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Streamflow, Groundwater, and Lakes

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Sediment Network In Ohio

Hellbranch Run is a second order stream tributary to Big Darby Creek. Big Darby Creek was designated a “National Scenic River” in 1994 by the U.S. Department of the Interior. Beginning in 1992, concern about the possible effects of urbanization on water quality in Hellbranch Run (and ultimately Big Darby Creek) prompted the USGS, in cooperation with the City of Columbus, Ohio, to begin collection...
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Sediment Network In Ohio

Hellbranch Run is a second order stream tributary to Big Darby Creek. Big Darby Creek was designated a “National Scenic River” in 1994 by the U.S. Department of the Interior. Beginning in 1992, concern about the possible effects of urbanization on water quality in Hellbranch Run (and ultimately Big Darby Creek) prompted the USGS, in cooperation with the City of Columbus, Ohio, to begin collection...
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Flowmeter Evaluation and Application

Borehole flowmeters with the capability to measure groundwater velocity and direction of flow are tested and applied to various hydrogeologic settings.
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Flowmeter Evaluation and Application

Borehole flowmeters with the capability to measure groundwater velocity and direction of flow are tested and applied to various hydrogeologic settings.
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Glacial Aquifer System - Hydrogeologic Properties

Water-well drillers’ records are used to create maps and grids of hydrogeologic properties for the glaciated United States.
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Glacial Aquifer System - Hydrogeologic Properties

Water-well drillers’ records are used to create maps and grids of hydrogeologic properties for the glaciated United States.
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Crest-Stage Streamgage Network In Ohio

Historically, streams with drainage areas less than 100 square miles have not been adequately represented in regional peak flow analysis. To help fill this data gap, crest-stage gages were installed in 2001 at 18 sites throughout Ohio in order to augment the peak flow record for small streams (less than 100 square miles). After enough peak flow data have been collected at these sites, an updated...
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Crest-Stage Streamgage Network In Ohio

Historically, streams with drainage areas less than 100 square miles have not been adequately represented in regional peak flow analysis. To help fill this data gap, crest-stage gages were installed in 2001 at 18 sites throughout Ohio in order to augment the peak flow record for small streams (less than 100 square miles). After enough peak flow data have been collected at these sites, an updated...
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Lake Erie (LERI) NAWQA Surface Water Status And Trends

The Lake Erie and Lake Saint Clair (LERI) Basins in Indiana, Michigan, New York, Ohio, and Pennsylvania comprise one of more than 50 study units that are part of the USGS National Water Quality Assessment (NAWQA) Program. The long-term goals of the NAWQA program are to describe the water-quality status and trends in a large representative part of the Nation's surface-water and groundwater...
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Lake Erie (LERI) NAWQA Surface Water Status And Trends

The Lake Erie and Lake Saint Clair (LERI) Basins in Indiana, Michigan, New York, Ohio, and Pennsylvania comprise one of more than 50 study units that are part of the USGS National Water Quality Assessment (NAWQA) Program. The long-term goals of the NAWQA program are to describe the water-quality status and trends in a large representative part of the Nation's surface-water and groundwater...
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Long-term Water-level Monitoring Network, Geauga County, Ohio

Residents of Geauga County rely almost exclusively on groundwater as their source of drinking water. County planners are concerned that steady population growth and associated increased withdrawals of groundwater may cause a decline in groundwater levels. Declining groundwater levels indicate a decrease in the amount of groundwater that is available for human use and to maintain streamflow during...
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Long-term Water-level Monitoring Network, Geauga County, Ohio

Residents of Geauga County rely almost exclusively on groundwater as their source of drinking water. County planners are concerned that steady population growth and associated increased withdrawals of groundwater may cause a decline in groundwater levels. Declining groundwater levels indicate a decrease in the amount of groundwater that is available for human use and to maintain streamflow during...
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Monitoring Of Groundwater Levels And Surface-Water Quality At The South Well Field, Franklin County, Ohio

The City of Columbus operates 5 high-capacity collector wells to extract groundwater for drinking-water supply. To assist the City, the USGS monitors water levels in 5 observation wells and operates a water-quality monitor on the Scioto River where specific conductance, temperature, dissolved oxygen, pH, and turbidity are measured on an hourly basis. In addition, groundwater-level synoptic...
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Monitoring Of Groundwater Levels And Surface-Water Quality At The South Well Field, Franklin County, Ohio

The City of Columbus operates 5 high-capacity collector wells to extract groundwater for drinking-water supply. To assist the City, the USGS monitors water levels in 5 observation wells and operates a water-quality monitor on the Scioto River where specific conductance, temperature, dissolved oxygen, pH, and turbidity are measured on an hourly basis. In addition, groundwater-level synoptic...
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Indiana Volunteer Groundwater Monitoring Network

The USGS Indiana Water Science Center, in cooperation with the Indiana Department of Natural Resources, have developed a quality assured volunteer groundwater data collection system to enhance the existing groundwater-level network for the state and provide usable data to the public. Individuals interested in providing data to the Indiana Volunteer groundwater monitoring network can find more...
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Indiana Volunteer Groundwater Monitoring Network

The USGS Indiana Water Science Center, in cooperation with the Indiana Department of Natural Resources, have developed a quality assured volunteer groundwater data collection system to enhance the existing groundwater-level network for the state and provide usable data to the public. Individuals interested in providing data to the Indiana Volunteer groundwater monitoring network can find more...
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Indiana-Kentucky Climate Response Network

Do you recall the drought of 2012? Precipitation deficits during July 2012 were widespread. Morse Reservoir was a prominent sight that was highly visible in the news. Photos showed million dollar mansions with boats stranded on the lakebed. This drought took many by surprise, however, there were hydrologic signs during 2011. Events like this (and California) have brought some welcome attention to...
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Indiana-Kentucky Climate Response Network

Do you recall the drought of 2012? Precipitation deficits during July 2012 were widespread. Morse Reservoir was a prominent sight that was highly visible in the news. Photos showed million dollar mansions with boats stranded on the lakebed. This drought took many by surprise, however, there were hydrologic signs during 2011. Events like this (and California) have brought some welcome attention to...
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Indiana Discrete Measurement Groundwater Networks

Discrete groundwater measurements are made at 159 wells located in Lake, Hamilton, and St. Joseph Counties.
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Indiana Discrete Measurement Groundwater Networks

Discrete groundwater measurements are made at 159 wells located in Lake, Hamilton, and St. Joseph Counties.
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Urban Hydrology Stormwater Management

Hydrogeologic reconnaissance, well inventory, and site-specific aquifer test data are needed in order for managers to assess whether use of stormwater injection wells is technically or economically feasible for Class V underground injection, file necessary permit applications, and begin the process of developing the necessary engineering design specifications. Sanitation District No 1 requested...
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Urban Hydrology Stormwater Management

Hydrogeologic reconnaissance, well inventory, and site-specific aquifer test data are needed in order for managers to assess whether use of stormwater injection wells is technically or economically feasible for Class V underground injection, file necessary permit applications, and begin the process of developing the necessary engineering design specifications. Sanitation District No 1 requested...
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Nutrient Delivery to the Mississippi River from Kentucky

Scientists will be collecting field water-quality parameters and samples for laboratory analysis of nutrients, silica, and suspended sediment at the USGS Ohio River at Ironton, OH gaging station and the Green River at Spottsville, KY gaging station on a monthly basis. Stable isotope water samples also will be collected at the Green River site. The Ohio River at Ironton, OH site will serve, along...
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Nutrient Delivery to the Mississippi River from Kentucky

Scientists will be collecting field water-quality parameters and samples for laboratory analysis of nutrients, silica, and suspended sediment at the USGS Ohio River at Ironton, OH gaging station and the Green River at Spottsville, KY gaging station on a monthly basis. Stable isotope water samples also will be collected at the Green River site. The Ohio River at Ironton, OH site will serve, along...
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