Studies on the reclamation of Stone Lake, Michigan
Thomas L. Theis, Joseph V. DePinto, United States. Environmental Protection Agency. Office of Research and Development, University of Notre Dame
U.S. Environmental Protection Agency, Office of Research and Development, Corvallis Environmental Research Laboratory, 1976 - Science - 85 pages
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algal bloom algal growth ammonia Anabaena bloom point blue-green algae Chlorella and Microcystis clay cm layer effective cm/sec Computer Simulation Corvallis Corvallis Environmental Research Cryptomonad cycling Dame decomposition DePinto dissolved oxygen dominance effects of fly Environmental Protection Agency epilimnion eutrophic lake fall circulation fly ash green algae H 4J H rH hypolimnion increase indicated lake reclamation lake restoration lake systems lake water lime Limnology Low Phosphorus macrophytes Michigan for 1973 Microcystis April Microspora Mishawaka needed Alum nitrate nitrogen-fixing non-nitrogen-fixing Number overlying water particulate materials period phosphorus phosphorus and nitrogen phosphorus concentration phosphorus limited phytoplankton plankton pollution abatement pollutional potential precipitate phos precipitated phosphate Profile of Stone reduce turbidity regeneration release from sediments Retarding Phosphate Release rH rH runoff Simulation of Chlorella Soluble Orthophosphate species Stone Lake Sediments studies successional pattern surface runoff surface waters suspended solids thermocline tional chemicals trace metals U.S. Environmental Protection uptake water quality zooplankton