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- Phragmites australis wetland 芦苇湿地
- Both Phragmites australis and Hedychium gardneranum were grown in a constructed wetland in order to study removal capability of nitrogen and phosphorus from livestock wastewater. 选取芦苇和人工湿地处理中未见应用报道的姜花,通过人工模拟湿地,采用畜禽养殖废水处理二级工艺出水进行处理,研究它们在处理过程中的脱氮除磷效果。
- The structure of vegetation is simple, which is typical sea beach community that consists of Phragmites australis or Scirpus x mariqueler. 鸟类主要为候鸟,大部分是长途越境迁徙的国际保护鸟类。
- The Shannon-Wiener index in Phragmites australis community surveyed by plant-harvesting method was highest in Autumn and lowest in Summer. 通过植株收割法所得芦苇群落中昆虫群落的Shannon-Wiener多样性指数在秋季最高，夏季最低，而互花米草的在春季最高，秋季最低；
- Spartina alterniflora and Phragmites australis posed ebb and flow from each other in Cixi plot,because their similar growth characters and competitive capability. 互花米草Spartina alterniflora与芦苇Phragmites australis具有相近的生长特性和竞争力;慈溪样地这两个物种之间表现出一种消长关系.
- Planted with Phragmites australis and unplanted wetlands were constructed to compare organic matter removal from domestic wastewater based on water budget. 构建了芦苇和无植物人工湿地,在系统水量衡算的基础上比较了两种湿地对生活污水中有机物的去除效果。
- Abstract: Planted with Phragmites australis and unplanted wetlands were constructed to compare organic matter removal from domestic wastewater based on water budget. 摘要: 构建了芦苇和无植物人工湿地，在系统水量衡算的基础上比较了两种湿地对生活污水中有机物的去除效果。
- Spartina alterniflora spreads rapidly since it was introduced in 1997 and have already brought ecological impacts on the native plants Phragmites australis and Scirpus mariqueter. 该湿地自1997年引进互花米草（Spartina alterniflora）以来，8年内互花米草迅速扩散，一些区域已经完全郁闭，形成单物种群落，并对土著物种芦苇（Phragmites australis）和海三棱藨草（Scirpus mariqueter）产生了强烈的竞争影响。
- Phragmites australis L. 芦苇
- The results indicated that with the increase of altitude,the importance value of Scirpus mariqueter,a representative species at early succession stage,decreased gradually,while those of Spartina alterniflora and Phragmites australis increased. 结果表明:随着高程的升高;演替早期的代表物种海三棱?草(Scirpus mariqueter)的重要值逐渐减小;互花米草(Spartina alterniflora)和芦苇(Phragm ites australis)的重要值增大.
- STUDY ON MORPHOLOGICAL VARIATION OF PHRAGMITES AUSTRALIS IN THE YELLOW RIVER DOWNSTREAM WETLAND 黄河下游湿地芦苇形态变异研究
- Keywords phragmites australis;eco-environment;wetland ecosystem;landscape fragmentation;oil field exploitation; 芦苇;生态环境;湿地生态系统;景观破碎化;油田开发;
- Keywords constructed wetland;Phragmites australis;RAPD;livestock wastewater;contamination stress; 人工湿地;芦苇;RAPD;畜禽废水;污染胁迫;
- Xinjiang small reed ( Phragmites australis) 新疆小芦苇
- Keywords landscape river;reclaimed water with high salt;wetland;aquatic macrophytes;nitrogen removal;Phragmites australis; 景观河道;高盐再生水;湿地;水生植物;除氮;芦苇;
- Keywords toxic heavy metal;uptake and accumulation pattern;bioaccumulation ability;resistance;Phragmites australis;wetland; 有毒重金属;吸收累积模式;生物富集能力;抗性;芦苇;湿地;
- Phragmite australis is a kind of helophyte,the submergence and the ground water depth have effect on the growth. 芦苇是一种喜水性植物，地表淹水程度和地下水埋深对芦苇生长都有明显的影响。
- Protecting Phragmite australis vegetation,using it to improve the ecology of the Beston Lake has an evident and permanent benefit. 保护芦苇植被，利用植被改善博斯腾湖的生态环境，投资少、效益明显而持久。
- The thesis chooses the reasonable sampling site according to the different distribution of Phragmite australis,and combing the simulation experiment. 本文根据芦苇在不同湿地生境的分布，合理选择采样点，做实验室模拟实验。
- The higher salinity the decreased biomass,can consider Phragmite australis is a kind of pseudohalophyte.The growth in freshwater is better than in any salinity conditions. 矿化度越高芦苇的生长态势越差，可以认为芦苇是一种假盐生植物，淡水中芦苇的生长比有一定盐度生长状况良好。
