水生

基本解释 (translations)

hydrophily

与水生相关的网络例句 [注：此内容来源于网络，仅供参考]

The purification function and mechanism of hydrophytes are briefly analysed;the corresponding countermeasures are put forward;and the existing problems of hydrophyte applications are pointed out also.

本文阐释了水生植物的概念及种类，介绍了水生植物的景观价值及生态价值，简要分析了水生植物的净化作用及机理，提出了相应的治理对策并指出了目前水生植物应用中存在的一些问题。

On the basis of applicational currency, my essay began with hydrophytes' different functional characteristics and tentatively inquired into the application of different species to the construction of Hao Beauty Spot as well as its relevant problems, with a hope to give some reference in establishing a reasonable, beautiful ecological environment of XX, and to build up a theoretical basis for us to introduce suitable rare species of hydrophyte there.

在应用现状的基础上，从水生植物的不同功能特点出发，初步探讨了不同水生植物在濠河风景区建设中的应用及引用问题。希望为建立一个合理、优美的xx生态系统起到借鉴作用，也为xx引种适合的珍贵稀有水生植物奠定理论基础。

By using Eichhornia crassipes solms as investigating object, the processes of removing naphthalene from aquatic solution by hydrophyte such as adsorption, absorption-degradation etc. were studied. The effect of naphthalene on physiological index of hydrophytes and its mechanism were discussed. The environmental factors influencing remediation efficiency were considered. And the feasibility of utilization of Eichhornia crassipes solms as resource was also presented.

筛选出凤眼莲并以其为主要对象，研究了水生植物净化萘水溶液的吸附、吸收、降解等过程，以及萘对水生植物生理指标所产生的影响及机理，考察了影响水生植物净化效率的环境因素，并对凤眼莲资源化利用的可行性进行了初步探讨。

With the indoor experiment and on-the-spot investigation,it has been seen that the aquative plants for which hygrophyte allount 71%,emerged plants 23%,floating plants 15%,involve 21 families and 37 genuses and 41 species.

结果表明：兰州水生植物共有21科37个属41种，其中湿生类型28种，挺水类型11种，浮水类型2种，分别占水生植物总种类的68%、27%、5%，水生植物的应用频度大多在15左右。

According to the investigation on the local situation of aquatic vegetation in Littoral Regions of Gonghu Lake and Meiliang Bay of the Wuxi Taihu Lake, the species of aquatic vegetation, community forms and biomass were acquired. Then a contrast of vegetation distribution characteristic between the two Littoral Regions was analyzed which induced to the analysis of impact factors. In the treatments designed as varying degree oxidation intimidate, the heavy metal cadmium and the ammonia nitrogen single and compound poisons, the COD sewage cultivate, the plant growth opsonin processes, the effect of the intimidate environment on the submerged plant growth and the physiological biochemistry characteristic was analyzed. The effective method to improve the resist adversity of submerged macrophyte was discussed. The results will give a suggestion to the restoration of the submerged macrophyte, the efficiency and reconstruction in Lake Ecosystem.

通过对无锡太湖两重要湖湾贡湖和梅梁湖湖滨带沿岸浅水区水生植被现状进行调查，了解了水生植物的种类、群落组成及生物量，对两湖湾湖滨带沿岸浅水区水生植被分布特征进行了对比，并进行了影响因素分析；通过不同程度的氧化胁迫、重金属镉与氨态氮单一和复合作用、高COD生活污水胁迫培养、植物生长调节素处理，分析胁迫环境和壳聚糖各自对沉水植物生长的影响及作用机理，探讨提高沉水植物逆境抗性的有效措施；探寻沉水植物修复的理论依据和有效途径，为急待进行水生植被恢复的湖泊提供依据和建议。

The acute toxicity of three kinds of typical chemicals to alga、cladoceza and swordtail fishwere studied, and safety assessment was also made.

采用水体中3个营养级别的水生生物测试卤代酚类、硝基苯类、烷基苯类典型有毒有害化学品对水生生物的急性毒性，同时对上述物质对水生生物的安全性进行初步评估，并预测了上述物质对水生生物的环境安全浓度。

The environmental factors influencing remediation efficiency were considered. And the feasibility of utilization of Eichhornia crassipes solms as resource was also presented.

筛选出凤眼莲并以其为主要对象，研究了水生植物净化萘水溶液的吸附、吸收、降解等过程，以及萘对水生植物生理指标所产生的影响及机理，考察了影响水生植物净化效率的环境因素，并对凤眼莲资源化利用的可行性进行了初步探讨。

Three kinds of hydrophytes, Veliveria zizanioides Nash, Eichhornia crassipes, and Oenanthe javanica DC. were used to investigate enrichment ability of nitrogen and phosphor at the different TN levels with TP constant. It revealed the absorption ability of aquatic plants and purification ability of aquatic macrophytes-rhizosphere microorganisms system respectively in aquatic macrophytes-microorganism system for water purification.

研究了不同TN浓度下香根草、水葫芦、水芹等水生植物－微生物系统富集N、P的能力，揭示了水生植物－微生物系统中水生植物的吸收作用和根际微生物系统对净化水质的作用，对水生植物根际微生物系统相应微生物的数量做了定量的统计。

Uni-algal cultures were made first on media enriched with nitrogenous compounds to encourage vigorous growth.The uni-algal cultures were then subcul- tured onto nitrogen-free media,which effected a preliminary separation of those algae which could thrive in the absence of pre-f...

在100毫升无菌无氮培养基中生长四天的结果测定，水生686固氮蓝藻、水生678固氮蓝藻(A.azotica forma a)、水生670固氮蓝藻和水生508固氮蓝藻的固氮量分别为1.0146、0.938、0.8614和0.759毫克。

Uni-algal cultures were made first on media enriched with nitrogenous compounds to encourage vigorous growth.The uni-algal cultures were then subcul- tured onto nitrogen-free media,which effected a preliminary separation of those algae which could thrive in the absence of pre-formed nitrog...

在100毫升无菌无氮培养基中生长四天的结果测定，水生686固氮蓝藻、水生678固氮蓝藻(A.azotica forma a)、水生670固氮蓝藻和水生508固氮蓝藻的固氮量分别为1.0146、0.938、0.8614和0.759毫克。

与水生相关的网络解释 [注：此内容来源于网络，仅供参考]

aquatic mammal：水生哺乳动物

水生真菌 aquatic fungi | 水生哺乳动物 aquatic mammal | 水生植物 aquatic plant

Aquatic microorganisms：水生微生物

水生哺乳动物 Aquatic mammals | 水生微生物 Aquatic microorganisms | 水生植物 Aquatic plants

Aquatic microorganisms：水生微

水生哺乳动物 Aquatic mammals | 水生微 Aquatic microorganisms | 水生植物 Aquatic plants

aquatic community：水生群落

aquatic animals 水生动物 | aquatic community 水生群落 | aquatic fungi 水生真菌类

aquatic community：水生群落 水域群集

aquatic animal community 水生动物群落 水域動物群聚 Y | aquatic community 水生群落 水域群集 Y | aquatic ecosystem 水生生态系统 水域生態系 Y

aquatic biota：水生生物区系;水生生物群

aquatic acidification 水的酸化 | aquatic biota 水生生物区系; 水生生物群 | aquatic food web 水生食物链; 水生食物网

aquatic ecosystem：水生生态系统 水域生態系

aquatic community 水生群落 水域群集 Y | aquatic ecosystem 水生生态系统 水域生態系 Y | aquatic insect 水生昆虫 水生昆蟲 Y

aquatic vegetation：水生植被 水生植被

aquatic plant 水生植物 水生植物 Y | aquatic vegetation 水生植被 水生植被 Y | aquiclude 含水土层 含水土層 Y

aquatic mosses：水生苔藓 水苔類

aquatic macrophyte vegetation 水生大型植被 大型水生植被 Y | aquatic mosses 水生苔藓 水苔類 Y | aquatic plant 水生植物 水生植物 Y

aquatic food web：水生食物链;水生食物网

aquatic biota 水生生物区系; 水生生物群 | aquatic food web 水生食物链; 水生食物网 | Arctic Cercle 北极圈