R Ryan Dupont
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ABSTRACT:
This dataset contains biomass, nutrient and metal uptake variables for plants grown at the Green Meadows Subdivision Bioretention Field Site. The purpose of this study was to assess the accumulation potential of pollutant of interest from stormwater runoff and how this differs among the three macrophyte species. Data begin in 2011 and continue through 2015. Plants were harvested mid season (June-July) and/or at the end of season (Sept-Oct).
ABSTRACT:
This dataset contains various water quality variables for stormwater runoff samples collected at the Green Meadows Subdivision Bioretention Field Site, to assess pollutant . Data begin in 2011 and continue through 2015. Data were collected manually or with an ISCO automatic sampler (2013 only).
ABSTRACT:
This dataset contains biomass, nutrient and metal concentrations for soils at the Green Meadows Subdivision's Bioretention Field Site. This study assessed increase of pollutant concentrations from stormwater accumulation. Data begin in 2011 and continue through 2014. No data was collected in 2015.
ABSTRACT:
This dataset contains data on water samples collected from 9 private wells in Cache Valley. All of the samples were taken in May and June of 2015. The sampled wells were either under pressure and required only a release of lever/knob for water to flow, or had a pump that brought water to the surface. The depth of wells varied from 50 feet to 300+ feet. Sample locations were limited to the areas within or directly surrounding Logan, Mendon, Clarkston, and Smithfield. The water samples were analyzed for pH, DO, As (III), As (V), Fe (II), Sulfide, Anions, Total Metals, and Organic Carbon.
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Created: July 26, 2016, 7:32 p.m.
Authors: Joshua Gathro · William Fullmer
ABSTRACT:
This dataset contains data on water samples collected from 9 private wells in Cache Valley. All of the samples were taken in May and June of 2015. The sampled wells were either under pressure and required only a release of lever/knob for water to flow, or had a pump that brought water to the surface. The depth of wells varied from 50 feet to 300+ feet. Sample locations were limited to the areas within or directly surrounding Logan, Mendon, Clarkston, and Smithfield. The water samples were analyzed for pH, DO, As (III), As (V), Fe (II), Sulfide, Anions, Total Metals, and Organic Carbon.
Created: July 26, 2016, 11:43 p.m.
Authors: Malgorzata Rycewicz-Borecki · R Ryan Dupont
ABSTRACT:
This dataset contains biomass, nutrient and metal concentrations for soils at the Green Meadows Subdivision's Bioretention Field Site. This study assessed increase of pollutant concentrations from stormwater accumulation. Data begin in 2011 and continue through 2014. No data was collected in 2015.
Created: July 27, 2016, 12:02 a.m.
Authors: R Ryan Dupont · Malgorzata Rycewicz-Borecki
ABSTRACT:
This dataset contains various water quality variables for stormwater runoff samples collected at the Green Meadows Subdivision Bioretention Field Site, to assess pollutant . Data begin in 2011 and continue through 2015. Data were collected manually or with an ISCO automatic sampler (2013 only).
Created: July 27, 2016, 12:16 a.m.
Authors: Malgorzata Rycewicz-Borecki · R Ryan Dupont
ABSTRACT:
This dataset contains biomass, nutrient and metal uptake variables for plants grown at the Green Meadows Subdivision Bioretention Field Site. The purpose of this study was to assess the accumulation potential of pollutant of interest from stormwater runoff and how this differs among the three macrophyte species. Data begin in 2011 and continue through 2015. Plants were harvested mid season (June-July) and/or at the end of season (Sept-Oct).