水生

游客们可以看到一系列各种各样、色彩斑斓的水生动植物。

Visitors can view a rich and colorful array of aquatic plants and animals

池塘虽小，但能为许多水生植物和鱼类提供足够的养分。

The pond is quite small but can support many aquatic plants and fish .

检验表明水生有壳动物的毒素水平提高了。

Tests showed increased levels of toxin in shellfish .

有时在松动的石头下可以同时看见栖息的陆生动物和水生动物。

Terrestrial and aquatic fauna may sometimes be found resting together under a loose stone .

天堂岛有许多水生别墅，他们是由清澈海水所包围

Paradise Island has many aquatic villas , they are surrounded by the limpidity sea .

这使水鼩能够在水中屏吸长达24秒，足以让它们寻觅那些隐蔽的水生猎物。

This allowed water shrews to hold their breath for up to 24 seconds – more than enough time to find all of that hidden aquatic6 prey7 .

水生动物维生素C营养研究进展

Review in Nutrition of Vitamin C in Aquatic Animal

~（60）Co在水生生态系中的迁移富集和分布

Transfer , Enrichment and Distribution of ~ ( 60 ) Co in Aquatic Ecosystem

水生植物在含Cr废水处理中的作用

Effect of Hydrophyte on Treatment of Wastewater with Chromium

维生素C是水生动物必需的营养物质，在促进生长、抵抗疾病、增强机体免疫力等方面发挥着十分重要的作用。

Vitamin C is essential nutrition to aquatic animal , and plays a key role in its growth , resisting diseases , enhancing immunity .

应用多重PCR检测水生动物源气单胞菌安徽分离株的毒力基因型分布

Detection of virulence genotypes distribution in Anhui isolation strains of Aeromonas spp. from aquatic animals by multiplex PCR

水体中~（141）Ce的行为和水生植物对其的富集效应

Behaviour of ~ ( 141 ) Ce in waters and its high gathering effect in aquatic plant

水生植物对~（134）Cs的吸收

Absorption of cesium-134 by aquatic plants

AFLP技术在水生动物遗传学研究中的应用及前景展望

Application and Prospects of AFLP in Genetics Studies of Aquatic Animals

卤代酚对水生梨形四膜虫急锐毒性的QSAR研究

A QSAR study of halogen phenols toxicity to the tetrahymena pyriformis

取代芳烃化合物对水生生物毒性的四种QSAR模型的比较研究

The comparative study of four QSAR models of aromatic compounds to aquatic organisms

金属硫蛋白（MT）基因植物表达载体的构建及其在水生美人蕉中表达的初步研究

A Primary Study on Construction of Plant Expression Vectors for the MT Gene of Mice and Transformation to Aquatic Canna

以水生生态模拟系统研究了不同水生生物对钷（~（147）Pm）的富集性及其通过食物链鱼体的生物放大作用。

Bioconcentration and magnification properties of 147Pm ( RE ) on fish in the aquatic food chain are studied by aquatic ecosystem model .

采用加丰、接种驯化的微生物产酸和种养水生生物等技术降低燃煤电厂灰坝水的pH值。

Through the methods of adding some nutriment , inoculating and taming microorganism to produce acid , cultivating aquatic organisms , the pH of the ash-water discharge from thermal power station could be reduced .

酸性pH对水生生物的毒作用方式包括气体交换受阻、体盐调节紊乱、酸碱平衡失调，以及与金属的联合作用等。

The toxic effect of low pH on aquatic life include inhibition of gas exchange , disorder of body salt adjustment , imbalance of acidity and alkalinity , and the combined effects with metals .

水生植物对147Pm的浓缩能力最强；

The aquatic plants have the highest capacity of concentrating 147 Pm ;

没有分离到水生栖热菌属（Thermus）的细菌。

Genus Thermus is not isolated from the hot spring .

纸浆漂白废水，特别是含氯漂白废水具有COD、BOD负荷较大，含有毒性较强的物质，主要是氯代有机物等污染特点，特别是对水生生物具有急性毒性，已引起了业内人士的普遍关注。

There are environmental concerns over pulp bleaching effluents , especially chlorine bleaching effluents because of its high COD , BOD load and its formation of toxic chlorinated organic compounds .

研究认为，水生植物残体可作为一种研究湖泊沉积学新的证据材料。7、鱼类对饵料生物（包括底栖动物）会产生下行效应（top-down）。

Aquatic plant residues can serve as an evidence for sedimentology of lake . 7 . Fish can cause a top-down effect on food organisms ( including benthic animal ) .

青海湖裸鲤（Gymnocyprisprzewalskiiprzewalskii），俗称湟鱼，属鲤科，裂腹鱼亚科，裸鲤属，是青海湖中唯一的水生经济动物。

Gymnocypris przewalskii , also named scaleless carp , is the only economical aquatic in lake Qinghai .

水生植物主要通过改变硝化/反硝化进程、自身代谢和化学沉降速率影响NH3、NOx、有机氮和总磷的去除。

Hydrophytes affected the removal of NH3 , NOx , total phosphorus and organic nitrogen through influencing rates of various mecha - - nisms , especially nitrification-denitrification , chemical precipitation and metabolism of algae .

ERIC-PCR遗传指纹图分析表明，设置水生植物的净化池微生物群落结构相似性大于未设置植物的净化池，且微生物多样性也较未设置植物的净化池高。

ERIC-PCR fingerprinting analysis indicated that the ponds with hydrophyte had more abundant microbial community structure similarity and diversity than those without hydrophytes .

由于MTBE极易溶于水，研究MTBE在水体中的迁移和积累规律以及对水生生物的毒效应具有重要的现实意义和较高的理论价值。

MTBE is also highly soluble in water . It is the theoretical and practical significant to study the transfer and accumulation rule in water systems and toxicity to aquatic creature .

水生假丝酵母能在极低的pH值环境中生长，其发酵产物中有三种酶具有耐酸性α-淀粉酶活性，原始菌株的淀粉酶活力为133U／g。

Candida aquatica could survive in the environment of extremely low pH , it could produce three kinds of acid-stable α & amylase . The original amylase activity of the Candida aquatica was 133U / g.

水生栖热菌AF-03麦芽糖转葡萄糖基酶的基因克隆及原核表达利用针对16Srdna序列的限制性酶切分析鉴定栖热菌属

The Study on Clone of AF-03 Amylomaltase Gene and Prokaryotic Expression ; Identification of Thermus to the Species Level using 16S rDNA Gene Restriction Fragment Patterns