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  1. 04100012030

    https://ohiowatersheds.osu.edu/huc/04100012030

    Huron River- above East Branch to Lake Erie; Lake Erie Tributaries- below Sawmill Creek to below ... Huron River 04100012 Huron River and Lake Erie Tributaries ...

  2. Development Of An Integrated System For Nitrogen And Phosphorus Removal From Animal Manure

    https://field2faucet.osu.edu/about-us/projects/field-faucet-projects/method-extracting-n-p-manure

    a growing crop could absorb. Too much phosphorus in our lakes can lead to harmful algal blooms.   A research ...

  3. Ohio State Improving Water Quality, One Farm at a Time

    https://field2faucet.osu.edu/news/ohio-state-improving-water-quality-one-farm-time

    to help protect water quality in the western basin of Lake Erie. Ohio, Michigan and Indiana farmers ... would especially benefit the watershed around Grand Lake St. Marys in western Ohio, where there are ... real-time concentrations of microcystin in Lake Erie’s waters. A sensor will be developed to detect ...

  4. Guidance for powdered activated carbon use to remove cyanotoxins

    https://field2faucet.osu.edu/about-us/projects/ohio-dept-higher-education-projects/activated-carbon-remove-cyanotoxins

    Smarter charcoal use: guidance for water treatment plants during algal bloom season Principal ... effectively remove harmful algal toxins from drinking water. Harmful algal blooms can produce a family of ...

  5. 04100010070

    https://ohiowatersheds.osu.edu/huc/04100010070

    below Sugar Creek to Lake Erie & Lake Erie Tributaries (below Toussaint Creek to Marblehead) ...

  6. 04110001050

    https://ohiowatersheds.osu.edu/huc/04110001050

    below East Branch to Lake Erie; Lake Erie Tributaries below Black River to above Porter Creek ...

  7. 04110001070

    https://ohiowatersheds.osu.edu/huc/04110001070

    below West Branch to Lake Erie [including East Branch]) and Lake Erie Tributaries from above ...

  8. Development Of BioFET Sensors For Real Time Monitoring Of Cyanotoxins

    https://field2faucet.osu.edu/about-us/projects/field-faucet-projects/handheld-sensors-monitoring-cyanotoxins

    the water. But in the case of harmful algal blooms, current methods for getting those answers are ... New field sensors will quickly scan for multiple algal toxins in water, food Principal ... that link directly with algal toxins, so it is able to detect substances of concern even when there are ...

  9. Soil & Water Quality

    https://southcenters.osu.edu/soil-water-bioenergy/research/soil-water-quality

    agricultural drainage channels in the western Lake Erie basin This is a new grant for 2013, and we are ... Marketing Program of Michigan- Developing farmer friendly tools for predicting soil organic matter in ... predict active and passive fractions of SOM, total active nitrogen and overall soil quality. The ...

  10. Method Development for Detecting Toxins In Biological Samples

    https://field2faucet.osu.edu/about-us/projects/ohio-dept-higher-education-projects/detecting-toxins-biological-samples

    a method to detect microcystin compounds in human tissue. Since harmful algal blooms are a relatively ... Developing techniques to measure harmful algal toxins in the human body Principal Investigator ... recent issue, scientists are still developing the tools needed to tell whether algal toxins or their ...

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