Mangrove plants

Research Advances on the Resistance of Mangrove Plants to Heavy Metal Pollution

红树植物抗重金属污染研究进展

Studies On Physiological and Ecological Adaptability of Introduced Mangrove Plants

引种的红树植物生理生态适应性研究

The Salt Distribution Characteristics in True Mangrove Plants and Mangrove Associates

真红树和半红树植物体内盐分分布的比较研究

A preliminary study on the contents of the chemical elements of mangrove plants in guangxi , China

广西红树林植物化学元素含量的初步研究

The formation and the applications of molecular biotechnology on mangrove plants in Hainan Province

海南红树林群系及分子生物技术在其研究中的应用

Pollen morphology of the mangrove plants in China

中国红树植物花粉形态

The species composition and geographical distribution of the mangrove plants in the Taiwan Strait

台湾海峡红树植物的种类组成和地理分布

The adaptability of mangrove plants on the tidal level in flats ;

加强红树植物对潮汐水位适应能力的研究；

Mangrove plants which grow in seawater environments are truly salt-tolerant plants .

红树林植物长期生长在海水中，是真正意义上的耐盐植物，是最宝贵的耐盐基因资源库。

Screening of the tumor cytotoxic activity of sixteen species of mangrove plants in Hainan

海南16种红树植物的肿瘤细胞毒活性筛选

The Population Fluctuation and Bioactivity of Endophytic Fungi from Mangrove Plants in Different Seasons

红树植物内生真菌的种群动态及生物活性

Comparisons of leaf chloride content and leaf traits between true mangrove plants and semi-mangrove plants

真红树和半红树植物叶片氯含量及叶性状的比较

There are 22 species of mangrove plants belonging to 21 genera and 14 families .

组成红树林的植物计有14科21属22种。

The studies on the development , structure and ecological adaptation of aboveground root apices of the mangrove plants

红树植物地上根根端的发育、结构与生态适应

Histochemical Features and Salt-adaptation Significance of Juvenile Absorptive Roots of Mangrove Plants

红树植物幼根组织化学特征及其盐适应的意义

Objective To investigate the growth inhibitory effect of the extracts from sixteen species of mangrove plants in Hainan on HeLa cells .

目的研究海南红树植物提取物对HeLa细胞的生长抑制作用。

Most of the true mangrove plants have sunken stomata , which occurred after the formation of guard cells .

多数真红树植物气孔在表皮下陷，发生于保卫细胞形成之后。

In this district , the mangrove plants consist of 12 species belonging to 12 genera in 8 families .

该地区的红树植物种类计有8科、12属、12种，以红树科植物占优势。

Study on Antifungal and Antibacterial Activities of Alumen Antifungal and antibacterial activities of methanol extracts from mangrove plants

红树植物甲醇提取物的抑菌活性研究

Except planthoppers could inhabit and feed on various mangrove plants , most dominant species had high selections for host plants .

除了飞虱在各种红树植物上均有栖息和为害外，多数优势种在不同红树植物上的栖息和危害，对寄主植物具有高度选择性。

The proportions of antitumor strains from three mangrove plants were 11.6 % , 5.7 % and 4.8 % , respectively .

秋茄、桐花树和白骨壤内生真菌的抗肿瘤活性菌株各占供测菌株的11.6%、5.7%和4.8%。

Oscillopolarographic titration of aluminium in mangrove plants

红树植物中铝的示波极谱滴定

Because of different insect habits and the chemical and physiological characteristics of different mangrove plants , the dominant insect species were also different in different mangrove stands .

由于不同昆虫的生活习性及不同红树植物的生理生化特性，导致不同红树林分的优势昆虫种类也不相同。

Aims Mangrove plants are usually categorized as true mangrove plants and semi-mangrove plants on the basis of their distribution in inter-tidal regions .

依据红树植物在潮间带的分布，将其分为真红树植物和半红树植物两大类。

At molecular level , salt-tolerance of mangrove plants is involved in gene expression of key enzymes in biosynthesis of osmotic substances and antioxidative enzymes .

在分子水平上，红树植物的耐盐能力与参与合成渗透调节物质关键酶和抗氧化酶等基因的表达相关。

A preliminary study of the interrelationship between the physiological characteristics of certain enzymes in the leaves of two species of mangrove plants and soil salinity in tidal swamps

两种红树叶的几种酶的生理特性与海滩盐度的相关性初探

In the true mangrove plants , the root Cl contents increased but later decreased with the increase of diameter , the mangrove associates hadn ′ t. H.

真红树植物根系Cl含量随径级增加有先上升后下降趋势，与半红树植物不同。

His research foundation in India , for example , is conserving genes from mangrove plants that can tolerate salt water , as a source of genes for drought tolerance .

例如，他在印度的研究基金会正在保存能够耐受盐水的红树林的基因，把它作为耐旱基因的来源之一。

There are 40 species of mangrove plants , belong to 26 families , which consists of 10 real mangrove species , 11 semi mangrove species and 19 associated species .

全省主要红树林植物有26科40种（其中真红树10种，半红树11种，伴生植物19种）。

However , in recent years , some researches shows that nitrogen-fixing microorganisms and mangrove plants are able to obtain nutrient matters from each other because both of them exist simultaneously in the mangrove ecosystem .

近年来的研究表明，这些固氮微生物与红树植物生活在一起，可以相互从对方获得生长所需的营养物，同时这些微生物又不可避免地与其他微生物产生相互作用。