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Feasibility for Application of Soil Bioengineering Techniques to Natural Wastewater Treatment Systems.

机译：土壤生物工程技术在天然污水处理系统中的应用可行性。

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This report examines the general feasibility for application of Soil Bioengineering techniques in construction, operation, and management of natural wastewater treatment systems. Soil Bioengineering is an applied science that combines structural, biological, and ecological concepts to construct living structures for erosion, sediment, and flood control (Sotir and Gray, 1989). Using live plant parts as major structural components to reinforce the soil mantle, Soil Bioengineering offers natural and effective solutions to land instability problems along streams and rivers, transportation and utilities transmission corridors, and in forest and wetlands sites. Natural treatment systems are wastewater treatment processes which use the soil-water-plant matrix as a 'natural reactor' for physically, chemically, and biologically stabilizing applied wastes. Recognized natural treatment systems currently include constructed and natural wetlands, aquatic plant systems(aquaculture), wastewater stabilization ponds, and land application of wastes, termed 'land treatment'.

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作者
Cox, A. J.;
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年度 1992
页码 1-105
总页数 105
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Bioengineering; Soils; Irrigation(medicine); Streams; Erosion; Flood control; Wetlands; Runoff; Waste water; Aquatic plants; Ponds; Sewage treatment; Ground disposal; Natural treatment; Overland flow; Non crop land treatment; Forest irrigation land treatment; Natural wastewater treatment; Theses;

机译：生物工程;土壤;灌溉（医药）;溪流;侵蚀;防洪;湿地;径流;废水;水生植物;池塘;污水处理;地面处置;自然处理;陆地流量;非农田土地处理;森林灌溉土地处理;天然废水处理;论文;

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7. Feasibility for application of soil bioengineering techniques to natural wastewater treatment systems. [O] . Cox Anthony James. 1992

机译：将土壤生物工程技术应用于天然废水处理系统的可行性。

Feasibility for Application of Soil Bioengineering Techniques to Natural Wastewater Treatment Systems.

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