Rhizophora

与Rhizophora相关的网络例句 [注：此内容来源于网络，仅供参考]

An Aspergillus sp. strain F3 was isolated and identified from the rhizosphere soil of mangrove plant, Rhizophora stylosa Griff in Dongzhai harbor mangrove forest conservation in China. In this study, the effects of media salinity and pH on the mycelial biomass and the ability of producing antibacterial metabolites from this isolate were carefully analyzed.

本研究考察了一株从中国海南东寨港红树林保护区的红海榄根际土壤中分离得到的曲霉属真菌F3在不同盐度和pH的SDA培养基中的生长和分泌抗菌活性代谢产物的变化。

From the tests,we have obtained some structural variant features related with salt resistance and demonstrated the successful introduction of Rhizophora apicularta DNA into tomato.This thesis contains two parts. In the first part,the morphological and anatomical structures of the leaves were investigated. As to the morphology,some difference between control and transformed tomato were found. The leaf dimensions of the transformed tomato with unextended leaves were smaller than that of control. These structure changes should help to decrease the evaporation of water effectively and release the physiological drought resulted from saline.

本实验分两部分：第一部分、对转化番茄的形态及细胞显微结构进行观察与分析，实验表明转化番茄形态与对照相比有明显的变化，其叶面积变小，叶形收拢，这种结构可有效地减少水分的蒸发，缓解由盐胁产生的生理干旱；组织解剖结构结果显示，耐盐番茄在细胞结构上发生了明显的变异：其气孔器倾向下陷，表皮毛增多，叶脉微管组织不发达，微管束周围出现增多的贮水细胞，叶缘及其它部位表面分化出大型的多细胞分泌型结构，这些结构与转化番茄后代较强的耐盐能力有关。

Corniculatum and Rhizophora stylosa during winter showed that nutrient content and caloric values of R, stylosa which was introduced from low latitude varied more than that of Avicennia marina and Aegiceras corniculatum which were native. R. stylosa had lower caloric values than the other two species

对白骨壤、桐花树和红海榄的比较研究表明，种源近期来自纬度较低的红海榄在越冬期间叶片营养物质含量和热值变化幅度最大，表明其对低温较其它两种更为敏感，其热值含量也低于当地自然分布的白骨壤和桐花树。

Bruguiera gymnorrhiza and Rhizophora stylosa which are dominant species in arbor layer of mangrove undertake mostly ecological function.

木榄和红海榄是红树林乔木层的优势种，起着重要的生态功能。

Rhizophora stylosa are arboreal mangrove plants. The responses of Rs to different salinity are relatively dissimilar.

红海榄属于乔木红树植物，它对不同盐度的生理反应存在着差异。

与Rhizophora相关的网络解释 [注：此内容来源于网络，仅供参考]

Rhizophora：红树属

文章摘要:研究了红树科(Rhizophoraceae)红树属(Rhizophora)植物的红海榄(Rhizophora stylosa)和红树(足apiculata Blume)的叶片解剖结构,分析了二者叶片在结构上的差异以及其功能,并研究了不同地理环境因素对其自身的生长和发育的影响.

Rhizophora：红树属;红茄苳属(红树科)

根状菌丝体 rhizomycelium | 红树属;红茄苳属(红树科) Rhizophora | 茄冬;茄藤;厚皮 Rhizophora mucronata Lam.;mangrove;four petaled mangrove

Rhizophora Linn：红树属

木榄属 Bruguiera Lam | 红树属 Rhizophora Linn. | 红树 R.apiculata Blume

Rhizophora apiculata：红树

保护区范围内除了有同东寨港基本相同的红树植物种类外,还有独特的成片正红树(Rhizophora Apiculata)林子,沿着霞村的岸边形成雄伟的景观. 木果核在这里可以看到小片的群落. 木果袜的蛇状呼吸根在这里有典型的表现. 海桑属的4个种,

Rhizophora stylosa：红海榄

多数红树植物因富含丹宁,木材通常呈红色,如红茄汽(Rhizophora mucronata)、正红树(Rhizophora apiculata)、红海榄(Rhizophora stylosa)等. 美洲印第安人很早就知道将红树植物作为染料植物加以利用. 1492年哥伦布发现美洲后,