Ecological Risk Assessment

 

HABs, Bacteria, and Beach Quality Forecasting for the Great Lakes Ocean and Human Health Center

HABs Monitoring, Forecasting and Genomics for the Great Lakes

1. Develop an improved nowcast-forecast model for Lake Erie harmful algal blooms (HABs) that shows the spatial extent of the bloom in near real-time and predicts transport of the bloom over a five-day forecast period.
2. Monitor the environmental conditions, extent, and toxicity of Microcystis blooms in Lake Erie and Saginaw Bay.

HABS Outreach and Research to Users Program

The goal of this sub-project is to assess public health, drinking water quality and natural resource managers’ and decision-makers’ research and information needs in order to improve harmful algal blooms research development and forecasts, to ensure successful technology transfer. Developing user friendly, timely products, tools and services requires stakeholder involvement in determining research priorities and providing stakeholders with research materials that are translated into a concise, easily understood formats to assist in local decision-making and education. The objectives of this work are to identify and assess user needs (related to harmful algal blooms) and disseminate scientific information, technology, and research materials to aid health officials, local governments, and communities in making sound environmental decisions.

Near-Real Time, In situ, Microcystin Detection using the ESPniagara

The goal of the Environmental Sample Processor (ESP) sub-project is to focus on developing the ability to detect and quantify cyanotoxins in situ, in near-real time. The ESP is a robotic, electromechanical instrument capable of acquiring, processing, and analyzing samples for molecular-based detection and measurement of organisms and their metabolites (e.g., toxins) in situ, in near real-time. Although the ESP has been deployed numerous times in marine coastal waters, this technology has not been utilized in freshwater systems to monitor potentially toxic cyanobacteria and their toxins until summer 2016. Since late 2015 CILER and NOAA scientists have been making the necessary scientific and engineering advancements to adapt this ocean technology for use in Lake Erie.

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