水湿地

It is a stout, powerful, big-headed animal that is found in watery habitats such as swampland and frequently flooded forests throughout central and northern South America.

他是一种结实，强壮，大头动物，栖息于湿地，比如沼泽，经常水淹的森林，以及中美，南北美洲。

These tiny wader birds have flown from Russia, and traditionally would have found bountiful food here, at South Australia's Coorong wetlands. But the river isn't delivering enough fresh water into the Coorong, so saline levels are rising, killing many fish. Trawling the South Lagoon, researchers David Short and Neil Wellman have found only one species of fish. In past years, a sweep would yield hundreds.

这些娇小涉水的鸟从俄罗斯飞来，以前都会在这里南澳洲的库隆湿地，找到充足的食物，但河没有为库隆带来充足新鲜的水，所以盐分在增加、害死了许多鱼，在南潟湖拖网捕鱼，研究员大卫秀特和尼尔魏尔曼只发现了一种鱼，以前随便捞就有上百种！

In addition, some water bodies were interpreted as wetland.

此外，一些水的尸体被解释为湿地。

The results of this study showed that the ability of the three aquatic plant species is more significantly to remove pollutants in summer and autumn, especially from June to September, is significantly superior to that in winter, the stage of aquatic plants grow more hearty is better than the stage plant grow more feeblish.

通过2006全年对成都活水公园人工湿地中三种优势挺水植物芦苇、香蒲、伞草所在塘床的进出水口的6个主要水质指标（pH 、DO、COD、BOD5、TP、TN）的逐月对比监测，探索不同植物种类对污水净化效率的影响。

In about one week 100 percent of the water is recycled, cleansed by microbiological activity in wetland treatment areas.

在大约一周的时间中，所有的水就完成了一次循环，通过湿地的处理区中微生物的活动而得到了净化。

Among the economic crops, pachyrhizus leaf had the most remarkable treating effect, the COD treating capacity per day per unit area was 4.01g, that is, a 50% treating rate; the BOD treating capacity was 1.15 g, that is, a 35% treating rate; the TP treating capacity was 0.23 g, that is, a 16% treating rate; the TN treating capacity was 1.87 g, that is, a 74% treating rate; however, the treating effect decreased as the total amount of pollution entering this system increased by raising the water volume, which was mainly owing to the relatively short hydraulic retention time.

由水质试验结果显示，本系统所选用的作物处理生活污水成效极佳，优於一般湿地选用的植物，以及河滩地原生草种型态，其中以地瓜叶的处理成效最为显著，每日单位面积COD去除速率为4.01 g 、处理效率达50﹪；BOD去除速率为1.15 g 、处理效率达35﹪；TP去除速率为0.23 g 、处理效率达16﹪；TN去除速率为1.87 g 、处理效率74﹪，而以加大水量的方式，增加进入本系统之污染总量，其处理成效减低，主要原因受到水力停留时间较短影响，未来可以增加处理面积、水力停留时间加长、提高原水浓度为后续之研究方向，以达到增加本系统处理成效之目的。

The allomatric scaling for the wet clonal plants including Phalaris arundinacea Scirpus planiculmis Phragmites australis and Phragmites Jeholensis did not show "1/4-power Rule". The variation of the allometric exponents between vegetative and reproductive ramets was mainly due to the different regulation mechanisms in different development stages. Moreover, the variation of the allometric exponents between plantsin wet or drought environments was the result of the long-time divergent response for ramets to moisture environments.

虉草、紧穗三棱草、芦苇和热河芦苇4种湿地根茎植物分株异速生长规律并不表现为&1／4或1／4整倍数&规律，营养株和生殖株异速生长幂值的差异是不同发育类型的分株生长调节机制不同的结果，水生生境和旱生生境分株异速生长幂值的差异则是分株对生境水因子差异长期趋异响应的结果。

The study would be useful for the water resources plan, ecology protection, regioned agriculture structure adjustment of Shuangtaizi area.

可为双台子河口地区的水资源规划、生态保护、区域农业结构调整等提供科学依据，也可为其他地区河口湿地生态环境需水计算提供借鉴。

With the impact of global climate change and human being activities,the process of basin waer cycle has changed dramatically;It is facing problems of area shrinkage,integrated service functional degradation of wetland with hydrological、ecological and environmental function.

在全球气候变化和人类活动影响加剧的背景下，流域水循环过程发生了深刻的变化；具有重要水文、生态和环境功能的湿地，近年来面积锐减，综合服务功能显著下降。

Use this as theories instruction, the paper analyzes three typical fulfillment case of waterfront landscape design and construction of Yangzhou city in recent years, Sung clips city wetly park, Jinghang canal(Jiangyang-bridge—Yangzhou-bridge) segment, ancient canal cultural park.

以此作为理论指导，研究分析了近年来扬州三个典型的滨水景观设计与营造的实践案例，即宋夹城湿地公园、京杭运河段、古运河文化公园。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。