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- Keywords submerged macrophytes;eutrophication;algae;allelopathy; 沉水植物;富营养化;藻类;化感作用;
- Keywords Submerged macrophytes;light;temperature;silts;growth and development;photosynthetic fluorescence characters; 沉水植物;光照;水温;泥沙;生长发育;光合荧光特性;
- Keywords Submerged macrophytes;interstitial water;nitrogen and phosphorus;release;biogeochemistry; 沉水植物生长;间隙水;氮和磷;释放;生物地球化学;
- Keywords submerged macrophytes;Elodea nuttallii;M.spicatum l.;oxidative stress;anti-oxidation enzymes; 沉水植物;伊乐藻;穗花狐尾藻;氧化胁迫;抗氧化性保护酶;
- Keywords submerged macrophytes;eutrophic water;absorption;decomposition;uptake;mass balance;environmental effect; 沉水植物;富营养化;吸收;腐烂;释放;物料平衡;环境效应;
- Keywords submerged macrophyte;decay;nutrition release; 沉水植物;衰亡;营养盐的释放;
- Keywords submerged macrophyte;light compensation depth;transparency;lake; 沉水植物;光补偿深度;透明度;湖泊;
- Keywords submerged macrophyte;hormone;physiological ecology;environment; 沉水植物;激素;生理生态;环境;
- Keywords Submerged macrophyte;Elodea nuttallii;Immobilized bacteria;Bacteria distribution; 沉水植物;伊乐藻;固定化微生物;微生物分布;
- Keywords submerged macrophyte;Elodea muttallii;immobilized nitrogen cycling bacteria;nutrient change; 关键词沉水植物;伊乐藻;固定化微生物;养分变化;
- Keywords submerged macrophyte;water remediation;Ceratophyllum Demersum L.;Vallisneria Spiralis;Elodea Nuttalli; 沉水植物;水体修复;金鱼藻;苦草;伊乐藻;
- The results showed that all the submerged macrophytes grew well and the growth rate of Ceratophyllum demersum,with 128. 结果显示:5种沉水植物在春夏季节生长良好;其中金鱼藻生物量增长率最高(春季为128.;88%25;夏季为58
- Photoinhibition is the major stress to submerged macrophytes because of its complete submarine feature. 沉水植物因其完全水生的特点使其对光抑制的胁迫反映最为明显。
- The allelochemicals such as hydroxybenzene released by the submerged macrophytes could inhibit the growth of algae. 沉水植物释放的多酚类等化感物质具有控藻能力；
- Keywords submerged macrophyte;morphological plasticity;resource allocation;life-history strategy; 沉水植物;形态可塑性;物质分配;生活史对策;
- Keywords submerged macrophyte;transparency;light compensation point;light compensation depth; 沉水植物;透明度;光补偿点;光补偿深度;
- Keywords submerged macrophyte;water culture;salt tolerance;relative growth rate; 沉水植物;水培;耐盐性;相对生长速率;
- Research on purification of polluted water by different submerged macrophytes,Cabamba carolimana Gray,Elodea Canadensis and Ceratophyllum demersum L. 对鱼草、伊乐藻、金鱼藻三种沉水植物在不同条件下净化受污水体进行了研究。
- It was reflected that there were same biogeochemistry mechanism of the absorbing of nitrogen and phosphorus by submerged macrophytes. 反映沉水植物在沉积物的生长过程中对氮磷吸收的生物地球化学机制是相似的。
- The study of purification efficiency of polluted water remediation by submerged Macrophytes,including Ceratophyllum Demersum L. 对金鱼藻、苦草和伊乐藻三类沉水植物净化受污水体的效果进行了试验研究。
