查询词典 marina

Gymnorrhiza of China and the relationship between three species of Bruguiera were first studied using allozyme as genetic marker. At last, the mechanism of distribution and foundation of Avicennia marina were also studied. All of these will make certain effect on ecological genetics.

另外，对我国红树林的研究来说，在我国东南沿海对木榄这样大面积的采样和深入研究以及对木榄属三个种间的生态遗传鉴定，也是一个创新的工作。

Avicennia marina and Bruguiera gymnorrhiza were used in our experiments.

本研究以泌盐红树植物白骨壤和非泌盐红树植物木榄为研究对象。

But GST= 0.156, Nm=1. 588. As a result, the foundation of Youyongchi Avicennia marina population was the result of the migration of hypocotyles and human factors.

这项工作可以为海岸防护林中新引进种类的判定以及为研究种群建立者效应方法的确定提供科学依据。

The genetic diversity of Leizhou Peninsula five Avicennia marina mangrove populations used of ISSR markers analysis.

利用ISSR标记技术研究了雷州半岛5个红树林白骨壤种群遗传多样性和遗传分化。

A habitat of Uca formosensis is located at the estuary of Putzu Creek, Tungshih, Chiayi County, on the right of this figure is Avicennia marina.

图12。台湾招潮的栖地之一：嘉义县东石朴子溪口，图右侧矮小的红树林为海茄冬。

Some plants rely on wood part of the negative pressure, through its non-metabolic ultrafiltration to separate freshwater from seawater, such as K. candel, Ceriops tagal, etc.; Some plants, such as Avicennia marina, Aegiceras other is through their own system of salt gland salt inhalation secretion of the leaf surface, washed away by rain.

有些植物依靠木质部分负压力，通过其非代谢性超滤作用从海水中分离出淡水，如秋茄、角果木等；有些植物，如白骨壤、桐花等则是通过自身盐腺系统将吸入盐分分泌出叶片表面，经雨水冲刷掉。

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。

The pattern of vertical distribution of organic matter in mangrove soil reflected the roots distribution. Surface roots were abundant in Avicennia marina forest, so organic matter of soil in top layer (0-20cm) was the most there. However, the organic matter of soil in Kandelia candel forest was the most in middle layer (20-40cm) because roots were abundant in middle layer while there were fewer roots on surface soil. Content of organic matter in bottom layer (40-60cm) was generally lower in two mangrove forests.

1红树林土壤有机质的垂直分布模式反映了根系的分布状况，在地表根系发达的白骨壤林，表层土壤有机质含量高，而在地表少根而根系多集中分布于中层的秋茄林，中层有机质含量高，下层土壤有机质含量一般较低。

Downton W J S Growth and osmotic relations of the mangrove Avicennia marina as influenced by salinity Australian Journal of Plant Physiology , 1982,null

波钦诺克XH%荆家海%丁钟荣植物生物化学分析方法北京：科学出版社， 1981，林鹏红树林北京：海洋出版社， 1984，null

There were larger differences in element contents between different organs of mangroves, while sodium distributed equally in the different organs of \%C. eyrei.\%(2)The osmoregulation of 5 mangroves was mainly fulfilled by salt accumulation.(3)Salt exclusion by roots was the most important salt tolerant mechanism of all mangroves. Keeping lower salt contents in above ground organs was the common feature of all mangroves.(4)Except the efficiency in salt exclusion by roots, no apparent deficiencies in element accumulation and distribution could be found between salt excluders \%(K. candel, B. sexangula\% and \%R. stylosa)\% and salt secreters \%(Avicennia marina\% and \%Aegiceras corniculatum).

结果表明：(1)红树植物体内存在一有效的盐分重新分配机制，各器官之间盐分含量差别较大，而甜槠植物体内Na分布相对比较均匀；(2)这5种红树植物主要是通过积累盐分来抵御生境高盐引起的渗透胁迫；(3)根系拒盐是所有红树植物最重要的排盐机制，在满足细胞渗透调节的前提下，保持地上部分器官较低的盐分浓度是所有红树植物的共同特点；(4)拒盐红树植物与泌盐红树植物除根系排盐效率上有所差别外，在植物体各器官元素积累及分配方面，没有明显的差异。

Finally, the Knight strung a line between two of the monoliths and tied the horses up there.

最后，骑士们在两颗巨石之间拉了一条绳子，将他们的座骑绑在上面。

T7zN/hyS0 The island lies south by east from here.

那个岛位于此地的正南偏东方向。