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|USGS Climate-Response Network (CRN) Well WLN09|
|Rochester Decorah Edge Shale Well StoneEt1|
|Township:||Haverhill (T107N R13W)|
|Location:||In neighborhood, 0.7 miles northwest of Century High School|
|Land-surface elevation:||1215.4 ±0.1 feet, NGVD29|
|Installation:||09 September 2003, for the City of Rochester, MN|
|Open interval:||10–50.41 feet|
|Original use:||Monitoring, for the U.S. Geological Survey's Decorah Edge Shale Groundwater study|
|Most recent use:||Monitoring, for the U.S. Geological Survey's Climate-Response (CRN) program|
|Thickness:||46 feet (5–51 feet, BLS)|
|Deposit:||Limestone bedrock, Cummingsville member of Galena Dolomite of Ordivician Age|
This site was operated (2017-2018) in cooperation with the U.S. Geological Survey's Climate-Response Network (CRN) program.
During 2003–2011, this site was operated in cooperation with the City of Rochester, MN.
Water levels below land surface are accurate to 0.01 feet. Water levels above North American Vertical Datum of 1988 (sea level) are calculated by subtracting recorded water levels from the land surface elevation, which is accurate to 0.1 feet based on a differential GPS survey. Water-level differences are accurate to within 0.01 feet.
Water temperature is accurate to plus-or-minus 1.0°C, and differences in temperature are accurate to 0.1°C
Water temperatures were recorded at elevation below land surface during 14 Apr. 2004 to 15 May 2010. Beginning on 19 Dec. 2017, the current transducer was deployed in the well and began recording water temperature data at 30.5 feet below land surface.
Precipitation is accurate to 0.01 inches except during freezing periods (about Dec. through early Apr.). The rain gage is unheated and uncovered. The precipitation data during freezing periods result from melting of snow (accumulated in the rain gage) during warm periods and do NOT represent actual precipitation. Precipitation totals during freezing periods may underestimate actual totals because the rain gage funnel may be full of snow (preventing further accumulation) or because snow in the funnel may sublimate instead of melt.