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Water-Year Summary for Site 433247092260706

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Available Parameters
00010 Temperature, water(Mean)  
62611 Elevation, GW, NAVD88(Mean)  
72019 Water level, depth LSD(Med.,Min.,Mean)  

Water year 2023: 2022-10-01 to 2023-09-30
 
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USGS Water-Year Summary 2023
433247092260706 STR1-5 South Drained Site Transect 1
Sand and gravel aquifers (glaciated regions)
Pleistocene Series
LOCATION - Lat 43°32'47.34", long 92°26'07.98" referenced to North American Datum of 1983, in SW 1/4 SE 1/4 sec.18, T.101 N., R.13 W., Fillmore County, MN, Hydrologic Unit 07060002, The piezometer is located approximately 4.25 miles NE of LeRoy, MN. The piezometer is located approximately 0.4 miles northwest of the intersection of 130th street and County Rd. 109 (111th Ave).
GROUNDWATER RECORDS
WELL CHARACTERISTICS - Depth 10.04 ft. Upper casing diameter 1.59 in; top of first opening 4.98 ft, bottom of last opening 9.47 ft. Piezometer STR1-5 was installed using several sections of 3.25-inch-diameter Geoprobe rods to a depth of 10.1 feet. The piezometer is constructed of a 4.48-feet-long, 1.5-inch-diameter, schedule-40 PVC, 0.010-inch slotted Hole Products Inc. well screen, flush threaded to length/s of 5.00 feet of 1.5-inch-diameter, schedule-40 PVC well casing. The piezometer casing measuring point (stickup) was 2.19 feet (1295.01 ft. NAVD88, +/- 0.02 ft.) above land surface when measured on 18 November 2016. The open interval of the piezometer is between 4.99 and 9.47 feet below land surface and the total well depth is 10.04 feet below land surface.

This piezometer is screened in glacial till/clay sediment, which is overlies bedrock.
DATUM - Land-surface datum is 1,292.82 ft above North American Vertical Datum of 1988. Measuring point: Black mark on top of 1.59-inch diameter PVC well casing, 2.19 ft above land-surface datum, Nov. 18, 2016 to present. The measuring point is a black mark on the top of the white PVC 1.59-inch diameter well casing, which was 2.19 feet above land surface on 18 November 2016. Elevation of the measuring point is 1295.01 plus-or-minus 0.02 feet above sea level, North American Vertical Datum of 1988, based on differential GPS survey on 27 March 2017.
PERIOD OF RECORD -

Water levels were recorded periodically from 27 February 2017 to 31 October 2018. Water levels were recorded quarter-hourly from 27 Feb. 2017 at 15:30 CST to 31 Oct. 2018 at 08:00 CDT, except during the following periods:

27 Feb. 2017 at 15:30 CST - 02 Mar. 2017 at 08:45 CST: barologger not deployed during this period; WL values not calculated.

02 Mar. 2017 at 09:00 CST - 27 Apr. 2017 at 06:00 CDT: due to WL recovering back to static after pumping dry on 27 Feb. 2017.

31 Oct. 2017 at 15:45 CDT: due to removing and re-deploying transducer during site visit.

14 Apr. 2018 at 10:45 CDT to 16 Apr. 2018 at 11:45 CDT: due to transducer recording inaccurate data, which was deleted from record.

GAGE - Continuous water level and water temperature were measured with a new Solinst Model 3001 Levelogger non-vented pressure transducer from 27 Feb. 2017 at 15:30 CST to 31 Oct. 2018 at 08:00 CDT. These data were recorded quarter-hourly by the Solinst Model 3001 Levelogger pressure transducer, which had an internal data logger built into it. The data logger was housed inside the 1.5-inch PVC well casing. The piezometer has a slip-on PVC cap and no pad lock. The gage was powered by an internal pressure transducer battery. A Solinst Model 3001 Barologger Edge atmospheric barometer was also installed (hanging) in nearby piezometer STR2-3A. These barometric pressure data were used to post-process/correct the non-vented pressure transducer data. Data were downloaded manually and no telemetry or phone line was wired into the gage.

The pressure transducer and data logger were removed from the well on 31 Oct. 2018 at 08:00 CDT. Data collection for the Impacts on Drainage Recharge study have concluded and all data logging equipment have been removed from the site.
COOPERATION - This site was operated (2016-2018) by the U.S. Geological Survey as a monitoring piezometer for the Southeast Minnesota Subsurface Drainage Impacts on Groundwater Recharge study. The piezometer began to be used as part of the Southeast Minnesota Subsurface Drainage Impacts on Groundwater Recharge study during 18 Nov. 2016 to 31 Oct. 2018. The GW Drainage Recharge study is a collaborative effort between the Environment and Natural Resources Trust Fund (via Legislative-Citizen Commission on Minnesota Resources (LCCMR)) and the U.S. Geological Survey.
REMARKS - Continuous water levels are measured with a sealed (non-vented) pressure transducer. Transducer water-levels are compensated for barometric-pressure variations the record of a nearby barometric-pressure sensor located at site STR2-3A. The water-level record is linearly corrected to calibration water levels twice per year (Spring & Fall). Calibration water levels are measured with electric or steel tapes that are themselves calibrated about every 3 years.

Water levels below land surface appear accurate to about ±0.10 feet during 27 February 2017 to 31 October 2018 based on short-term water-level variability and calibration corrections of the water level record. Sequential water-level differences are accurate to ±0.01 feet based on manufacture specifications. However, the entire water-level record contains cyclic artifacts of the barometric pressure that remain after raw water levels from the unvented pressure transducer are corrected with the barometric pressure record.  These artifacts, which are not real water level changes, are circum-daily in period and have an amplitude of about 0.02 to 0.05 feet.  Additionally, the water-level record is biased depending on where in the barometric-artifact cycle calibration corrections are made.  The direction of this bias is unknown, but the amount is less than or equal to the amplitude that of the artifact cycle.

Water elevation above North American Vertical Datum of 1988 (sea level) is calculated by subtracting water level (below land-surface datum) from land-surface elevation. Land-surface elevation is accurate to plus-or-minus 0.02 feet based on a differential GPS survey on 27 March 2017.  Water elevation accuracy is the sum of the water level (below land-surface datum) and land-surface elevation accuracy, or about ±0.12 feet.
 
WATER-QUALITY RECORDS
WELL CHARACTERISTICS - Depth 10.04 ft. Upper casing diameter 1.59 in; top of first opening 4.98 ft, bottom of last opening 9.47 ft. Piezometer STR1-5 was installed using several sections of 3.25-inch-diameter Geoprobe rods to a depth of 10.1 feet. The piezometer is constructed of a 4.48-feet-long, 1.5-inch-diameter, schedule-40 PVC, 0.010-inch slotted Hole Products Inc. well screen, flush threaded to length/s of 5.00 feet of 1.5-inch-diameter, schedule-40 PVC well casing. The piezometer casing measuring point (stickup) was 2.19 feet (1295.01 ft. NAVD88, +/- 0.02 ft.) above land surface when measured on 18 November 2016. The open interval of the piezometer is between 4.99 and 9.47 feet below land surface and the total well depth is 10.04 feet below land surface.

This piezometer is screened in glacial till/clay sediment, which is overlies bedrock.
DATUM - Land-surface datum is 1,292.82 ft above North American Vertical Datum of 1988. Measuring point: Black mark on top of 1.59-inch diameter PVC well casing, 2.19 ft above land-surface datum, Nov. 18, 2016 to present. The measuring point is a black mark on the top of the white PVC 1.59-inch diameter well casing, which was 2.19 feet above land surface on 18 November 2016. Elevation of the measuring point is 1295.01 plus-or-minus 0.02 feet above sea level, North American Vertical Datum of 1988, based on differential GPS survey on 27 March 2017.
PERIOD OF RECORD - Water temperatures were recorded quarter-hourly from 27 February 2017 at 15:30 CST to 31 October 2018 at 08:00 CDT.
COOPERATION - This site was operated (2016-2018) by the U.S. Geological Survey as a monitoring piezometer for the Southeast Minnesota Subsurface Drainage Impacts on Groundwater Recharge study. The piezometer began to be used as part of the Southeast Minnesota Subsurface Drainage Impacts on Groundwater Recharge study during 18 Nov. 2016 to 31 Oct. 2018. The GW Drainage Recharge study is a collaborative effort between the Environment and Natural Resources Trust Fund (via Legislative-Citizen Commission on Minnesota Resources (LCCMR)) and the U.S. Geological Survey.
INSTRUMENTATION - Water temperature are measured with an Solinst Levelogger 3001 submersible pressure transducer accurate to +/- 0.1°C. Temperature differences are accurate to 0.1°C.