- 更多网络例句与樟科相关的网络例句 [注：此内容来源于网络，仅供参考]
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Judging from the ralationships between wood structure and systematic anatomy, the wood structures laurel family were transition.
从樟科木材结构特征与系统演化关系看出：樟科木材结构表现为过渡型，即不完全低级，也不完全进化。
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The dominant families or the characteristic families are Theaceae, Aquifoliaceae, Fagaceae, Caprufoliaceae、Lauraceae、Vutaceae、Compositae、Myrsinaceae、Araliaceae、Euphorbiaceae、Eriaceae、Moraceae、Rubiaceae, and most of them are of tropical-subtropical distribution.
本区系的优势科或表征科是山茶科、冬青科、壳斗科、忍冬科、樟科、葡萄科、菊科、紫金牛科、桑科、五加科、大戟科、杜鹃花科、桑科、茜草科，绝大多数是热带亚热带分布的。
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The species diversity of Dipentodon sinicus communities in Yushe National Forest Park of Guizhou province was studied based on the quadrate method. The results showed that Rosaceae, Ericaceae, Betulaceae, Fagaceae, Theaceae, Lauraceae, Caprifoliaceae, Cornaceae were the dominant families in D. sinicus communities of Yushe National Forest Park. In the 10 sample plots, there were 8 which were absolutely dominated with D. sinicus population, the importance value came up to 135.69 on average, and it was far higher than the others. For D. sinicus communities, the abundance index (2.847), Simpson index (0.601), Shannon-Wiener index (1.523), probability of inter-specific encounter (0.601) and species evenness (0.569) of the tree layer were lower than those of the shrub layer (5.580, 0.830, 2.377, 0.829, 0.672, respectively) on the whole. It markedly showed a species diversity characteristic of the mixed broadleaved evergreen and deciduous forest in middle subtropics. In the 10 sample plots, the species diversity level of Q1 was the highest, followed by Q3, Q5 and Q6 was the lowest.
摘要运用样方法对贵州省玉舍国家级森林公园稀有保护植物十齿花群落的物种多样性进行了研究，结果表明：玉舍国家级森林公园十齿花群落以蔷薇科、杜鹃花科、壳斗科、桦木科、山茶科、樟科、忍冬科、山茱萸科等为优势科；10个样地中有8个样地以十齿花种群占绝对优势，其平均重要值高达135.69，远远高于其它种群；十齿花群落乔木层物种丰富度为2.847、Simpson指数为0.601、Shannon-Wiener指数为1.523、种间相遇机率为0.601、均匀度指数为0.569，总体上均小于灌木层(分别为：5.580、0.830、2.377、0.829、0.672)，表现为较明显的亚热带常绿落叶阔叶混交林的物种多样性特征。10个样地中，Q1的物种多样性程度最高，Q3次之，Q5和Q6最小，多样性程度最低，10个样地的物种多样性排序为Q1＞Q3＞Q9＞Q7＞Q2＞Q4＞Q10＞Q8＞Q5＞Q6。
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Results of sampling showed that the typical evergreen broad-leaved forest of Mt. Jiulianshan consisted mainly of subtropical families and genera with dominant families including Fagaceae, Lauraceae, Camelliaceae, Styracaceae, Ericaceae, and Magnoliaceae.
群落主要由热带、亚热带科属组成，优势科为壳斗科Fagaceae，樟科Lauraceae，山茶科Camelliaceae，安息香科Styracaceae，杜鹃花科Ericaceae和木兰科Magnoliaceae等科，优势树种以相应的优势科属树种为主。
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In habitats of the broad-leaved forest, the dominant tree are the species of Fagaceae in tree layer, Theaceae, Saxifragaceae and Lauraceae in shrub layer, Cyperaceae, Dryopteris spp. and Liliaceae in herb layer.
在阔叶林型栖息地中，乔木层主要树种为壳斗科植物，灌木层植物以山茶科、虎耳草科和樟科等科的种类为主，草本层植物以莎草科、蕨类和百合科为主。
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The results showed:(1)The flora of community is rich and complex,and it belongs to the transitional zone for many genera,the subtropical-temperate zone geographical composition of genera are dominant,about 51.47% of the total genera,and there are characteristics which form subtropical to temperate zone transition.(2)The species are mostly composed of Fagaceae,Lauraceae,Anacardiacea...
结果表明(1)该群落区系组成比较丰富和复杂，属于许多属的过渡地带，具有从亚热带向温带过渡的特征；(2)种类组成以壳斗科、樟科、漆树科、卫矛科、榆科、五加科、金缕梅科等为主，但优势种、建群种以温带属为主；(3)种群生活型谱以高位芽占绝对优势，群落垂直结构明显。
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On longitude gradient, from east to west, there is a slight trend of diversity of Lauraceae plants, and no obvious trend was observed on specification strength. In general, the distribution center of Lauraceae plants is in the southern part of the study area with low latitude and altitude(elevation 1500-2000 m or so).
区系分化强度与纬度呈负相关关系，区系分化中心可能在低纬度地区；在经度梯度上，从东到西，樟科植物的多样性呈轻微递减趋势，但区系分化强度无显著变化；总体上，研究区域内樟科植物的多样性分布中心集中在低纬度、中低海拔（海拔1500-2000m左右）的南部地区。
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14 Essential oils from Lauraceae in Yinbin area of Sichuan province were determined with GC-MS and retention index of GC for qualitative analysis and microcomputer at on-line real-time sampling for relative content of the components.
为开发四川省宜宾地区樟科植物精油资源，采用GC—MS与气相色谱保留指数定性，微机在线实时采样测定各成分相对含量。结果表明樟属的几种植物其根部精油都主含黄樟油素。
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Aimed at the study of Lauraceae system classification in domestic and overseas,genetic diversity and genetic variation between Cinnamomun micranthum Hayata natural populations and Ex-situ conservation poputations and relationship among Its Close Relative Species of Cinnamomum camphora Presl,Cinnamomum burmannii(C.G.etTh.Nee) Bl,Phoebe bournei Yang. Litsea subcoriacea Yang et P.H.Huan. Neolitsea aurata Koidz,Lindera communis Hemsl and Persea Americana Mill.were studied by inter-simple sequence repeats molecular marker.The research aimed at genetic variation between Cinnamomun micranthum Hayata populations,so that can offer the molecular theoretic and practical method for conservation and utilization of Cinnamomun micranthum Hayata populations.
针对目前国内外对樟科植物系统分类的研究现状，本研究采用ISSR分子标记技术对樟科沉水樟天然居群和迁地保护居群的遗传多样性进行研究，从分子水平上分析沉水樟种群的生态遗传及其遗传变异规律；同时利用ISSR分子标记技术比较沉水樟及其近缘种香樟、阴香、闽楠、桂北木姜子、新木姜子、香叶树、鳄梨在分子水平上的亲缘关系，揭示这些树种在樟科植物系统进化中的作用与地位，探讨沉水樟及其近缘种的遗传多样性及其分化格局，为樟科植物的系统分类提供分子水平的依据。
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Complexity and diversity of plant species, some species tend to constitute a layer of film in various communities, or dominant plant , such as Lauraceae GUI shell is thick, Chen hook camphor, Euphorbiaceae large sand leaves, Yunnan big-leaf sand, the Sterculia Sterculiaceae, etc..
植物种类复杂多样、某些种属往往构成各个群落或层片的优势植物，如樟科的厚桂壳属、陈氏钩樟、大戟科的大砂叶、云南大叶砂、梧桐科之假苹婆等。
- 更多网络解释与樟科相关的网络解释 [注：此内容来源于网络，仅供参考]
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Phoebe chekiangensis：樟科 闽楠
樟科 舟山新木姜子 Neolitsea sericea 2 | 樟科 闽楠 Phoebe chekiangensis 2 | 樟科 浙江楠 Phoebe chekiangensis 2
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Phoebe chekiangensis：樟科 浙江楠
樟科 闽楠 Phoebe chekiangensis 2 | 樟科 浙江楠 Phoebe chekiangensis 2 | 樟科 楠木 Phoebe zhennan 2
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Phoebe zhennan：樟科 楠木
樟科 浙江楠 Phoebe chekiangensis 2 | 樟科 楠木 Phoebe zhennan 2 | 豆科 线苞两型豆 Amphicarpaea linearis 2
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Phoebe nanmu：樟科 滇楠
8 樟科 卵叶桂 Cinnamomumrigidissimum | 9 樟科 滇楠 Phoebe nanmu Ⅲ | 10 小檗科 八角莲 Dysosma versipellis Ⅲ
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Canellaceae：白樟科
9. Myristacaceae 肉豆蔻科 | 10. Canellaceae 白樟科 | 2. Laurales 樟目
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Cinnamomum japonicum：樟科 普陀樟
樟科 油丹 Alseodaphne hainanensis 2 | 樟科 普陀樟 Cinnamomum japonicum 2 | 樟科 油樟 Cinnamomum lingepaniculatum 2
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Cinnamomum rigidissimum：樟科 卵叶桂
樟科 油樟 Cinnamomum lingepaniculatum 2 | 樟科 卵叶桂 Cinnamomum rigidissimum 2 | 樟科 润楠 Machilus nanmu 2
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Lindera：钓樟属(樟科)
椴树 linden; Tilia | 钓樟属(樟科) Lindera | 内冬子 Lindera akoensis Hayata; Ako spicebush; Ako lindera
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Persea americana：酪梨 Lauraceae(樟科)
樟 Lauraceae(樟科) Cinnamomum camphora | 酪梨 Lauraceae(樟科) Persea americana | 大花紫葳 Lythraceae(千屈菜科) Lagerstroemia speciosa
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Neolitsea sericea：樟科 舟山新木姜子
樟科 润楠 Machilus nanmu 2 | 樟科 舟山新木姜子 Neolitsea sericea 2 | 樟科 闽楠 Phoebe chekiangensis 2