1) alternanthera philoxeroides pond
水花生塘
1.
Therefore,experiments were made on the removal of algae from outflow of HRAP by alternanthera philoxeroides pond.
为此采用水花生塘作为高效藻类塘的后续处理工艺,研究了其对藻类、SS、COD等污染物的去除效果。
2) aquatic pond
水生生物塘
1.
The performance of phosphorus removal from rural domestic sewage in high rate algal pond was studied, and the variation of phosphorus pattern in high rate algal pond and aquatic pond was analyzed.
研究了高效藻类塘系统运行初期对农村生活污水中磷的去除效果,对高效藻类塘和水生生物塘中磷的各种形态变化进行了分析,并初步探讨了高效藻类塘内叶绿素a浓度、pH值和磷酸盐去除率的变化规律以及三者之间的关系。
3) macrohydrophyte pond
水生植物塘
1.
An experimental study carried out on the treatment of domestic sewage by macrohydrophyte ponds during the whole year indicated that the water peanut ponds were more effective and efficient in removing organic pollutants, especially the high abilities on degradation of N and P.
通过对水生植物塘处理生活污水进行全年观测和研究证明 :水生植物塘对有机污染物等有明显净化效果 ,特别是对氮、磷具有极强的降解能力。
4) Aquatic plant ponds
水生植物稳定塘
5) pond
[英][pɔnd] [美][pɑnd]
水塘
1.
Field and laboratory experiments were conducted to research the phosphorus adsorption by the pond sediments in the pond system in a headstream watershed.
本实验以一个源头小流域的水塘系统为例,研究了位于不同土地利用中的水塘沉积物磷吸附特征。
2.
To evaluate accumulation and release potential of some pollutants in pond′s mud as affected by land use, four complete mud cores(0~50 cm) were collected from four small ponds with different land use in Zhejiang province, southe.
为了解不同土地利用方式下水塘底泥污染物的积累与释放特性及对水塘水质的可能影响,采用底泥全量化学分析、间隙水水质分析、水可溶性组分分析和水柱培养试验等综合方法研究了4个具不同土地利用特点的小型水塘底泥中氮磷和重金属等污染物的垂直分布规律及其释放特点。
6) alternanthera philoxeroides
水花生
1.
Effects of Different pH and Heavy Metal Concentration on Rooting of Alternanthera philoxeroides;
不同pH值和重金属浓度对水花生生根的影响
2.
Effects of Cd~(2+) Polluted Water on the Activities of Antioxidant Enzymes and Ultrastructure in Roots of Alternanthera philoxeroides;
Cd~(2+)污染水质对水花生根系抗氧化酶活性和超微结构的影响
3.
Screening and Pathogenicity Test of Fusarium stoveri Isolated from Alternanthera philoxeroides;
水花生病原菌——蕉斑镰刀菌菌株的筛选及其致病性测定
补充资料：水花生
| 水花生 Alternanthera philoxeroides 苋科莲子草属水生或湿生多年生宿根性草本。因其叶与花生叶相似而得名。又称空心莲子草、喜旱莲子草。在中国南方是一种重要的水生饲草、绿肥兼用作物。根白色稍带红色。茎圆形，中空，叶对生，长卵形。喜湿耐寒，适应性强，一般用茎蔓进行无性繁殖，并适量施肥和防治害虫。通常用鲜草制堆肥、沤肥或翻入土中。又可作牲畜饲料。生命力强，极易蔓延而成为农田恶性杂草或河道障碍物。 |
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