Phragmites australis community 芦苇群落
Phragmites australis L 铬污染地区芦苇
phragmites australis mire 芦苇沼泽
Phragmites australis gronth 芦苇生长
The reproductive allocation of Phragmites australis was 5.82%- 16.31% in 12 grads of moisture and its reproductive growth ratio（Rrg） was 10.68%- 16.35%. RA I of Phragmites hirsuta was 9.09% and 13.98% from two habitat, which Rrg was 22.07% and 18.06%.
12个不同水分梯度生境芦苇生殖分配RA Ⅰ为5.82％～16.31％，生殖生长比率Rrg为10.68%16.35%，2个生境毛芦苇RAI分别为9.09%和13.98%，生殖生长比率分别为22.07%和1 8.06%。
参考来源 - 松嫩平原湿地优势根茎植物种群生态学研究Phragmites australis participate in the N2O emission directly or indirectly.
芦苇本身直接或间接参与了N2O的排放,促进了N2O的释放。
参考来源 - 人工湿地污水处理系统N·2,447,543篇论文数据，部分数据来源于NoteExpress
Tide was the main hydrology course, which influenced the Shanyutan Phragmites australis marsh of Min River estuary.
潮汐是影响闽江河口鳝鱼滩芦苇湿地的主要水文过程。
The invasion of Spartina alterniflora had increased rhizospheric soil organic carbon contents and storages of the wetland of indigenous Phragmites australis.
互花米草的入侵增加了芦苇湿地根际土壤碳质量分数和储量；
Phragmites australis and Phalaris arundinacea populations are dominant populations in the wetland, which play important role in the Mount Beigu wetland ecosystem.
芦苇和虉草种群是北固山湿地中的优势种群，在北固山湿地生态系统中发挥着重要的作用。
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