first. After attaching to the trunk of its host plants, the root tip of Ph. rigidula formed a haustorium that contained many mitochondrias, and then invaded the trunk of its host.
硬序重寄生为半寄生性亚灌木;在观察点,主要寄主为桑寄生科的显脉松寄生(Taxillus caloreas var.fargesii);硬序重寄生主要分布在路边、林缘空地等向阳处,并以小的缀块形式分布。
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Mainly belonged to Loranthaceae. Plants of Phacellaria Benth. and their hosts were mainly distributed in tropical and subtropical area. Plants of Phacellaria Benth. maybe originated in tropical area in the south of China before Tertiary. Their ancestors were parasitic on ancestors of some plants of Loranthaceae by chance during Tertiary. It took them millions of years to form a sturdy relationship between parasites and hosts. Ph. rigidula was a hemi-parasitic subshrub. In area observed, its host was mainly Taxillus caloreas var. fargesii.
的硬序重寄生(Ph.rigidula)及其寄主植物做为研究植物与植物间协同进化的材料,对重寄生属植物的起源、与其寄主的分布、硬序重寄生的形态学特性、解剖学以及化学成分进行了研究,结果表明:重寄生属植物主要寄生在桑寄生科植物上,分布区与其寄主的基本一致,均主要分布在东南亚和中国南部的热带与亚热带地区;重寄生属植物可能起源于第三纪之前某一时期的华南热带地区,随后向周边地区扩散。
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The species belonging to this genus are obligate holoparasites on the plants of Loranthaceae and Dendrotrophe.
重寄生属植物的寄主仅局限于桑寄生科和檀香科寄生藤属的植物。
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The species belonging to this genus are obligate holoparasites on the plants of Loranthaceae and Dendrotrophe.
重寄生属植物的寄主仅局限於桑寄生科和檀香科寄生藤属的植物。
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On the based of the field investigation with morphological and anatomical observation, Phacellaria rigidula (Santalaceae,type species of Phacellaria) lives on the hemi_parasitic shrubs which belong to Loranthaceae and possesses some special characteristics in habits and in morphological and anatomical structures.
野外调查和形态学研究表明,硬序重寄生(檀香科重寄生属模式种)以桑寄生科半寄生灌木为寄主,具有一些特殊的生活习性和形态结构特征。
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The feature adaptation of P.rigidula and the evolution of the parasitic shrubs had been discussed. Some of the characteristics based on the superparasitic chains elucidate the evolutionary processi...
讨论认为,重寄生链上的一些渐变特征展现林木上寄生灌木具有 2个演化阶段,即以自养树木为寄主的半寄生灌木演化阶段,和以树木上半寄生灌木为直接寄主的重寄生灌木演化阶段;重寄生属植物特殊的生活习性和形态结构特征,是与其在寄主桑寄生科半寄生灌木上生活的特殊环境相适应的,是与其寄主、传播花粉蚂蚁类昆虫和传播种子鸟类协同演化的结果。
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It lives only on hemi-parasitic plants. Its main host is Taxillus caloreas var.
该种植物专营重寄生生活,主要寄生在桑寄生科的显脉松寄生上。
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Viscum;mistletoe:槲寄生属(桑寄生科)
欧洲槲寄生 Viscum cruciatum Sieber | 槲寄生属(桑寄生科) Viscum;mistletoe | 可见致死基因 visible lethal gene
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Balanophoraceae:蛇菰科
本目包含铁青树科(Olacaceae)、檀香科、桑寄生科、槲寄生科、蛇菰科(Balanophoraceae) 等10科. 木本,稀为草本. 单叶,对生或互生. 花大多数较小,两性,稀单性,通常4--5基数;花盘存在或缺;雌蕊由2--数枚心皮结合而成;子房上位,稀为子房下位.
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Loranthaceae:桑寄生科
弗丽嘉拜托世上所有的事物皆不可伤害巴德尔,独漏了一只小槲寄生没发誓. 而邪神洛基恶意利用眼盲的霍德尔(Hoder),骗其向巴德尔掷出此树,因此杀死了巴德尔. 本品为桑寄生科(Loranthaceae)植物槲寄生和桑寄生的带叶茎枝.
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Loranthaceae:三七、桑寄生科
三六、檀香科Santalaceae | 三七、桑寄生科Loranthaceae | 三八、马兜铃科Aristolochiaceae
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Loranthaceae:十八 桑寄生科
十七 檀香科Santalaceae | 十八 桑寄生科Loranthaceae | 十九 马兜铃科Aristolochiaceae
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Loranthaceae:(卅八)桑寄生科
108.百蕊草 Thesium chinense Yurez | (卅八)桑寄生科 Loranthaceae | (卅九)马兜铃科 A ristolochiaceae
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D Loranthaceae:桑寄生科
刺莲花科 D Loasaceae 14/461 | 桑寄生科 D Loranthaceae 68/851 | 金虎尾科 D Malpighiaceae 65/1103
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Loranthaceae; loranths:桑寄生科;松萝科
枇杷 loquat; Eriobotrya japonica Lindl. | 桑寄生科;松萝科 Loranthaceae; loranths | 桑寄生亚目;松萝亚目 Loranthineae
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Loranthus Linn:桑寄生属
11. 桑寄生科 Loranthaceae | 桑寄生属 Loranthus Linn. | 北桑寄生 L. tanakae Franch.et Sav.
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Loranthus sp:桑寄生
22.桑寄生科 Loranthaceae | 桑寄生 Loranthus sp. 463 | 23.蛇菰科 Balanophoraceae