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Section headings and selected papers: Foreword. Principles. The need for hydrophyte-based systems in the treatment of wastewater from small communities, N R Lowe. Chemical and microbiological processes in gravel-bed hydroponic (GBH) systems for sewage treatment, E May et al . Nitrogen and Phosphorus Removal. Use of aeration to promote nitrification in reed beds treating wastewater, T H Davies & B T Hart.;A total evaporative constructed wetland treatment system, R Kadlec et al . Case Histories and Performance - Sewage Treatment. Domestic wastewater treatment with emergent hydrophyte beds in France, A Lienard et al . Reed bed treatment systems in Anglian Water, C Coombes. Sludge Treatment. Use of phragmites in sewage sludge treatment, K Hofman. Case Histories. Performance data of a wastewater and sludge treatment plant derived from the root zone method set against the background of detention times, U Pauly. Agricultural Waste Treatment. The use of reed beds for the treatment of agricultural effluents, K R Gray et al . Treatment For Small Populations. Artificial wetlands for treating wastewaters from single households and small communities, D S Mitchell et al . Industrial Waste Treatment. Constructed wetlands for wastewater treatment at Amoco Oil Company's Mandan, North Dakota, Refinery, D K Litchfield. Mining Waste Treatment. Iron and manganese fractionation in constructed wetlands receiving acid mine drainage, S P Faulkner & C J Richa;dson. Design Guidelines. Treatment of domestic sewage in emergent helophyte beds, German experiences and ATV-Guidelines H262, K Bucksteeg. Posters. Keyword Index. 700 lit. refs. approx., 350 illus. approx.
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