1) Artificial reed wetland
人工芦苇湿地
2) bulrush wetland
芦苇人工湿地
1.
Mengqing park bulrush wetland located beside the downstream Suzhou Creek, Shanghai, China was studied in this research.
本研究以上海梦清园内的芦苇人工湿地为研究对象，在水力负荷60-70cm／d条件下，芦苇湿地对苏州河水氨氮、BOD和SS的去除率分别达到30％，50％和60％左右。
3) wetland
[英]['wetlənd] [美]['wɛtlənd]
芦苇湿地
1.
Efficiency of nitrogen removal and biomass related with nitrogen removal were analyzed in constructed wetland of Meng Qing Garden,The results showed that the wetland could remove NH3-N by 35% av,TN by 23% av per year.
对上海梦清园人工芦苇湿地中脱氮生物以及脱氮效果进行1年的动态变化特征分析。
4) reed wetland
芦苇湿地
1.
Preliminary study on purification function of reed wetland for nutrients in coastal zone of Yancheng;
苏北盐城海岸带芦苇湿地对营养物质的净化作用初步研究
2.
Feasibility study on drilling mud treatment with the confining reed wetland system;
封闭式芦苇湿地处理钻井泥浆的可行性研究
3.
CH_4 emissions from the reed wetland;
芦苇湿地温室气体甲烷(CH_4)排放研究
5) Reed marsh
芦苇湿地
1.
Methane production,oxidation, emission,methane concentrations from different soil layers in the reed marsh of Minjiang River Estuary were measured using laboratory incubation,the enclosed chamber technique and gas chromatograph methods.
本文采用室内培养法—原位静态箱法—气相色谱法,研究了闽江河口芦苇湿地甲烷产生、氧化、排放、不同土层深度和孔隙水中甲烷浓度以及环境因子对甲烷排放通量的影响。
6) Phragmites australis wetland
芦苇湿地
1.
Characteristics of N,P and K cycling in Phragmites australis wetland ecosystem in Jiuduansha shoal of Shanghai;
九段沙芦苇湿地生态系统N、P、K的循环特征
2.
By analyzing wetlands carbon sink function in peatland and Phragmites australis wetlands case this paper found that anthropogenic and natural factors,as agriculture drain,land-use change,atmospheric CO2 co.
文章以泥炭地和芦苇Phragmites australis湿地为例来分析湿地的碳汇功能发现:农业排水、土地利用方式的改变、大气中CO2体积分数升高、全球气候变化等人为和自然因素影响了泥炭地的碳汇功能,泥炭地的碳蓄积能力下降,逐渐由"碳汇"转变为"碳源";尽管芦苇湿地是CH4的重要来源,但其对CO2具有较强的碳汇作用,综合来看芦苇湿地的仍是温室气体的净汇;人工芦苇湿地污水净化系统的温室气体排放量高于天然芦苇湿地。
补充资料：人工受精与人工授精
人工受精与人工授精
artificial fertilization and artificial insemination
我国学者把“人工受精”与“人工授精”两名词区别开来：前者指人工体外受精而言，后者指把精液注入到妇女的阴道或宫颈管、宫腔内，使精、卵在体内相遇。人卵体外受精与胚胎移植后出生的婴儿俗称试管婴儿。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条