- 更多网络例句与红树相关的网络例句 [注：此内容来源于网络，仅供参考]
-
The Mangrove Rivulus, a type of small killifish, lives in small pools of water in a certain type of empty nut or even old beer 嗄cans in the mangrove swamps of Belize, the United States and Brazil.
此鱼俗名红树溪鳉属将科小鱼，产于贝利兹、美国和巴西红树沼泽的小水潭中，在水中某些果实的空壳内甚至在旧啤酒罐内它也能生活。
-
Mangrove English word, derived from Spanish mangle, American Indians Taino language was originally called transliteration of the red dye, which dyes are from mangrove plants, the Spanish "mangrove" and English "bush" Combined, they form the word of mangroves.
英文mangrove一词，源于西班牙语mangle，原是美洲印地安人泰诺语红色染料称呼音译，而这些染料均来自红树科植物，西班牙文的"红树"和英文的"树丛"组合，就形成了红树林一词。
-
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。
-
The main results were as follows:There was significant correlation between the soil urease and phosphatase activities, which showed no significant difference upon different plots. The urease and phosphatase activities in the soil were higher in spring than autumn, which under mangrove plants were all higher than those in the New alluvial soil without plants and Bared land. Soil urease activity exhibited no significant difference under different mangrove species. The phosphatase activity in the soil of Centenary Aegiceras corniculatum and Spartina alterniflor was the highest, which was the higher in the soil of Kandelia candel and Avicennia marine.
结果表明：土壤脲酶和磷酸酶活性存在极显著的相关性；两种酶在不同区域间均无显著差异，季节变化均表现为春季大于秋季；有红树植被的土壤脲酶和磷酸酶活性皆大于空地和裸地，土壤脲酶不同红树植被下无显著差异，磷酸酶则表现为百年生桐花树和互花米草显著高于其余植被，秋茄和白骨壤次之。
-
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。
-
However,the pattems of CO2 exchange properties have been shown to be different between halophytic and nonhalophytic ...
在此基础上，进一步探讨红树植物的δ13C是否可以作为不同种红树问耐盐性的指示指标。
-
Bird of Paradise Mangrove wetland birds a good place to live Chinese Bao Library Some mangroves have medicinal value. Such as the bones of the busy movement of paper can do canonical signed agent, Lecythidaceae roots can be fever, etc.
许多海洋生物就在红树林内定居\繁殖和索食，如对虾\沙虫\鱼等等鸟的天堂红树林湿地鸟类良好的居住地中药保库有些红树具有药用价值。
-
Except NO2--N, significant difference of the outcoming concentration cannot be found between the control and the three species of mangroves treatment groups.
除NO3--N和NO2--N，对照池与红树植物处理组之间存在显著的差异，其余指标对照池与3 种红树植物处理组之间不存在显著差异。
-
There was obvious improvement in the salt tolerance among the transformed plants by introduced total DNA of Rhizophora apoculata into vegetable.
已有实验结果表明，将红树DNA导入蔬菜可获得耐盐性明显增强的后代，表明红树基因组中存在耐盐基因。
-
Powders derived from several mangrove trees were compared in their response to the growth of Skeletonema costatum, and the powder, water extract of powder, and root secretion of the mango tree Rhizophora apiculata Blume were detected in their inhibitory activities against the growth of S.
比较了几种红树植物粉对中肋骨条藻生长的效应，研究了红树粉及其水浸液、红树根系分泌物对中肋骨条藻生长的影响。
- 更多网络解释与红树相关的网络解释 [注：此内容来源于网络，仅供参考]
-
Malaclemys terrapin rhizophorarum Mangrove Diamondback Terrapin：红树钻纹龟
北部钻纹龟 Malaclemys terrapin terrapin Northern Diamondback Terrapin | 红树钻纹龟 Malaclemys terrapin rhizophorarum Mangrove Diamondback Terrapin | 7.31彩龟属 Pseudemys
-
mangrove：红树
红树林名称的由来,是源自於一种红树科植物-红茄的特徵,这种树的木材,树干,枝条,花朵都是红色的,其中树皮的部分可以提炼红色染料,马来人於是称它的树皮为"红树皮",而中文名称则叫做红树(mangrove).
-
Mangrove swamps：红树沼泽
湿地生态系统 Wetlands ecosystems | 红树沼泽 Mangrove swamps | 水禽 Waterfowl
-
mangrove swamp：红树低洼地
mangrove extract 儿茶 | mangrove swamp 红树低洼地 | mangrove 红树
-
mangrove swamp：红树沼泽
红树海岸 mangrove coast | 红树沼泽 mangrove swamp | 马蹄丘 manha
-
mangrove bark：红树树皮
红树类 Mangrove | 红树树皮 Mangrove bark | 红树皮单宁 Mangrove tannin
-
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,