紫椴,Tilia amurensis
1)Tilia amurensis紫椴
1.Response of Photosynthetic Capacity and Chlorophyll Fluorescence in Quercus mongolica and Tilia amurensis Seedlings after Light Intensity Transfer;蒙古栎和紫椴幼苗对光环境转变的光合作用响应
2.Morphological Structure of Tilia amurensis in Different Geographical Regions;不同地理分布区的紫椴形态结构
3.A new method of seed stratification for Tilia amurensis;紫椴种子层积催芽处理新法
英文短句/例句

1.Responses and Adaptations of Tilia Amurensis Seedlings and Saplings to Light Rgimes紫椴幼苗、幼树对光的响应与适应研究
2.A PRELIMINARY REPORT ON THE SEED PR-ESERVATION TEST OF MANCHURIAN ASH,AMUR CORK-TREE AND AMUR LINDEN水曲柳、黄波罗、紫椴种子贮藏试验初报
3.Study on the Geographic Variations of Tilia Amurensis Populations and Its Correlation with Environments;紫椴种群地理变异与环境相关性研究
4.Study on Embryology in Tilia Amurensis;紫椴(Tilia amurensis)胚胎学的初步研究
5.Study on Morphological Characteristics of Ectomycorrhiza of Pinus Densiflora Seedlings紫椴花抗炎镇痛及抗菌的药效学研究
6.The Resource Development and Research Progress of Tilia amurensis Rupr紫椴的研究进展及其资源的开发利用
7.Chemical Compositions and Geographic Variation in Flowers and Fruits of Tilia amurensis紫椴花和果实化学成分及其地理变异
8.Response of structural plasticity of Tilia amurensis sapling crowns to different light conditions.不同光环境下紫椴幼树树冠结构的可塑性响应
9.Study on Genetic Diversity and Genetic Differentiation of Tilia Amurensis Natural Population紫椴天然种群遗传多样性和遗传分化的研究
10.Simulation of Competitive Mechanism and Growth Dynamics of Juvenile Amur Linden Plantation紫椴人工林竞争机制及生长动态模拟研究
11.Study on Morphological and Anatomical Structure of Tilia Amurensis in Different Geographical Distribution Region;不同地理分布区紫椴形态解剖结构研究
12.Effect of Artificial Defoliation on Leaf Net Photosynthetic Rate of Tilia amurensis Young Trees人为去叶对紫椴幼树叶片净光合速率的影响
13.Results show that there are differences in every anatomical structure of branches and leaves of T. amurensis from different latitudes.分析结果表明,紫椴枝叶解剖构造在不同纬度间存在一定差异。
14.Mechanism of Increasing the Frost-resistance of Fraxinus mandshurica and Tilia amurense Seedlings Treated by K~+ and Ca~(2+) and Growth-regulating Agents;K~+和Ca~(2+)及生长调节剂增强水曲柳、紫椴幼苗抗寒性机制的研究
15.Study on Molecular Phylogenetic of Genus Tilia Linn and Conservation Genetics of Tilia Miqueliana Maxim.椴树属分子系统学与南京椴保育遗传学研究
16.Yellow dust was dropping from the lime trees.椴树枝头飘下黄色的花粉。
17.Verify that products meet retailer specifications.?煅椴?反锏搅闶凵坦娣端得鳌
18.Malvaceae; Bombacaceae; Elaeocarpaceae; Sterculiaceae; Tiliaceae.金葵科;木棉科;杜英科;梧桐科;椴树科。
相关短句/例句

Amur linden紫椴
1.This paper states the chemical and physics methods to improve the germination rate of Amur linden seeds.本文作者根据自己多年的工作经验,再经过反复试验的基础上,采取化学和物理方法,大大提高紫椴种子的发芽率,并且使其达到70%以上。
2.An experiment was conducted to study the effects of glibberellic acid(GA_3)and hormone NAA on the germination pe- riod for vegetative buds by using Manchurian ash and Amur linden as experimental materials aiming at the problem that they are very subject to low temperature damage.针对水曲柳和紫椴人工林培育过程中易遭受霜冻危害的问题,采用不同质量浓度的GA_3和NAA对水曲柳及紫椴幼苗进行了处理,通过对叶芽萌动时间的调查,探讨赤霉素GA_3和生长素NAA对试验苗木叶芽萌动期的影响。
3.In order to study the effects of chemistry substance-controlling on the physiological characteristics of freezing resistance of Amur linden (Tilia Amurensis Rupr.对紫椴苗木抗寒生理特性进行了研究,采用生物助长剂、速生丰产灵等化控物质对1年生紫椴苗木进行处理,并测定经过不同时间低温处理的苗木叶子的电解质渗透率、丙二醛、可溶性糖、游离脯氨酸和总蛋白等抗寒生理指标,结果表明:生物助长剂和速生丰产灵显著地提高了苗木体内游离脯氨酸、可溶性糖、蛋白质总量等的含量,降低了苗木体内电解质渗透率和丙二醛的含量。
3)Tilia amurensis population紫椴种群
4)amur linden紫椴<林>
5)Tilia amurensis inflorescence紫椴花
1.Tilia amurensis inflorescence is effective in relieving superficies by cooling,cold,fever,nephropyelitis,stomatitis and laryngitis;it is widely used to sweat,discharge urine,diminish inflammation,relieve pain,deal with convulsion,and etc.紫椴花有清热解表之功效,主治感冒、发热,肾盂肾炎,口腔炎和喉炎等,民间广泛使用椴树花用于发汗、利尿、消炎、止痛、治疗抽搐、痉挛等。
6)seeds of Tilia amurensis紫椴种子
1.Plump seeds of Tilia amurensis were selected to be research materials.选取饱满的紫椴种子为研究材料,分别用不同浓度的水提取液和甲醇提取液处理白菜种子,48 h后观察白菜种子的萌发情况,结果表明:随着水提液浓度的增加,白菜种子的萌发率逐渐降低;随着甲醇提取液浓度的增长,白菜种子的萌发率迅速下降至消失,而经过了80℃减压浓缩处理后的甲醇溶液可以使白菜种子萌发,且萌发率与蒸馏水为对照的相差很小,从而表明紫椴种子中存在种子萌发的抑制物质。
延伸阅读

紫椴紫椴介绍 紫椴 (T.amurensis Rupr.)科属: 椴树科 椴树属别名: 形态特征: 小枝无毛。叶宽卵形或近圆形,长3.5~8厘米,宽3~7.5厘米,先端具尾尖,基部心形,边缘具粗锯齿,排列整齐,一般不具3浅裂片,上面光滑,下面除脉腋处有簇毛外光滑无毛;叶柄长2.5~3厘米,无毛。聚伞花序,长4~8厘米。苞片匙形或长圆形,长4~5厘米,无毛,具短柄。萼片5,两面疏被毛。花瓣5,黄白色,无毛。雄蕊多数,无退化雄蕊。果实球形或长圆形,被褐色毛。花期6~7月,果期8月。分布与习性:东北华北温带针阔叶混交林区(主要城市:哈尔滨、牡丹江、鹤岗、鸡西、双鸭山、伊春、佳木斯、长春、四平、延吉、抚顺、铁岭、本溪)北部暖温带落叶阔叶林区(主要城市:沈阳、葫芦岛、大连、丹东、鞍山、辽阳、锦州、营口、盘锦、北京、天津、太原、临汾、长治、石家庄、秦皇岛、保定、唐山、邯郸、邢台、承德、济南、德州、延安、宝鸡、天水)中性,耐寒性强,抗污染,深根性繁殖与栽培:暂无应用:行道树、庭荫树图片: