[1] 胡焕斌.1997.人工湿地处理矿山炸药废水[J].环境科学与技术,3:17~26
[2] 林鹏,林光辉.1985.九龙江口红树林研究Ⅳ.秋茄群落的氮、磷的积累和循环[J].植物生态学与植物丛刊,9(1):21~32
[3] 缪绅裕,陈桂珠等.1999.人工湿地中的磷在模拟秋茄湿地系统中的分配与循环[J].生态学报,19(2):236~241
[4] 许春华,周琪,宋乐平.2001.人工湿地在农业面源污染控制方面的应用[J].农业环境污染防治,23(3):70~72
[5] Breeuwsma A,Lyklema.1973.Physical and chemical adsorption of ions in the electrical double layer on hematite[J].Coll Interface Sci,43:437
[6] Comin F A,Romero J A.1997.Nitrogen removal and cycling in restored weflands used as filters of nutrients for agricultural runoff[J].Wat Sci Tech,35(5):255~261
[7] Cui B S,Liu X T.2001.Discussion on some basic problems in design of wefland ecosystem[J].Chin J Appl Ecol,12(1):145~150
[8] Gao Z.1991.Land treatment design guide-book for municipal wastewater[M].Beijing:China Standard Press.
[9] Geller G.1997.Horizontal subsurface flow systems in the German Speaking countries:Summary of long-term scientific and practical experience; recommendations[J].Wat Sci Tech,35(5):157~166
[10] Greenway M.1999.Constructed wetlands in Queensland:Performance efficiency and nutrient bioaccumulation[J].Ecol Eng,12:39~55
[11] Greenway M.1997.Nutrient content of wetland plants in constructed wetlands receiving municipal effluent in tropical Australia[J].Wat Sci Tech,35(5):135~142
[12] Gschll T,Steinmann C.1998.Constructed wetlands for effluent polishing of lagoons[J].Wat Res,33(2):505~511
[13] Gulley J R,Klym D J.1992.In environmental issues and waste management in energy and minerals production[J].Balkema,Rotterdam.1431~1438
[14] Hingston et al.1972.Anion adsorption by goethite and gibbsite I.The role of the proton in determining adsorption envelopes[J].Soil Sci,23:177
[15] Ji G D,Sun T H,Chang S J.2001.Studies on subsurface-flow wetland treatment system for special thick oil production wastewater from Liaohe oilfield[J].China Environ Sci,21(1):85~88(in Chinese)
[16] Ji G D,Sun T H,Chang S J.2001.Super heavy oil produced water treatment by surface flow constructed wetland[J].Environ Sci,22(4):95~99(in Chinese)
[17] Kadlec H.1997.Deterministic and stochastic aspects of constructes wetland performance and design[J].Wat Sci Tech,35(5):149~154
[18] Mitsch W J,Wise K M.1998.Water quality fate of metals,and predictive model validation of a constructed wetland treating acid mine drainage[J].Wat Res,32(6):1888~1900
[19] Morris M,Herbert R.1997.The design and performance of a vertical flow reed bed for the treatment of high ammonia,low suspended solids organic effluents[J].Wat Sci Tech,35(5):197~204
[20] Mxkinlay R G,Kasperek K.1999.Observations on decontamination of herbicide-polluted water by marsh plant systems[J].Wat Res,32(2):505~511
[21] Rajan.1975.Adsorption of divalent phosphate on hydrous aluminum oxide[J].Nature,25(3):434
[22] Reddy K R.1983.Fate of nitrogen and phosphorus in a wastewater retention reservoir containing aquatic macrophytes[J].Environ Qual,12(1):137~141
[23] Richardson C J,Qian S S.1999.Long-term phosphorus assimilative capacity in freshwater wetlands:a new paradigm for sustaining ecosystem structure and function[J].Environ Sci &Tech,33(10):1545~1551
[24] Salmon A.1997.Long term performance of the sand-plantfilter Schattweid[J].Wat Sci Tech,35(5):307~314
[25] Seidel K.1964.Abbsu yon bacterium coli dutch hohrre wasserpflanzen[J].Naturwiss,51:395
[26] Seidel K.1966.Reingung yon Gewassern dutch hohrre pflanzen[J].Naturwiss,53:289~297
[27] Shen Y.1999.New technologies for biological wastewater treatment-therory and application[M].Beijing:China Environmental Science Press.
[28] Sun G,Gray K R,Biddlestone A J,et al.1999.Treatment of agricultural wastewater in a combined tidal flow-downflow reed bed system[J].Wat Sci Tech,40(3):139~146
[29] Tyrell W R.1997.Trialing wetlands to treat coal mining wastewater in a low rainfall,high evaporation environ-ment[J].Wat Sci Tech,35(5):293~300
[30] Vrhovsek D,Kukanja V.1996.Constructed wetland(CW) for industrial waste water treatment[J].War Res,30(10):2287~2292
[31] Vrhovsek D,Kuschk P.1997.The use of constructed wetland for landfill leachate treatment[J].War Sci Tech,35(5):301~306
[32] Wiebner A,Kuschk P.1999.Treating a lignite pyrolysis wastewater in a constructed subsurface flow wetland[J].Wat Res,33(5):1296~1302
[33] Ye Z H.1992.The accumulation and distribution of heavy metal in Typha Latifolia from the Pb/Zn mine wastewater[J].Acta Phytoecologica et Geobotanica Sinica,16(1):72~79
[34] Zhu T.1997.Phosphate sorption and chemical characteristics of lightweight aggregates(LWA)-Potential filter media in treatment wetlands[J].Wat Sci Tech,35(5):103~108 |