Abstract
Subsurface Agricultural Drainage in California's San Joaquin Valley. Deciding on a Treatment Alternative. Current Options in Treatment of Agricultural Drainage Wastewater. Biotechnology in Environmental Engineering. Modern Biological Methods: The Role of Biotechnology. Bacterial Decontamination of Agricultural Wastewaters. Algae as Ideal Waste Removers: Biochemical Pathways. Algal Culture Systems. The Role of Microalgae in Removal of Selenate from Subsurface Tile Drainage. The Engineering of Microalgae Mass Cultures for Treatment of Agricultural Wastewater, with Special Emphasis on Selenium Removal from Drainage Waters. Is There an Uncertainty Principle in Microbial Waste Treatment? Biological Treatment: An Entrepreneurial Opportunity. Reviews the state-of-the-art of biological treatment of agricultural wastewater Stimulates the exchange of technical information Assesses historically proven systems and new approaches Promotes further development of technology
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