Skip to main content
Product

WATER QUALITY EFFECTS, BLACK HILLS AREA

$16.00
Available

Product Details

Product Number
208833
Series
SIR-2008-5232
Scale
NO SCALE
Alternate ID
SIR2008-5232
ISBN
978-1-4113-2342-1
Authors
J FOSTER SAWYER
Version Date
01/01/2008
Regions
SD
Countries
USA
Media
Paper
Format
Bound

Additional Details

Description
Onsite wastewater disposal systems (OWDS) are used extensively in the Black Hills of South Dakota where many of the watersheds and aquifers are characterized by fractured or solution-enhanced bedrock with thin soil cover. A study was conducted during 2006#08 to characterize water-quality effects and indicators of OWDS. Water samples were collected and analyzed for potential indicators of OWDS, including chloride, bromide, boron, nitrite plus nitrate (NO2+NO3), ammonia, major ions, nutrients, selected trace elements, isotopes of nitrate, microbiological indicators, and organic wastewater compounds (OWCs). The microbiological indicators were fecal coliforms, Escherichia coli (E. coli), enterococci, Clostridium perfringens (C. perfringens), and coliphages. Sixty ground-water sampling sites were located either downgradient from areas of dense OWDS or in background areas and included 25 monitoring wells, 34 private wells, and 1 spring. Nine surface-water sampling sites were located on selected streams and tributaries either downstream or upstream from residential development within the Precambrian setting. Sampling results were grouped by their hydrogeologic setting: alluvial, Spearfish, Minnekahta, and Precambrian.
Survey Date
2008
Print Date
2008
Height In Inches
11.000
Width In Inches
0.200
Length In Inches
8.500
Two Sided
Yes
Pieces
1
Languages
English
Related Items
WATER QUALITY IN BLACK HILLS AREA, SD
Water-quality characteristics in the Black Hills area, South Dakota
GROUND WATER RESOURCES IN BLACK, SD
Ground-Water Resources in the Black Hills Area, South Dakota
GROUND WATER QUALITY PARK COUNTY, CO
Ground-Water Quality and Potential Effects of Individual Sewage Disposal System Effluent on Ground-Water Quakity in Park County, Colorado, 2001- 2004