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BSA Environmental Services, Inc. is an environmental consulting firm committed to providing high quality, cost-effective environmental services. Located in Beachwood, OH, we have served government agencies, non-profit organizations, and private clients for over 20 years. We perform a wide-range of aquatic microbiology analyses including: Phytoplankton Analyses, Zooplankton Analyses, and Periphyton Analyses.

BSA is known for maintaining the highest level of quality and responsiveness. We provide research quality, cost-effective aquatic support services to both government and commercial clients. Our Environmental Services contract includes work done under Special Item Number (SIN) 899-1, Environmental Planning Services and Documentation.
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BSA Environmental Services, Inc. is an environmental consulting firm committed to providing high quality, cost-effective environmental services. Located in Beachwood, OH, we have served government agencies, non-profit organizations, and private clients for over 20 years. BSA's reputation for superior performance, customer service, and cost containment is well known to our clients.
BSA is a professional environmental services company with extensive experience working on projects from throughout North America. We perform a wide-range of aquatic microbiology analyses including: Zooplankton Analyses, Phytoplankton Analyses, Periphyton Analyses, Bacteria Analyses, Cyanotoxin Analyses, Pollen Analyses and Macroinvertebrate Analyses.
Phytoplankton analyses are among BSA's core competencies, having extensive experience performing phytoplankton projects throughout North America. Algal species assemblages are excellent indicators of water body health. One initial sign of water quality degradation is a shift in algal abundance and species composition.
Zooplankton populations of cladocerans, copepods, and rotifers face the same challenges as all other animals -the need for food and oxygen, excretion of metabolic wastes, and reproduction. Although they are tiny, the relative abundance and diversity of these organisms dramatically influences energy flow, nutrient cycling, and community dynamics within aquatic ecosystems.
Cyanobacteria or blue-green algae, which are typically dominant in eutrophic waters (nutrient-rich), can produce toxins. Cyanotoxins are produced by cyanobacteria, and include a wide variety of biotoxins that affect multiple organs and tissues in wildlife.

Cyanotoxins have become more common in modified landscapes across the United States with highly variable toxin production between and even within cyanobacterial species, across different locations and timeframes, resulting in unpredictable impacts to wildlife associated with cyanobacterial blooms.Presence of microcystin and other cyanotoxins commonly produced by Microcystis spp.
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