Current Search: Blue-green algae (x)
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Title
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Microcolins A and B, new immunosuppressive peptides from the blue-green alga Lyngba majuscula.
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Creator
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Koehn, F. E., Longley, Ross E., Reed, John K.
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Date Issued
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1992
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PURL
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http://purl.flvc.org/FCLA/DT/3332998
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Subject Headings
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Blue-green algae, Oligopeptides, Marine metabolites, Immunosuppressive agents
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Format
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Document (PDF)
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Title
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Antiproliferative and immunosuppressive properties of Microcolin A, a marine-derived lipopeptide.
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Creator
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Zhang, L.-H., Longley, Ross E., Koehn, F. E., Harbor Branch Oceanographic Institute
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Date Issued
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1997
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PURL
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http://purl.flvc.org/FCLA/DT/3331918
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Subject Headings
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Proliferation, Immunosuppressive agents, Blue-green algae, Oligopeptides
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Format
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Document (PDF)
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Title
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Productivity of Microcoleus lyngbyaceus (Cyanophyceae; Oscillatoriaceae) in various light and temperature conditions.
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Creator
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Blair, Stephen M., Meyer, M. C., Harbor Branch Oceanographic Institute
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Date Issued
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1986
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PURL
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http://purl.flvc.org/fau/fd/FA00007022
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Subject Headings
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Indian River (Fla. : Lagoon), Microcoleus, Cyanophyceae, Oscillatoriaceae, Blue-green algae
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Format
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Document (PDF)
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Title
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Synthetic studies of microcolin B.
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Creator
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Mattern, R.-H., Gunasekera, Sarath P., McConnell, O. J., Harbor Branch Oceanographic Institute
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Date Issued
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1995
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PURL
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http://purl.flvc.org/FCLA/DT/3331904
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Subject Headings
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Oligopeptides, Cytotoxin, Immunosuppressive agents, Biologically active compounds, Lyngbya, Blue-green algae
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Format
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Document (PDF)
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Title
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Nitrogen and phosphorus uptakeand release by the blue-green alga Microcoleus lyngbyaceus.
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Creator
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Zimmermann, Carl F., Harbor Branch Oceanographic Institute
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Date Issued
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1988
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PURL
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http://purl.flvc.org/fau/fd/FA00007188
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Subject Headings
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Indian River (Fla. : Lagoon), Blue-green algae, Cyanobacteria, Microcoleus, Nitrogen, Phosphorus
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Format
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Document (PDF)
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Title
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Effects of Electromagnetic Hydrolysis on Dissolved Oxygen in Small Ponds.
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Creator
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Iles, Matthew, Bloetscher, Frederick, Florida Atlantic University, College of Engineering and Computer Science, Department of Civil, Environmental and Geomatics Engineering
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Abstract/Description
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This pilot study was conducted to determine if an Electron Magnetics Oxygen and Hydrogen (EMOH) device can increase the dissolved oxygen (DO) concentration of a residential surface water. By using EMOH, DO concentration will increase and allow bacteria to remove the substrate that creates blue-green algae for which the City of Boynton Beach (City) receives complaints. Those complaints center on odors and the visual appearance of the ponds. The study was conducted in-situ at the INCA Pond...
Show moreThis pilot study was conducted to determine if an Electron Magnetics Oxygen and Hydrogen (EMOH) device can increase the dissolved oxygen (DO) concentration of a residential surface water. By using EMOH, DO concentration will increase and allow bacteria to remove the substrate that creates blue-green algae for which the City of Boynton Beach (City) receives complaints. Those complaints center on odors and the visual appearance of the ponds. The study was conducted in-situ at the INCA Pond system in the City of Boynton Beach, Florida with data collection taking place bi-weekly, using surface aeration techniques. Water sampling was conducted in the INCA Pond system via a handheld water sensor. Primary variable monitored included: water temperature, barometric pressure, DO concentration, and DO saturation (DOSAT). Biomass of dead algae at the bottom of the pond was also monitored to determine if increased DO concentration aided the biological digestion of the organic matter. Data analysis shows that exposure to EMOH treatment allowed the relationship between DO and temperature to change from a negative correlation (the expected relationship) to a positive trend. Furthermore, pressure and DOSAT became less correlated after exposure to EMOH effluent. In all, EMOH was shown to be an effective means of treating hypoxic pond water. The optimal EMOH effluent discharge is determined to be deep in the subject pond. Backed by research on the surface-air water and bubble-water oxygen transfer coefficients, DO concentration in the subject pond was 110% higher when effluent was directed down toward the floor of the pond.
Show less
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Date Issued
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2019
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PURL
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http://purl.flvc.org/fau/fd/FA00013220
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Subject Headings
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Water--Dissolved oxygen, Hydrolysis, Electromagnetic devices, Blue-green algae, Odor control
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Format
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Document (PDF)
